We’ll get to those questions shortly. Continue reading.

What is NFT?

NFTs are cryptographic tokens that serve as digital certificates proving the exclusivity of digital entities, real estate, works of art, other collectibles, and even individuals. NFTs can be recognized as unique tokens that are impossible to copy with another.

Different types of NFT Marketplaces

Open Marketplace

Open NFT markets have no limits on who can sell and buy NFTs. The platforms’ transactions are quick and transparent with a more understandable transaction mechanism.

You can purchase exclusive NFTs without compatibility issues.

In addition to making transactions more manageable, these platforms offer wider exposure, higher liquidity, expanded functionality, and longer lifetimes.

Open markets are more trustworthy since they offer greater accountability, transparency, and data accessibility.

Opensea NFT marketplace, Rarible NFT marketplace, DigitalEyes,nft marketplace, etc., are some examples.

Closed Marketplace

Closed NFT marketplaces operate within a secure ecosystem, as the term implies. The traders may be subject to several restrictions in the form of platform protocols.

Trading can only begin when invited to closed marketplaces, which is the most typical restriction.

Due to the limited number of NFT transactions that closed marketplaces can support, traders may be subject to additional costs.

Some examples of the best NFT marketplace include Makersplace, SuperRare, and the Foundation.

What Is A NFT Platform and How Do They Function?

The NFT platform is an intermediate platform used to buy and sell NFTs. On the platform, you can purchase or list NFTs for purchase. So, are the steps involved in buying and selling NFTs the same? Actually, not exactly. The setup is still the same, though.

The demand for reliable platforms enabling a perfect rise in NFT sales and creation is increasing, putting more pressure on NFT marketplace development businesses.

Thus, how do we purchase NFTs?

You can first add MetaMask, a plugin-based digital wallet, to the Chrome browser before making an NFT purchase. You can buy NFTs by starting secure ether transactions using this digital wallet.

To buy NFTs on a marketplace like OpenSea, Rarible, or others, you can purchase ether and add it to your wallet. The procedure generally works like an auction house, although some products can be purchased by pressing the “Buy now” button for a fixed fee. You can bid on any digital artwork or collectibles you want to purchase.

The digital wallet levies a fee to enable the purchase of ether currencies. The NFT market will also charge you a petrol fee. You can purchase the collection after paying the whole amount, including the petrol surcharge.

Now, how do we sell an NFT?

You can list the item in a marketplace to sell NFTs.

You can upload any file type, including PNG, JPEG, MP3, and others, to list one or many collections. For example, the largest file size that can be uploaded may be 30 MB on Rarible.

After that, you can decide on a price or put your item up for auction to get bids. You can sign the sell order and finish the listing after paying the gas fee using a digital wallet (like MetaMask).

The funds will be transferred to your digital wallet when the goods are sold. These funds can either be cashed out using cryptocurrency trading software or used to purchase more NFTs. The 5 best places to sell nft are:

1. OpenSea.

2. Axie Marketplace

3. Larva Labs/CryptoPunks

4. NBA Top Shot Marketplace

5. Rarible

Creating Your Own NFT Marketplace Has Many Advantages

Why is building an NFT platform on the internet receiving so much attention these days? The cause of NFT’s rising popularity is known. People mention its strong security defenses, authentication scheme, and processing simplicity.

Nearly half of all NFT sales were made in March 2021, when the market recorded sales worth $220 million. Therefore, if you are a business executive looking to spend your resources on establishing an NFT marketplace, you can enlist the aid of skilled Blockchain developers.

But what are the main advantages of creating an NFT market? Let’s investigate.

Flexible Development Techniques

The alternatives for developing a similar platform are varied because of the breadth of growth potential an NFT marketplace presents. You can always go outside the box when using the platform to improve its usability, personalization, and focus on results.

Application of Various Blockchains

Since blockchain is the underlying technology for the idea of NFTs, you can use it in various operations and marketplace features. It can be used for trading, data authentication, currency conversion, and even the execution of condition-bound protocols.

Product Knowledge

Despite being well-liked and rapidly expanding, a sizable portion of the population is still unaware of what NFT is, how it functions, the benefits it can have for traders, and many other things. Therefore, business enthusiasts have a great potential to help people learn and make money.

Easy to Develop & Deploy

An NFT marketplace’s development and deployment can be as easy or complex as any other application. You can allow third-party integration, a technical process that we can leave to the techies for the time being to let users add, convert, pay, or send funds. You might need to form a complete infrastructure to satisfy the demands of the users selling or buying NFTs on your platform.

Model for Generating Revenue

You have a variety of chances to make money in an NFT marketplace. You can trust their commercial understanding because they are well-known, safe, and reliable. To surpass rivals in the market, you must have a well-thought-out company plan that is well carried out. This process begins with an awareness of what your target market may or may not desire from an NFT marketplace.

Essential NFT Market Features for 2022

The characteristics that an NFT marketplace provides are what make it a user favorite. The characteristics that can make your platform stand out above your competitors in the market are:

• The simplicity of payment.

• The execution of all transactions.

• Interactive checkout.

• An appealing user interface.

Here, we’ll discuss some of the most important aspects an NFT marketplace must have.

Storefront

The underlying idea behind an NFT marketplace app or website is identical to an eCommerce marketplace. Thus you can, to some extent, think about developing or deploying both platforms using the same methodology.

Customers can browse various products and their features, such as pricing or auction window, in your storefront, serving as your marketplace’s public face.

Search Functions

An NFT marketplace development business can include advanced search options, enabling users to identify things of interest quickly and precisely. As there may be a large variety of product niches offered in the marketplace, they might broaden the scope of search results. A nicer purchase experience can be had on your marketplace if the search functions are more accurate.

Listings

Developers can use simple navigation features on the platform to make listing products on the marketplace hassle-free. Additionally, they can include instructions that explain how to submit and sell items on the NFT marketplace.

Notifications

Both buyers and sellers would like to stay informed about the results of their actions on the NFT platform. Additionally, they would like to know if the goods they set a price are being bought. When there are new offers for the items sellers sell, they are notified.

On the other hand, customers can expect notifications regarding the authenticity of the goods they wish to purchase.

Auction and Direct Buying

Most NFT marketplaces enable users to purchase NFTs at predetermined pricing and through timed auctions. As a product may be sold at a defined price without competition, a timed auction may be more complicated than a traditional or direct purchasing process.

Wallet

The NFT marketplace requires users to add a digital wallet to sell or buy anything. Private keys or phrases are given to users so they can start their transactions securely.

Feedback & Ratings

Ratings and comments can aid in establishing the reliability of various sellers in a marketplace. One could easily decide to purchase NFTs after looking at a seller’s ratings.

How to launch your own NFT Marketplace?

People frequently ask what NFT is and how do we create an NFT marketplace? Now that the first question has been addressed in the earlier section of this blog, it is time to talk about launching an NFT marketplace.

Understand Your Market

The first step in creating a marketplace like that is figuring out your target market and what they expect from you in terms of customers. It will make it easier for you to customize the platform correctly.

Choose a domain

Any service provider, including GoDaddy, Hostinger, etc., offers domain and hosting services. A domain name is frequently a company name. Therefore, it is crucial to use extreme caution while deciding on domain names and domain types.

UI Development

UI developers can begin working on the UI of your marketplace once you have a clear vision of how it will appear. Using a wireframe that the business team has provided, they will code the website and its various UI components.

Choosing Blockchain Model

Blockchain is the foundational technology that allows an NFT market to function. Smart contracts are required to ensure that all conditions specified by the sellers are timely executed. The size of the community your product will appeal to will also play a role in selecting the best Blockchain platform.

Integrating Digital Wallet

Integrating a third-party digital wallet, like MetaMask, enables your NFT marketplace to carry out encrypted, safe, straightforward, and quick transactions without impairing the platform’s general operation.

Specify Categories & Listing

The product categories for which your marketplace will provide trade services are up to you. You can configure the marketplace’s listing elements, such as direct purchasing, the scheduling of an auction, an automated fee calculator, etc.

Select Base Tokens

Most NFT marketplaces use ether, a cryptocurrency created on the Ethereum Blockchain technology. Technically speaking, though, any user can purchase NFTs using any cryptocurrency.

Implementation of Features

The prior section covered the core components of an NFT marketplace. We can use a computer language to implement the functionality after setting up a Blockchain and creating a user interface.

Test & Launch

A well-tested product avoids any real-time inconsistencies and procedural flaws. You can test your product on various surfaces now that it is ready for usage. With the aid of quality testers, you may verify its functioning, usability, and other crucial components.

You can start your NFT market once testing is complete.

By understanding the above-mentioned guidelines, you can create your own NFT marketplace.

The Future of Gaming With NFTs

The incredible buzz around the growth of NFTs is primarily due to the gaming industry. The Blockchain game CryptoKitties allows users to buy Crypto Kitties, which are cryptographically unique game cards. These uniquely identifiable cards were made available in the form of NFTs.

Game cards continue to rank among the most popular items bought on these marketplaces. Thus, we might conclude that NFTs will continue to exist in gaming or vice versa.

How much does NFT Marketplace Development Cost?

Before deciding, those interested in using the NFT marketplace development services inquire about prices to manage their budget.

Well, giving a consistent estimate without considering the clients’ demands is not acceptable. The following are some estimation factors that may be used to determine the cost of developing the NFT marketplace:

• Project complexity

• Features

• API integration

• Project duration

• Technology stack

• Number of panels being created for different roles

Conclusion

NFTs are being used in an increasing number of applications. As the number of applications for this cryptographic token grows, there will be more need for an NFT marketplace architecture based on blockchain technology. Ownership issues are eliminated with NFTs.

Passionate company leaders can predict the future of NFT marketplaces and the wealth of opportunities for business growth that it will provide.

This NFT marketplace development guide’s main goal was to make it easier for you to understand the fundamentals of the development process and other relevant topics.

The post How To Launch A Personalized NFT Marketplace In 2022 appeared first on RV Technologies.

Let’s dig deep in detail to understand more about development of mobile gaming and the overall development cycle.

Who doesn’t enjoy gaming on their smartphone?

After buying their smartphone, 62% of customers install a game on it within the first week. This fact demonstrates the potency and popularity of smartphone games. The popularity of games like Candy Crush, Subway Surfer, and PUBG has shown the potential financial viability of mobile games. Many people enter this sector but do you understand how to create mobile games? The steps listed below can be used in developing a game app successfully.

Lifecycle of Mobile Game Development

The app store and play store receive thousands of new apps every day, but not all have the same potential as games like Clash of Clans and PUBG. A winning game app has a strong concept, an appropriate monetization plan, and fun, original gameplay.

As per app game developers, each game development project, on average, goes through 10 different phases, which are briefly discussed here:

1. Create a game concept

A concept is the first thing that comes to mind when describing a game. However, the concept is not complete until it can answer the following questions:

• Who is our participant?

• Why would someone want to participate in our game? What demands of the participants does the game meet?

• What sort of gaming experience are we hoping the player will have? What component of that experience is crucial?

• Is the game enjoyable? What amusing aspects of it?

• What part of our game will gamers find surprising? What surprises may we expect throughout the game?

• What in the game is worthwhile? How does the value relate to the player’s internal driving forces?

• What kind of problem-solving is included in the game?

• How to design a mobile game?

2. Developing the Concept

A game concept is a brief document having a quick game overview and an essential representation of the four building blocks of every game.

– Mechanics in games.

The steps a player takes to accomplish the game’s objectives are described in the mechanics, which are the game’s rules. For instance, the description of the board, the beginning position, and the possible moves for each figure are all part of the mechanics of a game of chess. Of course, the winning condition will also be included.

– Setting.

Story and aesthetics are both incorporated into the setting. The narrative narrates the game’s scene, earlier events, and gameplay-related happenings. The visuals and audio of your game are considered in its aesthetics. The two settings components work well together. For the user experience, both of them are crucial.

– Technology.

What devices are the targets? What kind of middleware will we employ when developing the game? Which programming language is ideal for the platform we want to use? Given the aesthetics we have chosen, how much performance do we really need? Finding the right technology requires striking a precarious balance between having simple code to write and support and having enough performance for the intended devices. The first step is often finished by writing a rather abstract code. Unfortunately, performance can occasionally be a problem with abstraction layers.

– Interaction.

In what ways do players engage with the game? How will we use the advantages of the device and the selected input methods? How should screen space be used? When mobile phones are taken into account, this component is crucial.

3. Create a proof-of-concept

The concept document needs to have a few items checked as soon as possible. For instance:

Can the tech complete the job?

You must put together a shoddy implementation of the essential functionalities to verify this. You must ensure that the navigation precision is adequate for the task, for example, if you’re developing an augmented reality shooter for mobile devices.

What makes your environment appealing to the intended audience?

Do your artists possess the talent or skills necessary to carry the style? Many games in the 8-bit genre are available for a reason, and not all are related to nostalgia.

Is there enough interest in the game?

Most games could still function if they were reduced to paper or board game prototypes. If your game’s paper prototype fails, even if it isn’t physics-based, it will likely fail once it is coded.

How about the controls you chose?

Many games place a high demand on the controls, and failure to do so results in game failure. Do they operate? Do they have adequate intuition?

4. Create a Game Design Document (GDD)

A game design document is a comprehensive, in-depth description of the game’s design. A GDD is a living document; therefore, feedback is possible. A GDD should be updated each time the requirements change.

Developers and designers typically work together to produce and edit a GDD, which is then used to coordinate the team’s activities.

In contrast to the high-level concept document, the GDD contains essential information about realization.

For instance, the concept document for the game Commandos can state that the game’s objective is to infiltrate the enemy bases with a small group of highly competent soldiers. The stealth strategy is anticipated, given the gap in troops and firepower. While the GDD will contain a detailed description of all enemy types, their health, movement speed, behaviors (patrolling, sounding the alarm, shooting, etc.), and their triggers, weapons, armor, the field of view, etc., the player will spend the majority of their time learning the patrol routes and guards positions.

The GDD should also define a player in addition to the game. Who is he? What is his line of work? What are his interests? What motivates him? What is his age? From where does he originate? What kind of income does he have? Games designed to appeal to many players frequently lack distinguishing elements, making them seem overly simple and uninteresting to certain players.

5. Make prototypes

It’s crucial to develop a playable prototype for your intended platform, even when most of the mechanics were already tested during the PoC phase. A prototype should have the most crucial mechanics and closely resemble significant game elements.

The prototype for a game like Commandos would be a condensed version of the game engine ( one kind of highly-functional enemies, one level with placeholder art, and two commandos under player control).

It might take some time to construct this kind of early prototype, but it is still essential to have one to spot any design flaws in the game. Players frequently exhibit behavior utterly at odds with what the designers had in mind, controls appear to be non-intuitive, and some technical issues are just too challenging.

Unexpected player behavior can occasionally inspire brand-new concepts that may be more entertaining than the originals. Most problems are simple to fix at this early stage of development, and it’s vital to remember that the prototype costs a tiny fraction of what a late project pivot would cost.

6. Designing Architecture

Almost no game in the world looks or plays the way it did when it was first detailed in the GDD. Most gameplay elements and scenarios change while the game is being developed. New concepts emerge, technology advances, and the project itself changes.

The dynamic nature of game production necessitates remarkable adaptable architectural designs built on the modular concept. It may be challenging to create this architectural design, but it is the most crucial step in the game production process.

Even the best developers will struggle with a weak architectural framework. Still, a team of average developers won’t have any trouble joining the development team if a superb architectural solution is already in place and offered.

7. Development

The team shouldn’t encounter any issues with the actual work since the architecture has already been planned and prototypes have been made. The agile methodology should be implemented because of the games’ aforementioned unpredictable requirements.

A Minimum Viable Product must be developed as soon as possible to engage a QA in the process and keep the team motivated.

The creation or acquisition of necessary tools should be given top priority. The game designers and artists will begin working on the game setup (such as balancing, lights, particles, etc.) as soon as the tools become available. Having shared answers for common problems is crucial while producing maintainable code.

8. Test the Game

QAs and beta test participants should join the team after the first playable versions are released. Some teams use the tik-tok process when testing is in place, rotating between sprints for developing new features and ones for addressing bugs. Delaying all bug solutions is extremely harmful and ineffective because it decreases testing effectiveness and could accumulate complex issues.

The alpha and beta testing stages are necessary as a release approaches. To collect input on the gameplay and behavior of the game in the wild on various devices, the unfinished game is exposed to a small group of potential players during alpha testing. Most of the game’s content should already be present, and there shouldn’t be any significant mistakes throughout the beta test. This stage is mostly used to evaluate performance, make last-minute adjustments, and balance minor adjustments. It’s pretty uncommon to add new features while beta testing is underway.

9. Support the game

A release typically marks the beginning of a protracted process for web and mobile applications. The game updates are essential to achieving steady user base growth and good retention rates! According to an analysis of current top games, updates should be made available every two to five weeks, and each update should offer new content to the game.

10. Decide on a monetization plan

Since the game will be your primary source of income, you should develop a monetization strategy now. You can use in-app purchases, a monthly subscription model, sponsored commercials, paid mobile games, premium editions, free-to-play games, real money games, etc., to reach your revenue goals.

If you’re looking for game development services, get in touch with us right away!

Why Invest in the Development of Mobile Games?

There is no denying the extremely profitable mobile game sector’s size, scope, and diversity. And during the past few years, mobile gaming has become more popular. Worldwide, 3.24 billion individuals play mobile games, according to the most recent Statista data. And in the years to come, we can anticipate an increase in this number.

The COVID-19 outbreak significantly changed how people play games on their phones. A mobile game analytics tool company named GameAnalytics claims that during the first quarter of 2020, the number of mobile gamers exploded by 46%.

The mobile gaming market is anticipated to grow at a compound annual growth rate of 11% and generate $116.4 billion in sales by 2024, according to a new Newzoo analysis.

Therefore, these statistical findings demonstrate that the industry for mobile gaming is highly lucrative and lucrative for potential revenue. Consequently, you must spend money to learn how to make a mobile game app to take your business to the next level.

In the End

Making a mobile game is far from easy, and you will encounter many obstacles and issues. If you want to make the perfect game, you will need to put in a lot of effort and work hard. Remember that a diamond is only created under extreme pressure; thus, these errors and issues will help you improve your game.

Develop a game that can rank and make a difference by adhering to the above-mentioned guidelines.

Contact us for more information about mobile game development, as we are one of the best game development companies!

The post Understanding The Mobile Game Development Life Cycle appeared first on RV Technologies.

When selecting the best technology for your company, you must be knowledgeable enough to weigh the pros and cons of the MEAN vs. MERN stack. Therefore, you must delve deeply into similarities, contrasts, and benefits for thorough comprehension. Which further makes you choose one as per your requirement.

Let’s begin from the very start and understand in and out about the MEAN and MERN stack.

What is MEAN Stack?

The best method for creating websites and mobile apps is called MEAN Stack. Mean is a quick and simple JavaScript framework that is open-source and free of cost. MEAN comprises MongoDB, ExpressJS, AngularJS, and Node.js.

Why choose MEAN Stack?

The open-source framework provided by MEAN Stack allows for flexible code transfer, which lowers the cost of developing websites and mobile applications. Additionally, MEAN Stack delivers a basis for the quick building of scalable software and assists in developing MVPs.

Additionally, Mean Stack offers a variety of frameworks, libraries, and reusable modules within Stack to benefit businesses in terms of accelerating development. As a result of its cheaper development costs and quicker development cycle, the MEAN Stack is perfect for start-ups.

What is MERN Stack?

MongoDB, Express, React, and Node.js are collectively referred to as MERN. It is another open-source framework that streamlines and accelerates development as well as is an ideal platform for developing hybrid web and mobile apps.

Why choose MERN Stack?

The JavaScript code for the MERN Stack eliminates the requirement for context switching. The MERN Stack component React.js performs better for UI layer abstraction. MERN provides a library with an accessible interface that enables programmers to run code fast and supports the simple development process of the MVC architecture. A huge dynamic JSON data set that can be easily navigated between the front end and the back end is also the best to control and update.

MEAN v/s MERN Stack: which one to choose?

The most significant difference between the MEAN and MERN stacks is that the React and Angular frameworks have equivalent upsides and downsides. The two most prominent companies in the sector, Google Inc. and Facebook Inc. support Angular and React JS, respectively. Therefore, selecting one can be difficult.

– Third-Party Assistance

Using third-party libraries is another excellent idea to consider when developing enterprise-level apps. MEAN includes Angular, which has built-in capabilities for integrating with the backend and supporting HTTP calls.

Nevertheless, ReactJS has substitute libraries for integrating functionalities of a similar nature. MERN requires additional setups to execute a similar function, whereas MEAN handles third-party extensions in a plug-and-play manner.

– MVC Support

If you’re creating an enterprise-level application, you need to maintain a complete architecture. Because of this, you must select the MEAN stack rather than the MERN stack.

By choosing this, you can benefit from the Model-View-Controller architecture. However, if you handle the code easily, you can choose the MEAN stack.

– Mobile App Development

Angular offers the Ionic framework, which enables you to create hybrid mobile applications for mobile app development.

Since you need one codebase to produce these apps for Android and iOS, development costs are kept to a minimum.

Hybrid programs, however, degrade the native user experience. The MERN stack is a better choice for developing mobile apps since it offers a nearly native user experience.

– Performance

DOM is updated by Angular, which is used by the MEAN stack (Document Object Model). The programming interface for XML and HTML documents is called DOM. However, MERN makes use of React, which updates the virtual DOM. As a result, MERN allows you to code apps more quickly.

No framework can therefore address business purposes. To acquire a better result and achieve your business goals, you need to do a study on every feature, match them with the fast development needs, and make intelligent choices.

– Testing

React app testers’ experience is distinct from that of angular app testers. This will generally affect whether you prefer the MEAN stack or the MERN stack. An Angular project can be readily tested using just one tool, such as Jasmine.

The situation with a React app, where you must use numerous tools, is different. You must test the JS code using a tool like Jest, whereas you may need to test the elements using a tool like Enzyme. When utilizing React to create your project, you may use a lot of third-party libraries; as a result, your testing effort is amazing.

– Learning Curve

Express.js, MongoDB, and Node.js are well-documented and have a huge following. The learning curves for MEAN and MERN appear to be identical. However, the learning curve for Angular and React will differ.

The Angular framework makes use of Typescript and templates. While React has a relatively flat learning curve, Angular may have a steeper learning curve.

– UI Requirements

Want a straightforward yet stylish UI rendering for your app? You must use the MERN stack to do it. For a smooth user experience, it may instantly generate a frame and display it on the screen.

– CRUD Apps

You may quickly build a CRUD (Create, Read, Update, and Delete) app from scratch using the MERN stack.

React manages data changes quickly and offers a fantastic user interface. MERN is the ideal framework for creating mobile apps or apps with just one page.

– Security and Scalability

The best-in-class security is offered by the MERN stack and the MEAN stack. So, you are free to select any one of them. MERN defeats MEAN in terms of scalability, but MEAN triumphs in terms of security.

– Profitability

Since Node.js, Express.js, and MongoDB are shared by the MERN and MEAN stacks, comparing their profitability would show React to be more profitable than Angular.

Because it is a comprehensive framework, Angular offers greater profitability. Typically, you would employ third-party React-related libraries, which offer less efficient designer productivity.

The CLI (Command Line Interface) in Angular increases designers’ efficiency. You will also find that the Angular CLI makes it simpler to rewrite your code. Updating your React code requires extra effort because other libraries exist.

– Data Flow

With Angular, the data flow is bidirectional, so if you change the user interface, the model state also changes automatically. So, if you’re using React, you can only change the user interface (UI) after changing the model state.

Unidirectional data binding in React provides a better data overview, making it easier to manage complicated projects. And as a result, managing big projects becomes more advantageous for the MERN stack.

The bidirectional data binding offered by Angular becomes more effective if you are working on a tiny project. MEAN stack is useful here!

– Long-Term Upkeep and Improvement

Significantly popular frameworks include React and Angular. But as React becomes popular, finding React developers will get easier in the future.

Consider using the MERN stack if your app has a sizable backlog of improvement projects and you anticipate considerable long-term maintenance requirements.

– Large-Scale Apps

The MEAN stack is a great choice if you’re working on a project similar to an eCommerce project. It can serve as the foundation for dynamic web applications and present a more efficient method for creating prototypes. When using full-stack development frameworks to create large-scale projects, I advise using the MEAN stack.

– Elimination of Errors

The MEAN stack is your best choice if choosing a stack with the potential for basic code error avoidance is crucial to you. Typescript is a system that Angular uses to prevent common coding errors during the coding process.

– Knowledge and Skill of the Development Team

Supporting documentation is not particularly important if your development team has extensive knowledge and experience with web frameworks. The learning curve is less appropriate in this case, allowing you to choose the MEAN stack.

The MERN stack is a better choice if your development team has a reasonable level of experience because you must consider the learning curve.

– Data Flow

With Angular, the data flow is bidirectional, so if you change the user interface, the model state also changes automatically. So, if you’re using React, you can only change the user interface (UI) after changing the model state.

Unidirectional data binding in React provides a better data overview, making it easier to manage complicated projects. And as a result, managing big projects becomes more advantageous for the MERN stack. The bidirectional data binding offered by Angular becomes more effective if you are working on a tiny project. MEAN stack is useful here!

Considerations to Make Before Selecting the Best Stack for Your Business

– Project prerequisites

Examine project specifications to determine whether the stack is feasible.

– New approaches

To experience a customer-driven market, introduce Agile development principles.

– Possibility and adaptability

To preserve flexibility, take note of the variations in database design and software options.

– Development costs

Find several affordable techniques for the complete development process.

Final words

Their fierce rivalry makes it challenging to decide between the MEAN and MERN stacks. The frameworks, functionality, and capacities of both technologies are dependable. MEAN is a better choice for large-scale apps, whereas MERN is best for smaller apps due to their structural differences.

Choosing between MERN or MEAN stack solely depends on your project requirements. To build apps using any of these two stacks, you need an expert full-stack developer to work on your project. Before you hire a team of full-stack developers, make sure you know custom app development costs to plan your budget accordingly.

It is, therefore, best to build a dynamic app to select the MEAN VS MERN stack based on your company’s demands.

The post MEAN vs MERN: Comparing the Two Most Popular Tech Stacks appeared first on RV Technologies.

Open-source technologies are now the top choice for the global developer community regarding web application development or any other development project. However, developers who use these open-source tools continue to have security as one of their top concerns.

One such technology used by developers to create web applications is node.js. It is intended to be 100 percent secure. However, it would be best to use numerous third-party open-source packages through NPM (Node Package Manager) when creating any web application using Node.js.

Top Node.js security risks

1. Code injection

The primary duty of an application developer is to write secure code. However, you cannot ultimately ensure the security of your codebase while utilizing open-source software.

Any attack in which the attacker inserts code into the system and forces the application function to run is called a code injection attack. The attacker investigates the carelessly managed and dubious data to learn more about your codebase.

A standard code injection attack that most people run into while developing software is SQL injection. Here, the attacker manipulates the backend database using malicious SQL code to obtain sensitive data that is not typically visible. This security issue is frequently caused by incorrect input and output data validation.

2. CSRF (Cross-site request forgery) attack

You shouldn’t disregard the frequent Node.js security vulnerability known as Cross-Site Request Forgery (CSRF). CSRF attack compels the authenticated users to submit a request to a web application against which they are already certified. It gives hackers access to private information and jeopardizes the security and integrity of web applications.

Attackers that utilize CSRF primarily want to alter the application’s state by tricking users into thinking they’ve received a message or email. Since they need users to change their email addresses and send money, CSRF attacks have the potential to harm Node.js apps seriously. CSRF attacks against admin-level users might jeopardize the security of the entire web application and must be countered.

3. Default cookie names

Since every user action on a web application results in a cookie being kept in the underlying infrastructure, cookies assist websites, or web apps in identifying a specific user.

Shopping carts in eCommerce websites are the most typical examples of cookies. The cookies will remember the objects you select on the website, and when you proceed to the checkout page, the shopping cart will display those objects.

However, the issue with Node.js development is when the developer chooses the standard cookie names rather than changing them to meet the needs. Attackers will likely attack and quickly gain access to user input inside the rich ecosystem as they know the default cookie name.

4. X-Powered-By header

Many programming languages, by default, employ the non-standard HTTP response header known as the X-Powered-By header. You can enable or disable this header using server and configuration management approaches.

However, developers can forget to remove the X-Powered-By header, which allows hackers to access specific crucial data.

This header identifies the technology used in app development and allows attackers to take advantage of numerous security flaws related to that specific technology.

5. Brute-force attacks

One of the most frequent threats or dangers in any Node.js security checklist is brute force assaults. To gain access to sensitive data, the attackers attempt to use random passwords generated at login endpoints of web applications.

The goal of brute forcing is to try millions of different password combinations until you find the one that works for the online application. You must fortify your authentication system for Node.js applications to prevent brute-force attacks.

To deal with such unsafe scenarios, you can also restrict the number of login attempts from one IP and use bcrypt.js to protect the passwords saved in the database.

6. Cross-Site Scripting (XSS) attack

Cross-site scripting assaults are critical dangers you must manage while developing Node.js web applications. Owing to a lack of input validation for hostnames given by Domain Name Servers, cross-site scripting (XSS) allows attackers to insert client-side scripting involving modified JavaScript code into the web app.

The end user’s browsers cannot determine whether the codebase is trustworthy; therefore, an attacker can use XSS to send them a malicious script. As a result, they automatically execute it, allowing attackers to access any cookies, session tokens, or other private data. These scripts can also change any HTML page’s content, making XSS extremely dangerous.

With a sufficient understanding of Node.js risks, let’s break down its best practices to help you prevent such situations.

Best Practices for Improving Node.js Security

Clients have previously expressed worry about the security of specific backend frameworks, such as Node.js.

Sadly, there isn’t a simple solution to this problem because even the right tools and technology can be abused or compromised. Even if it is challenging to predict dangers, it is always preferable to adhere to the best practices.

Thus, it is best to hire nodejs development company for more information.

Node js security best practices are:

1. Keep an eye on monitoring and logging to avoid irregularities

Regular logging and monitoring can prevent many security flaws that could cost the business money. Instead of waiting for an incident to be reported, most CTOs advise doing regular penetration testing that can aid in spotting anomalies.

Modules that are suggested for usage in logging and activity monitoring are:

• Streaming is made possible via internal Node.js modules like Winston, Bunyan, and Pinto. These can be utilized for resolving uncaught exceptions and logging requests.

• The intrusion detection or intrusion prevention system (IP/IPS) could be fed from the logs.

• Monitoring the event loop can be done with modules like too busy-js.

• When the server is busy or the CPU usage increases, monitoring modules additionally keep track of response time.

2. Use flat Promise chains to prevent layers of nesting.

Asynchronous callbacks are considered one of Node.js’ best features compared to the earlier, more fundamental callback functions. With more layers of nesting, this trait, however, can become one of the worst nightmares. For instance, if there are more than 10 layers of nesting, errors happen, which could lead to results being lost within the asynchronous callbacks.

The best way to deal with the nesting issue:

• Flat Promise chains can help you escape callback hell.

• Flat Promise chains may manage programming semantics.

• The detection of faults and exceptions can improve the flow of programming.

3. Manage errors to stop unauthorized attacks

The efficient operation of a program and prevention of unauthorized assaults depend on how mistakes are handled. You must be aware that, in the event of an error, the application may show or disclose private information to the client, such as stack traces. Once attackers know the program’s weakness, they may submit several requests to cause a denial of service or the application to crash.

A real-time geospatial application like Uber prevents this by sending frequent notifications to passengers and drivers for simple connection via matchmaking and road mapping. Uber discovered that Node.js’ error handling is as faultless as it can be with internal components and third-party solutions. The framework permitted quick code deployment and adequate error analysis, protecting the application against repeated false requests.

What steps may be taken to manage errors effectively?

• Even though express routes are renowned for managing problems, the app may even crash if an issue is not handled within an asynchronous callback.

• An Error object can be supplied as the first argument to an asynchronous call to ensure errors are handled in the callback.

• Express routes should be wrapped with a catch clause to prevent exposure to sensitive information.

• To reduce DOS assaults, one can employ tools like a load balancer, cloud firewall, or Ngnix.

4. To prevent data leaks, send only the required information.

First, ensure total control over the data supplied to the front end. One of the most frequent issues that Node.js developers encounter is data leaking. Most of the time, all data for a particular object is delivered to the front end, which is filtered to show restricted data. However, hackers can now access the confidential data supplied to consumers through the backend.

Here are a few strategies for preventing data leakage

Before utilizing third-party services, continually assess the risk involved. See to it that the services adhere to security regulations like HIPAA, PCI-DSS, or GDPR.

Keep a close watch on network security and periodically monitor network access.

The most stringent security procedures should be used to protect the most sensitive data.

To encrypt all the crucial data, employ a variety of encryption methods.

5. To avoid DOS attacks, limit request size

To prevent attackers from sending out large request bodies, Node.js must ensure that request size is constrained. It’s crucial to remember that the request processing by a single thread becomes more challenging if the payload is bigger (body size).

As a result, attackers send a lot of queries, which can cause the server to run out of memory, the application to fail, or even to run out of disc space and cause a Denial of Service.

Prevent DOS attacks by

• Using raw-body and external tools like the firewall and ELB to reduce the request size.

• Modifying the express body-parser so it will accept small payloads.

• One may request size limitations for particular content using express middleware while validating the data against the requested content type.

6. To maintain application stability, avoid using risky functions.

Interestingly, specific Node.js modules and functions are categorized as “hazardous” functions. These pose a significant risk to the application’s platform security. The Eval function and the Child Process function are the two frequently hazardous functions that experts would advise against.

Modules may perform not only functions but also compromise security. VM module, setTimeout function, execScript, setInterval function, and setImmediate function are a few of these modules and functions.

7. Set up Cookie flags for session management

Session management is an essential component of online applications that supports security upkeep and site-wide request processing. Cookies are used to send any data relevant to session management over a web application, and improper use of HTTP cookies is unquestionably a prescription for problems. Using the domain attribute to confirm the cookie’s scope is also crucial. This tells if the domain matches against the domain server in which the URL is requested.

How can we prevent security risks and session vulnerabilities?

• Configure cookie flags such as httpOnly, Secure, or SameSite.

• By setting the option to “Secure,” cookies are only delivered when HTTP is used for communication.

If you’re looking for nodejs development services, you must hire a development company.

Wrapping Up

Since Node.js frameworks and libraries allow engineers and app developers to create complicated and unique systems, they expose those systems to several risks. App developers can build more secure systems for users if they stay on top of current Nodejs security procedures.

The post Node JS Security Best Practices To Enhance An App’s Security appeared first on RV Technologies.

The variety of React component libraries is one of the main and essential factors behind the development of React JS. These simple-to-use frameworks have helped mobile and web development companies to create stunning user interfaces for desktop and hybrid apps.

According to the survey by Statista, Reactjs is leading as 40.14% of professionals prefer it, followed by jQuery(34%), Express (23%), and Angular (22%).

The several React JS component libraries that are outstanding in terms of the user interface, design framework, utilities, animations, components, and layout are described in this article.

Due to their widespread use, numerous user-interface frameworks can assist you in creating a stunning UI for your React project.

Additionally, in order to make it simple for you to select the best framework, we have done extensive research to compile the best solutions in 2022. In the sections, we’ll examine the features and usability of each React UI framework to help you decide on the best framework as per your development requirements.

What is ReactJS?

ReactJS is a free JavaScript package that helps you develop outstanding user interfaces for web and mobile apps.

ReactJS has many advantages, making it an excellent choice for projects. It consists of standalone, compact pieces of code known as Components and may be integrated with other JS libraries and frameworks. These elements can be used to make some amazing applications.

What is a React Component Library?

A platform called a react component library is made up of the numerous components needed to construct a promising user interface.

JavaScript properties and methods are the foundation for the sequence of components in the React framework. React’s component library enables app developers to use Gatsby and Electron to build websites and mobile applications, respectively.

20 Best React Component Libraries and Frameworks

Although it may be hard to discover the best React component library for your project, rest assured that you have found the proper place.

We have gathered a wide assortment of ReactJS component libraries that focus on aspects that cover a variety of animations, UI components, utilities, design frameworks, and UI layouts.

These components of the react library are comparable and have the common objective of assisting developers in creating interactive user interfaces.

But each react library component offers distinctive features, such as personalized thematic designs and customer-focused functions.

Here is a detailed list of the best ReactJS component libraries:

– Redux

Redux is a state management solution for JavaScript apps. It typically integrates with React, although it also works with other React-like frameworks. It has made it easy to connect every component directly to the entire state, eliminating the need for callbacks or props.

Also, Redux offers a simple interface; using it, you can test the code easily in various situations and compare the results precisely.

– React Intl

Every language has its own set of rules and traditions. React Intl was created because it can be difficult to apply such differences to projects being done internationally. As the foundation for React-Intl, FormatJS is used.

This open-source library from Yahoo was created to make internationalization as straightforward as possible. It includes quick components and an API for formatting dates, strings, integers, and dealing with pluralization.

– MobX

State management is made simple and efficient by the MobX library. Every React library focuses on making it difficult for web and mobile app developers to change the state, but MobX has a unique feature that guarantees that all extract.

Every existing observable property identified when the defined function was implemented reacted to by it. Together, MobX and React are highly powerful, and both excel at what they do. For example, MobX aids in app state updating and archiving.

– React Fabric

React Fabric, also known as Office UI Fabric, is well-liked for the native integration of Fluent UI components with React-based apps. In addition, react Fabric is supported by some widely used front-end language modules like CSS (SASS), Webpack, and ES6+.

A collection of SASS elements and CSS classes make up the Fabric core, giving users access to a wide variety of animations, colors, and other features.

– React Virtualized

This outstanding React library excels at efficiently evaluating tabular data and extensive lists. This library is helpful if you need to assess several columns in a table or if you have a lot of components.

An autosizer, an arrowkeystepper, a cellmeasurer, a multigrid, a columnsizer, and other components are included in React Virtualized. This flexible and distinctive React framework is designed to meet your demands for tabular data.

– React DnD

DnD demonstrates the drag-and-drop user interface for React. Selecting visual objects and then dragging them to an appropriate spot on the device screen offers gesture- and grabbing-based user interaction.

The HTML5 drag-and-drop API was used to create React DnD, and Redux is used internally. Without affecting data consistency and transfer in the app state, it provides the essential building blocks to develop complicated drag-and-drop interfaces like Trello.

– React Spinner

React Spinner offers something unique that is different from other React Libraries. It includes halogen-based loading spinners. It’s a fun element that keeps visitors engaged as the page loads, preventing them from feeling compelled to leave and improving the user experience. More than 20 React loaders are available through React Spinner for all users.

– Material UI

Google created this group of components to implement their well-known Material Design. The most well-known UI package among all React libraries is Material UI, which has more than 67000 stars on Github.

The benefit of UI is that you can get various customizable features by hiring an application development company. Also, it is simple, lightweight, appealing, and easy to use. Developers have used this for a while, but because of ongoing updates, its popularity has increased.

– Ant Design

Webpack, Dora, DVA, NPM, and Babel are all integrated into the construction framework known as Ant design. This component collection is extensive and has an impressive clientele.

Using Ant design, you can effortlessly develop and design an application. The components of Ant design that stand out among developers are icons, date pickers, buttons, dropdowns, etc. Additionally, it allows you to position your UI components, creating a seamless user experience. This practical React module supports ES6 and enables simple integration.

– Rebase

A stable user interface with user-defined scales and design limitations can be built using this set of fundamental components.

Rebase is focused on facilitating speedy design and development with a footprint of under 4KB. Rebass’ compatibility with Theme UI and top-notch assistance for theming enable it to achieve its goals of being functional, minimal, extendable, neutral, and themeable.

– Create React App

It is a CLI tool that does not require any particular configuration for development. Instead, it encourages the creation of your standards and enables a smooth beginning to the app development process.

Therefore, there is no complexity; all that is needed is a build dependency. In addition, the Create React App has layers of ESLint, Babel, Webpack, etc., which are more advantageous for simple web applications.

– Respond Admin

On top of REST/GraphQL APIs, React Admin can be used to build B2B admin apps and is easily customizable. Along with React, it was developed with several notable projects, including Redux, Material UI, React Final Form, and React Router.

– Grommet

For mobile-first, accessible, and responsive web projects, Grommet is the best library. It contains atomic design methods and supports screen reader tagging, keyboard navigation, and other features.

It also includes a lot of SVG icons. Twilio, Boeing, HP, Samsung, Uber, and Netflix are just a few of the major companies that used Grommet to create web applications.

– React Bootstrap

A UI kit called React Bootstrap honors its Bootstrap roots. It swaps out the Bootstrap JavaScript for React to give you more control over the look and feel of each component.

Every element is designed to be easily accessible and necessary for the creation of front-end frameworks. For example, developers can choose from thousands of freely available Bootstrap themes because React Bootstrap differs nothing from its Bootstrap cores.

Moreover, developers can import required components instead of the entire library, helping you9 to minimize the coding.

– Semantic UI React

The authorized plugin for Semantic UI is Semantic UI React. Shorthand props, a declarative API, augmentation, an auto-controlled state, sub-components, and other features are all there, yet jQuery is not used.

The list of more than 50 components in this React library includes pagination, transitions, progress bars, segments, and other features. While Semantic UI React supplies the components, Semantic UI delivers the themes via CSS stylesheets.

The best thing about semantic UI React is that there are numerous customizable elements to develop an application. All you need is the experience to use them, as sometimes these elements bring complexity.

– React-Motion

The React framework uses this well-known animation Spring setup to describe the animation. Your worries about complexity and controlled duration are so eased.

React-motion additionally uses stiffness, damping, and accuracy algorithms to smooth the development flow within React elements. The React-Spring API combines specific and imperative techniques. You can also anticipate a secure, shared transition.

– Evergreen UI

Evergreen UI is a set of React components that works well for enterprise-level online applications. In addition, it is incredibly adaptable because it uses React Primitive.

From typography, simple layouts, icons, and colors to function-based elements like toggles, feedback indications, dropdowns, and file uploads, it combines a wide range of tools and aspects. Choosing the features to import is possible after the Evergreen package has been installed.

– Blueprint

The React components in Blueprint are primarily used in desktop applications. However, these elements are beneficial for creating sophisticated interfaces with plenty of data.

Code snippets are available for dealing with times and dates, selecting time zones, making and displaying icons from the component library, and more. Furthermore, it has both light and dark themes and adjustable design elements.

However, the disadvantage is that it does not have a community and support system.

– Styled Components

A CSS tool that can help you organize your React project is called Styled Components. With the aid of this library, you can develop compact, reusable elements crucial to the visual appeal of your application.

With traditional CSS, you can run into the problem of abnormally overwriting selectors used in other places on the website. However, developers can avoid this issue by using CSS syntax directly inside all components, thanks to Styled Components.

– React Desktop

This package attempts to replicate for web app developers the desktop experience. React Desktop stands out for its feature, which faithfully reproduces the desktop experience.

This can be done with JavaScript to create real desktop applications and give them a new look or function. Therefore, building desktop apps quickly and efficiently is strongly recommended while using React Desktop.

Key Takeaways

You now have access to a list of the most widely used and rapidly expanding React component libraries, all of which are now supported by a variety of platforms.

Additionally, you can look at the framework that works well. Therefore, take some time to evaluate frameworks that can keep you focused on saving you a ton of time during web or app development before you decide to move on with a React project.

The post Top 20 React Libraries and Frameworks to Look Out for in 2022 appeared first on RV Technologies.

Improved privacy, lower costs, and better patient care through remote operation and cooperation are some benefits of the rising use of cloud technology in healthcare. In addition, the adoption of cloud computing in the healthcare industry has given rise to new opportunities to improve the efficiency of IT systems.

The cloud computing industry is expected to reach $71,730.64 million by 2027, with a CAGR of 14.12 percent between 2022 and 2027, as per the Mordor intelligence report. Thus, it is clear that healthcare firms will embrace new technologies and increase their investment in their development.

What is Cloud Computing in the Healthcare industry?

The method of enabling remote servers accessible over the internet to store, manage, and process healthcare data is known as cloud computing in the healthcare sector. This method offers a flexible way for healthcare experts to remotely access servers online.

The global healthcare cloud computing industry is anticipated to reach $35 billion by 2022, with an annual growth rate of 11.6 percent, according to a BCC analysis.

Both patients and providers can profit from the shift to the cloud. Virtualization in cloud computing has shown to be advantageous for reducing operational costs while enabling healthcare providers to provide high-quality and individualized treatment from a commercial perspective.

On the other side, patients are becoming accustomed to receiving medical care immediately. Additionally, by enabling patients to access their medical records, healthcare cloud computing improves patient outcomes by increasing patient participation.

The democratization of data combined with online access to healthcare liberates both patients and providers while removing geographic restrictions on access to care.

Why are medical institutions switching to the cloud?

Healthcare institutions have been implementing new technology to improve patient care by introducing innovative patient care applications and optimizing operations. Despite these IT solutions, they must contend with issues including scalability, universal access, the demand for computing resources, multi-tenancy, high infrastructure costs, and an increase in collaboration needs. These difficulties are addressed by the cloud’s features, which include:

On-demand service: Without human involvement, the resources are delivered immediately.

Resource pooling: Multiple users may simultaneously utilize cloud services.

Elasticity: It is feasible to add, delete, or upgrade depending on the company’s needs.

Broad Network Access: From every location at any time, a wide variety of network accessibility is offered.

Measured service: Customers only have to pay for the services they use.

Top Advantages of Adopting Cloud Computing in Healthcare

Almost every question a US adult has while interacting with a healthcare service provider has an answer in the cloud.

An Economical Method for Storing Medical Data

Every year, healthcare practitioners generate enormous volumes of digital data. These consist of insurance claims, prescriptions, EMRs, and lab tests. Cloud computing makes it easier to manage that data effectively. In addition, cloud computing’s increased data storage capacity allows cloud-based analytical tools to use the data better and transform it into useful information.

Growth of Telemedicine

Telemedicine is expanding thanks to the quick use of cloud computing in the medical field. Apps that run in the cloud and telemedicine platforms improve accessibility, provide patient health insurance during treatment, prevention, and recovery, and help share healthcare data.

Additionally, several healthcare mobile apps offer more sophisticated features like virtual drug usage analysis or video conferencing for doctor sessions. In a nutshell, cloud computing is essential for improving telemedicine-based medical treatment.

Improved Cooperation

Collaboration is enhanced through the use of cloud technologies in healthcare. For example, patients no longer need to bring their personal medical records with them when they visit a doctor, thanks to the EMR in the cloud.

Even doctors can share data, review previous consultations with other medical experts, and share data. It helps with more accurate diagnosis and treatment while saving time for both doctors and patients.

Ownership of patient data

Cloud computing and healthcare enable data democratization and give patients control over their health. It increases patient involvement in health-related choices and serves as a tool for enhanced patient engagement and education.

The fact that medical data may be easily archived and subsequently retrieved when the data is kept in the cloud is another indication of the industry’s importance of cloud computing. In addition, data redundancy is drastically reduced as system uptime increases, and data recovery is also made simpler.

Easy interoperability

Creating data linkages via the healthcare system is the primary goal of interoperability, regardless of where the data is stored. Healthcare interoperability is made possible by cloud technologies, which also make patient data available for flexible dissemination and the acquisition of insights to speed up healthcare delivery.

Medical practitioners may access patient medical data gathered from various sources, distribute it to key stakeholders, and deliver protocols on time, thanks to cloud computing in healthcare.

Enhanced patient experience

Doctors can improve patient involvement with the use of the cloud for healthcare by giving them real-time access to medical information, test results, and even doctors’ notes. As they gain more excellent knowledge about their health, this gives the patients power over their health.

Additionally, cloud computing in healthcare prevents patients from receiving excessive prescriptions or being forced to do pointless tests, both of which can be revealed in the patient’s medical records.

The next step would be to understand the various sorts of cloud computing in healthcare after looking at the advantages.

Types of Cloud Computing in Healthcare

Two types of cloud computing are used in the healthcare sector that is deployment and distribution.

Distribution Model

Software as a Service: Providers deliver IT infrastructure, and clients employ apps and operating systems.

Platform as a Service: Providers deliver mobile apps, IT infrastructure, and operating system, and other elements in an easy-to-use platform.

Infrastructure as a Service: Clients deploy apps, and providers offer the operating system and IT infrastructure.

By deployment

Private: The cloud facility can only be used by one healthcare organization or chain.

Public: The cloud is accessible to all parties involved.

Hybrid: The model integrates a few of the elements of the deployment’s previously mentioned model.

Community: Several healthcare organizations can access the cloud.

The risk involved with Cloud Computing in Healthcare

Even with all the benefits, cloud computing in healthcare still has certain drawbacks. So let’s look at it!

Exclusive Ecosystem

The healthcare sector cannot become productive and efficient if cloud technologies are solely accepted in that sector. Healthcare firms must use the internet of things, artificial intelligence, and data management technologies in order to benefit from this technology.

Shortage of experts

It isn’t easy to find healthcare app developers with the knowledge to integrate new technologies in the healthcare software sector. Similarly, finding cloud experts in the health industry is challenging.

Security Issues

The primary purpose of adopting cloud technology is to store medical data. It also carries security dangers, though.

The company’s data sharing with other companies on a server and the distant systems to personalize them may fail as a result of the primary cloud configuration. As a result, healthcare organizations struggle to implement cloud technologies.

Problems with Technology Adoption

The entire task management process must be transformed in order to transition from a legacy framework to cloud technology. Healthcare organizations should instruct everyone on how to use it in their regular responsibilities.

How Can Risks Be Minimized When Using Cloud Computing in Healthcare?

Healthcare businesses and technology suppliers must work together on a multi-phase process known as a healthcare cloud computing application. Additionally, it would be beneficial to take some precautions against threats related to cloud computing.

Determine Your Goals

Understand the need for cloud systems in your healthcare organization first. You cannot otherwise enumerate the items that require cloud solutions. Several justifications for using cloud technologies include:

• Saving expenditures

• Compliance management

• Security advancement

• Data security and better backups

List all the items you want to switch to the cloud for

Even if you may have a lot of procedures to move to the cloud, you must realize that some specific functions require this upgradation. Analyze your healthcare organization’s current pipeline to identify any roadblocks to providing high-quality healthcare or impeding the work of your healthcare team.

Consider the importance of making the swift transfer to the cloud after evaluating your company’s processes in order to gain the most advantages. Additionally, it will improve communication with the technology vendor and allow for more accurate timing of the technical delivery.

Calculate the specific investments

Making the switch to the cloud will cost money. Decide whether your company can afford such investments by doing so. Paying IT specialists involved in the entire transfer procedure is included in the main expense. One can:

Outsource Jobs to Offshore Technical Vendors

It’s a reliable option that provides security, ease of use, and affordable prices. But you need to be prepared for possible linguistic barriers.

Build a technical team internally

It’s a complex process because you have to hire staff and pay each specialist a lot of money. However, you have simultaneous control throughout the entire transfer procedure.

Recruit freelancers

Although hiring freelancers is the most economical option, sharing patient information with them is not preferred.

Companies Using Cloud Computing in Healthcare

In order to provide high-quality care, cut operating expenses, and enhance the overall administrative process, many top healthcare organizations have already started implementing cloud computing in healthcare management procedures. Here are some of the most well-known cloud services for healthcare organizations.

NetApp

By facilitating quicker backup and restoration operations and simpler data growth adaptation, it delivers data in real-time to speed up and improve the efficiency of clinical processes.

Medsphere

A healthcare IT services provider called Medsphere works with numerous clinical, financial, accounting, nursing, and other businesses.

ClearData

The main objective of cloud computing business ClearData is to move medical apps and data into the cloud so that customers may access it over a private and secure internet connection.

Nintex

It streamlines manual procedures, particularly when it comes to documentation. It improves the overall patient experience and offers automated services to professionals in the healthcare sector.

Carecloud

Healthcare professionals can communicate directly with patients and increase their productivity by using Carecloud, a practice management and EHR system.

Pfizer

It is an excellent example of how cloud computing can be used in the medical field to improve communication and teamwork. It involved the technology in Xalkori, a medication for lung cancer explicitly created for the group of patients with the ALK gene mutation.

Reasons For Some Healthcare Organizations’ Reticence To Use The Cloud

While many healthcare businesses have made commitments to migrate to the cloud, many more are hesitant to do so. The difficulty of preserving patient data in a new setting is one of the critical causes of this hesitation.

A cloud move would require modifying the current security rules and implementing new ones, which increases the danger of a data breach. In addition, many providers employ entrenched legacy systems to manage patient data.

In brief, if the company doesn’t put in place the required safeguards, a cloud migration increases the chance of a data breach. In addition, healthcare providers suffer severe financial losses as a result of data breaches because disclosing patient information is punishable by severe fines and runs the risk of alienating customers.

In conclusion

Using cloud computing in healthcare can influence the sector’s future in several ways. Even the most developed nations in the world struggle to meet the enormous amount of healthcare needs.

However, directing cloud computing power into the healthcare system can undoubtedly result in real advancements that benefit everyone’s access to high-quality applications.

Cloud solutions have a lot to offer, from lowering costs or saving time to offering convenience and scalability among healthcare developers.

Thus, you must hire professional developers from a healthcare development company who can help you develop feature-rich web and mobile applications.

The post Cloud Computing in Healthcare: How Cloud Integration can Transform e-Healthcare appeared first on RV Technologies.

It takes a lot of labor to create 3D characters, but the effort is worthwhile because consumers are engaged.

Here you will learn the fundamentals of character Modeling for video games and how working with 3D Modeling game development services may streamline the process.

How does 3D character Modeling work for modern game development?

A 3D artist uses various software and tools during the multi-stage process of 3D character Modeling to produce a character for a video game or other kinds of media. The protagonist is typically a human, animal, robot, or mythical creature.

A character can also be the primary one (the one the player controls during the game), a secondary one (the people the player interacts with), or even a minor one that only exists in the background.

Creating a simple form is the most straightforward task in making a 3D character. A 3D designer could design a cube, alter it with numerous tools, and then edit the model with other software. Thus, despite the software’s limitations, it can produce an organic result.

3D character styles

Most frequently, professionals create 3D human models of the leading and supporting characters. The game’s surroundings and objectives dictate the character’s style. The five basic playable character styles are imaginative, lifelike, cartoonish, abstract, and blocky style, albeit there is no clear description for these.

A creative style, for instance, suggests an unusual design for characters and their attire. It could be an alien with human-like traits, a savage, or someone who combines the characteristics of humans and animals. The cartoonish aesthetic, on the other hand, suggests cartoon-like painted characters.

What type of character Modeling is best?

Spline and polygon Modeling are the primary methods for creating a 3D representation of a person or other character type. But which approach is more suited for creating 3D video game characters? The answer to this query is provided below.

Polygon 3D Modeling

Polygon Modeling creates 3D models using polygons or poly (polygonal shapes). These polygons are joined together in a certain way to form a polygonal mesh that constitutes the entire model. A polygonal model resembles a 3D puzzle in essence.

This technology has the peculiarity of allowing the 3D artist to edit and modify each polygon independently. Thus, the character model has details and bumps. Additionally, animating the individual poly is simple.

For these factors, polygonal Modeling is frequently used to build characters and various gaming components.

An additional benefit of polygonal Modelling is the ability to build complicated models using high-poly or low-poly techniques. High poly has a lot of polygons, which influences the final product’s detail and realism. Models are generally made using this technique to be visible and close to the game camera.

On the other hand, low poly models are constructed from fewer polygons and represent simple models with minimal complexity. As a result, models that are unimportant and far from the game camera are typically generated.

NURBS 3D Modeling

Spline Modeling is another name for this technique: NURBS (non-uniform rational basis spline).

The NURBS concept states that models are not constructed from polygons but rather from several flexible curves and the connecting points between them.

The models are relatively smooth due to this strategy, which is also utilized in Modeling. Spline Modeling has the drawback that the parameters are determined by mathematical formulas, which is one of the reasons why it is challenging to alter individual elements of the model without compromising the integrity of the whole structure. As a result, NURBS Modelling is far less frequently employed to build game characters and models.

Making a 3d character: A step-by-step guide

Planning is critical before beginning any endeavour. Due to this, it’s best to become familiar with the workflow and procedures involved in 3D character modelling so that you can grasp the big picture of a process.

Let’s take a closer look at the beginner-friendly guide on how to make 3d character models below.

The concept for a 3D character

Before creating a 3D character, consider their backstory and how you might depict it via them. To do this, gather as many references as possible to know your audience and the creation process. Working on a playable character is much more enjoyable when you are familiar with their history and distinguishing characteristics.

3D character blocking

The first step in making your 3D model is to combine simple forms to give it the appropriate character’s shape. For instance, you may connect various cubes or cylinders as multiple components of the final model. You’ll get a preview of your character’s appearance through this.

3D character sculpting

When you first sculpt a character, you have a smooth model without distinguishing features; the 3D artist must add them. The act of sculpting is similar to clay Modelling. For instance, cheekbones and a chin are created, a long cylinder is transformed into a finger, and the character’s eyes are cut out of spheres. It is possible to add or remove material.

Creating 3D character topology

The surface structure that determines the model’s aesthetic qualities is the game character topology. For instance, it adds volume to facial features (mouth, eyes). Additionally, the correct topology is necessary to animate the various model components.

Polygonal Modelling is most frequently used to generate the topology of a 3D model. It is essential to pick a design that makes it simple to alter and animate different areas of a figure because polygons might have several corners.

3D character model rigging and skinning

The character’s skeleton is built during the rigging process. This is required to separately animate the skeleton or bones in the future and create a moving 3D human model. Most frequently, skeleton samples are pre-made by the program used to model characters and other game components.

Skinning happens after rigging. The goal of this method, which often works for bipedal characters, is to join the model’s skeleton and surface. In other words, since it is difficult to animate the model’s surface, the skeleton now belongs to the character and may move at this stage.

3D character rendering

Creating a scenario for a 3D model using computer graphics and turning it into a 2D image is known as 3D rendering. The lighting, camera angle, and texture of a frame are all modified by artists. Then, for advertising and promotional purposes, this image is frequently utilized.

3D character animation

The construction of characters includes a crucial final stage called model animation. Characters are given life by artists who animate their bodies and design their facial expressions. Specialized tools are frequently employed to manipulate specific body parts when working on facial expressions, gestures, and movements

You can even animate your character using video references. Large studios also frequently use motion capture, a technique in which game actors mimic facial expressions and body movements on camera before converting those actions into a computer model.

NOTE: Please be aware that this method will be slightly different from character Modelling for conventional games if you plan to create a character for the NFT game. To ensure a flawless NFT game character, it is best to leave this creation to seasoned NFT Game development companies! For players to have immutable ownership of NFT game characters, their development should be based on the blockchain.

Contact us for more information about game development as we are one of the leading Game development companies!

FAQs

What is a 3D Character Modeling Service?

A popular service among mechanical engineers and video game developer is 3D character Modeling. A mesh is created by manipulating points in virtual space, also known as vertices, using specialized software to create an object. 3D objects can be produced automatically or by hand by deforming the mesh or modifying vertices. The assistance covers all aspects of 3D character Modeling, from initial perception to finished, convincingly rendered model. They are employed in various media, including video games, motion pictures, architecture, art, engineering, and industrial advertising. A critical step in character animation and special effects, the 3D Modeling process produces a digital model sketch that can be entirely animated. The mesh is the basis of a model. A mesh is often described as the structured convergence of numerous points over time and space. Many modern software, such as Maya, Blender, Cinema4D, and SketchUp, offer 3D character Modeling for presenting believable perfection.

If you’re looking for game development services, get in touch with us right away!

What are some examples of 3D Character Modeling?

Game designers and animators use 3D Character Modeling Service to make their ideas come to life. Many creative designers and modelers are reported to use 3D Modeling as a critical component. Every Hollywood animated film, blockbuster movie, or top-tier video game is a masterpiece of 3D character sketching and Modeling. The market for 3D Modeling services is expanding quickly and exponentially due to the increased demand for these services.

For instance, 3D Modeling and animation are used in the Netflix series Game of Thrones.

What advantages can 3D character Modeling offer?

The numerous advantages of 3D character Modeling are as follows:

1. Attractiveness

Compared to a 2D artwork, a 3D character model is more solid, lively, and vivid. You can also see it from other angles.

2. Realistic

Simple sketching and meticulous photos are both levels of detail that can be achieved while producing 3D models.

3. Simple Adaptation

The contemporary software’s sophisticated features simplify adding and modifying the final 3D model. If necessary, you can quickly edit it.

4. Animation Flexibility

As you have previously modeled them in three dimensions, controlling 3D characters is simple. You don’t need to redraw them in different positions to demonstrate a new movement.

What are the services available for 3D character Modeling?

Given that 3D Modeling is a wholly defined and technical service in and of itself, you might as well be asking yourself right now how it can be further classified. Additional services that are related to the 3D character Modeling service abound. These types involve extra feature improvement of 3D-produced character models for greater quality and more realistic outcomes.

Here is a couple of them for your comprehension:

• Here is a couple of them for your comprehension:

• Stylized 3D Character Modeling Service

• 3D Creature Modeling Service

• Semi-Realistic background 3D Character Modeling Service

• Cartoony 3D Character Modeling Service

What is the cost associated with making a 3D game character?

The following variables affect how much it costs to create a 3D gaming character:

• Prerequisites for preparing for animation

• The level of complexity of the character

• The type of 3D model

• Location of 3D Modeling company

• The level of expertise of the modeler

Employ a 3D game development service if your gaming project demands 3D character Modeling. The company will provide a rough estimate of the cost of making a 3D video game character.

How much time is required to make a 3D character?

The complexity of the character, the modeler’s experience, and other variables affect how long it takes to produce a 3D character. Given these considerations, it may take between 100 and 200 hours.

Wrapping it up!

Hire a specialized company to develop engaging, noteworthy, and well-designed 3D game characters as an artist need a wide range of abilities, subject-matter knowledge, and years of experience in the area to design 3d character.

The post Getting Started With 3D Character Modeling For Games: An Expert’s Guide appeared first on RV Technologies.

Are you assuming the angular latest version? The answer is Angular 13, the most recent version of Google’s preferred typeScript-based web framework, as it was updated recently in November 2021.

There is no doubt why Angular is the popular framework for front-end development? as it keeps on introducing new features, upgrading to new versions, and much more.

After the Angular 13 update, just five months later, it released version 13 for use in production. In addition, Angular 13 has introduced some exciting features, so let’s explore them in more detail and get a short overview.

Top features of Angular 13 Every developer must know before app development.

Let’s examine Angular 13’s features in more detail. This version covers a lot of important modifications, which might be effortless for Angular App developers to keep up with.

Totally Ivy

Since all new versions of Angular 13 use Ivy, the view engine is no longer supported. Ivy engines free developers from codebase issues and maintenance costs.

Ivy assembles components separately to shorten the development cycle because the angular framework migrates all the tools to Ivy ensuring every transition occurs smoothly. There is no requirement for libraries created with the most recent APF version to utilize the ngcc (Angular compatibility compiler) because metadata and summary files are not required.

With ViewContainerRef.createComponent, the new API deletes ComponentFactoryResolver without creating an associated factory.

Modifications in the Angular Package Format (APF)

The Angular Package Format, or APF, represents the structure and format of Angular Framework packages and View Engine metadata. It’s an excellent method for packaging outside libraries in a web development environment.

The APF has been streamlined and enhanced to better support developers. Also, to optimize the APF, obsolete output formats, such as View Engines, metadata particular, etc., have been removed.

With the introduction of new functionalities in angular 13 to manage Node Package Exports, the APF has also been updated. Developers won’t have to depend on internal APIs in the future if they do this.

Support from Typescript 4.4

TypeScript 4.2 and 4.3 are no longer supported because of the addition of TypeScript 4.4 in Angular 13. Since it does not employ setters and getters to obtain the same kind, TypeScript 4.4 has emerged as a benefit for Angular projects.

This modification helps Angular developers maintain clean and secure code. Some modifications include JavaScript spelling suggestions, inlay tips, control flow analysis, class static blocks, symbols as index signatures, and the precise optional property type. Other additions include better type guard detection, improvements to IntelliSense, and defaulting to unknown type catch variables.

Modifications to Angular Tests

Angular team has made certain modifications in TestBed, and as a result, test environments and modules are now properly destroyed after each test.

Developers can anticipate memory-intensive, optimized, interdependent, and speedier testing because the DOM has been cleansed.

There are two methods to do it. Depending on the requirements of your project, you can select any of the two methods:

TestBed.initTestEnvironment or TestBed.configureTestingModule. These significant upgrades were initially introduced in the Angular 12 update but are now default.

Angular Universal

The Angular Universal framework allows an app to render on a server rather than the client’s browser. The software loads faster and performs better on mobile devices thanks to such server-side rendering, which also delivers a good search engine ranking. As a result, Angular universal offers a smooth interaction experience to the enterprise app’s end-user.

Improvements to the Angular Command-Line Interface

Unquestionably, the CLI is important to the success of angular. By eliminating complicated steps like configuration and startup on a larger scale, Angular CLI streamlines the development process with simple commands.

By assisting developers in locating the appropriate folder for the update and the module to import the components, the Angular CLI secures developers and frees up space for undiscovered components.

Developers may quickly test a component’s rendering accuracy with Angular 13 to see if it renders correctly or not. The build-cache option is also preferred, and you have full control over whether to enable or disable it in already-existing Angular projects.

Therefore, before beginning the development, ensure the angular app development team is experienced.

Efficiency Increased via Dependency Injection

Because of Angular’s dependency injection feature, code readability is improved, simplifying maintenance and iterations. The significant reduction in testing time and development costs is especially advantageous for large-scale business systems.

A developer can change or replace any injector without having to change the settings for the other components of the app is its most crucial feature.

End of Internet Explorer 11

Due to the release of Angular 13, Internet Explorer 11 will no longer be supported by Angular. Giving up Internet Explorer 11 makes the package smaller and speeds up app loading. Due to these advancements, Angular can now utilize cutting-edge browser features like web animations via native web APIs and CSS variables.

Because of the enhanced API and the lack of IE-specific polyfills, apps will load faster. Additionally, it eliminates the need for differential loading. App consumers will benefit from quick loading times and positive user experiences, while developers will gain from improved infrastructure and APIs.

When a project is migrated, running the ng update automatically removes IE-specific polyfills, reducing the bundle size.

Angular Material

It provides pre-built UI MDCs components for web platforms, desktop, and mobile for greater accessibility. Programmers may quickly create form controls, navigational components, radio buttons, layouts, and indicators as everything has become simple for developers.

Reclassification of Forms

In Angular v13, a new form type called FormControlStatus was added. It compiles each form control status string into one location:

For instance, FormControlStatus has replaced string as the type of AbstractControl.status. The type of StatusChanges has changed from ObservableFormControlStatus> to Observableany>.

A11y

Whatever we create, both within and outside the Angular community, is envisioned on accessibility (a11y). All MDC-based elements, including Touch targets, contrasts, and ARIA, have been examined to ensure that the most recent release satisfies the minimum requirements for a11y.

Radio buttons, checkboxes, and high contrast modes are now used effectively because of the new angular 13 features.

Node.Js Versions Before 12.20 Are No Longer Accepted.

Because Angular uses the Node.js package export capability with subpath patterns, versions of Node.js prior to 12.20.0 are no longer supported in Angular 13.

Ergonomics Designed APIs

By employing ergonomically designed component-level granular code disruption and code-splitting APIs, Angular v13 has reduced load times. Performance has also been enhanced in ESBuild’s most recent version.

Terser and the ESBuild JavaScript bundler work together to enhance global scripts. Additionally, it facilitates CSS source maps, which enables globally optimized CSS. Additionally, Svelte, Vue, and Elm framework languages are supported by this JS bundler.

Framework and dependency updates

There have been significant changes made to Angular 13. The default application created with ng new is RxJS v7.4. The npm install rxjs@7.4 command must be used manually to update RxJS v6.x applications. New projects can now be started using RxJS 7, while ongoing projects should continue to use RxJS 6.

Upgrades to Localization

The $localize API is clear and concise. Developers use it to create an efficient method for in-built internationalization (i18n) and translate code messages and layouts.

Support for Adobe Fonts inline

To enhance the FCP (First Contentful Paint). Angular 11 previously added support for inlining Google fonts; as of Angular 13, this support has been expanded to include Adobe fonts. By inlining fonts, you can enhance the performance of your application. Additionally, the router’s upgrades make it possible to keep the current browser URL.

Changes in Router

Routing makes it easier for us to switch between views. By interpreting a browser URL as a request to change the view, it makes navigation easier.

The router does not change the browser’s URL when the current navigation terminates the previous navigation.

There were a number of compatibility concerns with earlier versions of Angular, particularly with query parameters. The most recent upgrade, however, improves the compatibility of query parameters with question marks. For instance, anything in query parameters that come after a question mark is dropped by the default URL serializer.

Features of Angular 13 -API Updates

Now that the ViewContainerRef.createComponent API has been updated; it is possible to create dynamic elements with less boilerplate coding. If you use Angular 13, ComponentFactoryResolver is not necessary.

Cohesive Architecture in Angular 13

The basic blocks of Angular web development are components. The cohesive components of Angular resemble trees and are made up of appropriate pieces with linked functionalities. All Angular projects can access these well-encapsulated components through a streamlined API. Two of the fundamental advantages of Angular architecture are its reusability and maintainability.

Reusability: Agular software components are reusable since they stand alone. You can reuse an element with a certain feature in any area of the code that requires it once it has been generated. The component-based, reusable architecture of Angular reduces development time while ensuring that the program is consistent.

Maintainability: The framework’s loosely coupled components are Angular’s additional key benefit. Working with our knowledgeable Angular JS developers will simplify the procedure.

Support: Additionally, Angular 13 offers some extra support features like:

The language service would offer support for autocomplete string literal union sorts in themes.

RouterOutletContract is expanded to include any remaining outlet activities for the router. This will be necessary for the long run when components are offered dynamically utilizing module federation.

Comparison Between Angular 12 Vs. Angular 13

We discovered significant changes say core structural, extra deprecations, performance, and upgrades while comparing Angular version 12 Vs. Angular version 13. Let’s look at a table that contrasts the features each provide:

What is the New Angular Version 13 Update Process?

Download Angular 12 if you wish to update your app to the newest Angular version, 13. Now adhere to the instructions to update your current app to the newest Angular 13 version using this link: https://update.angular.io/.

Key Takeaway

Due to its excellent functionality and high usability, Angular is becoming more and more popular. And it is the best moment to recruit Angular JS developers for your project.

Every six months after the release of the prior version, the angular team makes sure to release a new upgrade. On May 12, Angular 12 became available. With a variety of new features and upgrades, Angular v13 is now readily available. Try out Angular 13 with the help of IVY. It’s time to upgrade from Angular 12 to Angular 13 if you’re still using an older version or want to create fantastic apps that adhere to current web standards.

Thus, hire developers for Angular upgrade services to seamlessly update your existing project to the most recent version.

The post Angular 13: Everything You Need to Know About the Latest Angular Version appeared first on RV Technologies.

Unfortunately, many ecommerce businesses undervalue the importance of the ‘delivery process’. Consequently, they fail to retain customers and eventually witness a drop in their sales as well as revenue.

It’s worth noting that a well-optimized ecommerce shipping environment will help you stand out from the competition and acquire long-term recurring customers more conveniently. In today’s guide, we’ll take a look at the dos and don’ts of constructing and optimizing your ecommerce store’s shipping process so that you don’t end up losing valuable customers.

We’ll also share a list of different shipping API providers that you can integrate into your store for faster product deliveries.

So, without wasting another second, let’s dive in.

What is Ecommerce Shipping and Why Businesses Should Care for It?

In simple words, ecommerce shipping is the entire process of getting the product from the warehouse to the customers’ doorstep. The idea of a well-optimized shipping process is to minimize the timeframe and get the product delivered to the end consumer as soon as possible.

In fact, a 2019 survey revealed that 64% of consumers believe that “fast shipping speed” is the most crucial factor in a positive shopping experience. In short, if you want to deliver a remarkable shopping experience, it would be crucial to focus on the shipping experience.

Another reason why ecommerce shipping has become a necessity – for even small-scale ecommerce businesses – is that everyone’s doing it. Amazon – the ecommerce giant leading the industry – has been offering same-day and one-day deliveries for many years.

Back in 2020, same-day deliveries were one of the biggest reasons why Amazon’s sales rose from 34 billion US dollars to 42 billion US dollars. This spike in sales has encouraged other ecommerce brands like Target and Costco to support same-day deliveries at their online stores.

But, it’s also worth understanding that faster product delivery is only one of the many factors of a well-optimized shipping experience. You also have to prioritize other factors like eliminating hidden shipping costs. As per Statista, 63% of online shoppers abandon their shopping carts due to unnecessary hidden shipping charges, especially when they are too high.

Understanding Different Shipping Methods and Their Real-World Applications

Now, even though one-day or same-day deliveries look extremely exciting, they aren’t always a possible scenario. Factors like customers’ location, your delivery partner, or product availability can restrict all ecommerce shops from offering same-day shipping for all their products. That’s when other shipping methods come into the picture. These methods include:

Overnight Shipping

Overnight shipping is the most lucrative shipping option for customers. In a world where the majority of ecommerce stores offer one-day or two-day shipping, overnight delivery will help you stand apart in the crowd. So, if possible, make sure to partner with ecommerce shipping companies that offer overnight shipping.

2-Day Shipping

Not as fast as same-day or one-day deliveries, 2-days shipping is still a reliable choice for many ecommerce brands. Another Statista report reveals that 40% of online shoppers are willing to wait for two days to get their products delivered. So, if the customer’s address is far from your warehouse, you can still win them by providing 2-day shipping.

5-7 Days Shipping

Of course, customers always prefer quick deliveries, but you can still retain shoppers by delivering products within 5-7 days. The same Statista report also reveals that some shoppers are willing to wait for a week to get the products delivered to their doorstep. However, anything longer than a week will most likely infuriate the customers, resulting in poor customer retention.

Overseas Product Deliveries

Yes, international deliveries are exceptional because multiple factors (like customs) come into the picture to transit the package from one country to another. In the case of international deliveries, shoppers are even willing to wait for more than two weeks for the desired product to reach their doorstep.

Eco-Friendly Shipping

That’s right! Eco-friendly shipping is a real deal and many ecommerce shipping carriers provide eco-friendly shipping options along with their packages. As the name implies, eco-friendly shipping is all about using recyclable packaging to keep the environment safe. Using eco-friendly shipping can act as a major USP for your brand as many shoppers prefer signing up with brands that care about the environment.

Different Types of Ecommerce Shipping Costs

Like the shipping method, the shipping costs are also a crucial factor that could make your shipping process user-centric. As we mentioned before, customers do not like hidden shipping charges.

That’s why it’s always necessary to be upfront about the entire shipping charges, even if they are a bit expensive. Now, when it comes to deciding the shipping rates, every ecommerce brand follows a different approach. Ideally, here are some of the ways you can calculate the shipping costs for different types of packages.

1. Flat-Rates

As the name implies, flat-rate shipping means the merchant charges a fixed shipping cost, regardless of the product type, address proximity to the warehouse, product weight, dimensions, etc. Some ecommerce businesses also charge multiple flat rates by dividing products (based on their weight and dimensions) into specific categories. Offering flat shipping rates is usually an ideal option for businesses that only provide services in a limited area (3-4 nearby cities).

2. Live Rates

Live or real-time shipping rates are the most common way for ecommerce businesses to calculate shipping costs. In this case, the shipping rates are calculated in real-time after analyzing different factors like distance proximity, product type, product weight, and dimensions.

The shipping rate is calculated by the shipping carrier (we’ll talk about it soon) that you have integrated into your online store. The reason why ecommerce businesses highly prefer live shipping rates is ‘transparency’. The shipping carrier calculates the shipping charges in real-time and the shoppers don’t have to pay unnecessary charges.

3. Free Shipping

Yes, there’s nothing customers love more than free shipping. But, unfortunately, providing free shipping is not ideal for every ecommerce business, especially when its sales are relatively low. Free shipping reduces the profit margins for the merchant itself.

Of course, you can increase the actual price of the product and make it inclusive of the shipping rates, but it’ll most likely infuriate the customers as they’ll eventually get a better deal at some other store. So, free shipping is only possible when your sales volume is enough that you can actually afford it.

When it comes to choosing the right shipping rate calculator, many ecommerce websites tend to combine all these three methods. This gives them the highest scope for customization and also provides customers with a personalized shopping experience.

5 Best Ecommerce Shipping APIs to Streamline the Shipping Process

Now that you know about different types of shipping methods and the best ways to calculate the shipping costs, let’s take a look at the most popular shipping APIs that’ll equip your store with a well-optimized shipping process. An API is basically an intermediate between two computer programs that established a medium of communication between both applications.

In terms of ecommerce shipping, the API will connect your website to the package carrier’s application and allow you to process all the orders more efficiently. Here’s what the ecommerce shipping architecture looks like.

These APIs are tailored by the most popular shipping carriers and offer an array of features to cater to different ecommerce requirements.

1. FedEx API

FedEx has always been the biggest name in the courier packaging and delivery industry. Based in the USA, FedEx has been running its operations since the early 70s. Today, the company also offers a REST API for ecommerce brands to integrate with their website and use FedEx as their delivery partner.

The API brings forth a wide range of functionality, giving merchants full control over the shipping process. By partnering with FedEx, merchants can create shipping labels, process multiple shipments in real-time, manage returns, and get detailed shipping analytics for better transparency.

One of the biggest advantages of FedEx API is available for free, which means you can get started with FedEx API integration without paying any cost upfront.

2. DHL API

DHL is another popular international courier service that operates in nearly 190 countries. The DHL API offers all the basic functionalities along with a few additional perks. It’s available as a REST API that supports both XML and JSON requests and uses HTTP (along with SSL) for complete authentication.

One of the key features of DHL API is its extensive documentation. While integrating the DHL API into their ecommerce ecosystem, developers can point to this documentation to avoid unexpected roadblocks and keep the entire process hassle-free. Again, DHL offers free API integration, allowing merchants to avail its package carrier services without paying anything upfront.

3. USPS

USPS is the most reliable postal service within the US. So, if you are going to operate within the United States, choosing USPS as your package carrier will be a suitable option. The company provides its API for free and any ecommerce brand can sign up for its postal services easily. However, as opposed to the modern-day ecommerce shipping APIs, USPS’ API is a bit complex to integrate.

Beginners are most likely to struggle with the integration process. Also, in terms of resources, USPS offers limited options. As far as its technicality is concerned, USPS is available as a REST API that uses OAuth 2.0 for authentication and authorization. And, like other ecommerce shipping services, even USPS uses HTTP GET and HTTP POST to retrieve and create data.

USPS API is only a reliable choice for ecommerce brands with a dedicated technical team that only operates within the United States.

4. UPS API

UPS (Universal Parcel Services) is one of the oldest and world’s largest courier companies. It started its operations in 1907 and over the years, the company has witnessed exponential growth. With such huge operations, it’s no surprise that UPS is also a leading name in the ecommerce shipping API providers.

The API uses XML and SOAP (Simple Object Access Protocol) to request and receive data from the server. It’s worth pointing out that UPS API is available in three different variants – Extensible Markup Language (XML), Simple Object Access Protocol (SOAP), and JavaScript Object Notation (JSON).

UPS API is easy-to-manage and offers a plethora of functionality to provide a seamless shipping experience to your end customers. The company has also started a dedicated Small Business Program that specifically caters to small-scale ecommerce businesses.

5. ShippoAPI

Shippo is a shipping carrier that specifically caters to the ecommerce market. The ShippoAPI offers extensive features such as creating shipping labels, retrieving shipping rates, and keeping a track of all the orders in one place. Since ShippoAPI is specifically designed for ecommerce websites, its functionality is inclined more towards usability.

With extensive documentation, developers always have access to all the details regarding the API integration. So, even if they encounter any issues with the ShippoAPI, they’ll be able to tackle them without any hassle. The only downside of ShippoAPI is that it comes with a price tag. The subscription plan starts from $10 per month and can go beyond $100 based on your specific business requirements.

Ecommerce Shipping Practices to Deliver the Best Shipping Experience

So, before bidding final adieu, we would like to share a few of the ecommerce shipping practices that have helped our team construct user-centric ecommerce solutions. All these practices specifically focus on the shipping process and following them will help you nurture long-term customer relations more effectively.

1. Avoid Hidden Shipping Charges

Once again no one likes hidden shipping charges and customers are less likely to shop from your store if you continue to surprise them with these hidden costs.

Instead, try to be upfront about all the shipping charges, even if they are a bit higher than the regular shipping costs. You can always share the reasons for these higher rates instead of displaying them at the final stages of the checkout process.

2. Always Show an Expected Delivery Time

At this stage, you already know that customers expect faster deliveries. But, even if it’s going to take several days to get the product delivered, it would be better to stay transparent right from the beginning.

As soon as the shoppers land on the product page, they should immediately know how many days it would take for the product to reach their doorstep. If anything, it’ll help you stay transparent and get shoppers to believe in your brand.

3. Let Shoppers Return/Exchange Products

We’re not living in 2001, which means restricting shoppers from returning/exchanging items will only backfire and make it challenging to retain customers.

Online shopping is still challenging as shoppers can’t always decide if they want a product (or not) simply by looking at its pictures. So, in case they don’t like it after the delivery, your ecommerce store must let them return or exchange the product.

4. Real-Time Product Tracking

This one goes without saying! Once your customers have placed their order, they should be able to track it in real-time to keep track of the entire transit. The good news is almost every ecommerce shipping carrier provides the real-time tracking feature along with their APIs, which means you won’t have to worry about product tracking, regardless of the service provider you choose.

Conclusion

Running an ecommerce business in 2022 is not a piece of cake, mainly due to the fiercely competitive nature of the market. Ecommerce shipping is one of the factors that can help both ecommerce startups and well-established marketplaces stand apart from the competition and make the entire shopping experience more enriching for the shoppers.

When it comes to optimizing ecommerce shipping, always start by choosing the right shipping carrier for your brand. The idea is to choose a service provider that caters to your specific business requirements. And, if you don’t have an in-house technical team, make sure to hire professional ecommerce website developers and let them integrate the ecommerce shipping API into your store.

The post A Complete Guide to Ecommerce Shipping – Best Practices and APIs to Build a Seamless Shipping Experience appeared first on RV Technologies.

Blockchain technology’s limitless potential in the gaming industry is luring millions of players and investors worldwide. Blockchain games facilitate more accessible, affordable, and trustless ownership of in-game goods by utilizing technologies like NFTs. However, the business is filled with difficulties and barriers despite the blockchain gaming sector’s strong growth trends and lucrative possibilities. Let’s explore the realm of blockchain gaming in more detail and learn about its primary motivators and difficulties.

What is Blockchain gaming?

The blockchain and gaming industries colliding have given the gaming sector new options. Blockchain gaming refers to games developed on blockchain frameworks or connected with blockchain technology to facilitate NFT development, trading, and ownership capabilities. Unlike conventional, highly centralized games, Blockchain games are decentralized, where the game designers control all resources and money.

Blockchain games want to give their players access to valuable in-game resources outside the games. To purchase in-game assets that can be converted into other in-game currencies and real-world money, blockchain games use cryptocurrencies and NFTs. As a result, players acquire full ownership of these assets the instant they earn an NFT prize, and they can trade and sell them inside and outside the games.

Gamers are rewarded using a Play-to-Earn model.

The ability to receive rewards while playing games is the main selling feature of blockchain games . In the past, gamers would spend hours playing games with no chance of making money, sometimes even paying to play.

Blockchain games have made it possible for players to earn money for their time, talent, and effort invested in playing the games. In blockchain-based games, players can earn incentives such as currencies, weapons, avatars, skins, and other items and receive complete ownership of these possessions.

Beyond the scope of games, these assets are valuable, and gamers can get paid for their gaming prowess. As a result, such games have already become a reliable source of revenue for some gamers.

Gaming NFT Generation Capabilities

Millions of gamers have been drawn to blockchain games due to the potential for earning NFTs and cryptocurrencies. In addition, these NFTs can represent digital and physical assets because they are not limited to video games. NFTs, therefore, have a variety of use cases and practical applications that appeal to gamers.

Gamers can acquire NFTs through blockchain technology, trade them with other players, or even transfer them to other games that support them. The generating powers of NFT and crypto can give rise to game economies. Many game creators and platforms decide to enter the blockchain gaming market due to their distinctiveness, trustless environment, interoperability, and security.

Increasing Number of Blockchain Gaming Platforms

As blockchain technology continues to revolutionize the gaming industry, more game developers and studios are collaborating with crypto gaming platforms and blockchain platforms. Global blockchain gaming systems have been valued at billions of dollars. The world’s largest gaming businesses are investing in blockchain gaming systems. Microsoft purchased Activision for $68 billion, and Ubisoft has joined the blockchain environment with the introduction of NFT. Popular blockchain-based platforms are attempting to transform the gaming business even in India. Additionally, the accessibility of blockchain-based games via smartphones and the internet encourages many consumers to play them.

Substantial Obstacles to Blockchain Gaming

Blockchain games are becoming famous worldwide, but several obstacles hamper their development. The most important is the general ignorance of blockchain and NFT technologies.

Despite having heard of these technologies, individuals still dismiss them as simple buzzwords and do not adequately see the advanced advantages of blockchain-based gaming.

In addition, the regulatory environment governing cryptocurrencies and NFTs have deterred many users and game developers from investigating blockchain-based entertainment. Despite widespread smartphones and the deep internet, many underdeveloped and developing countries still have inadequate data access infrastructure.

The fact that these games only support a limited number of languages is another significant barrier for players across the nation. As a result, both in India and internationally, the blockchain is still nascent.

How can Blockchain Gaming help?

The game industry has the following traits:

The gaming sector has its dynamics and specific platform characteristics. Due to these factors, it is a fast-expanding sector of the world wide technology industry. Additionally, they create a perfect environment for disturbance! Further, stakeholders have special responsibilities. These are listed below:

• Popular games require money to be played. While some of these games allow for the accumulation of digital wealth, most players find this excessively time-consuming. The majority of players use their real money to purchase in-game items.

• Game entrepreneurs and developers need a safe and secure environment to create, publish, and ultimately monetize games.

• Players require secure systems for buying and selling in-game currency since they must do so securely.

• Players can establish their profiles in a variety of games. Another area where technology can help make the profiles compatible with different games.

• We shall observe an increase in the amount of actual money spent on virtual games as this trend of consumers placing value on intangible goods continues. A sector is primed for technological disruption when it enters this stage.

• Another area where technology might help is with fraudulent transactions, which are common in online gaming systems.

Blockchain in gaming allows for interoperable player profiles.

The public address is available to cryptocurrency traders and investors, who can use it to conduct transactions on various blockchain networks. Your players can transfer their specific public addresses from one game to the next if you build your games on the blockchain. They can make cryptocurrency transactions from the same public address in all of those other games.

Blockchain gaming allows for value projection on intangible assets.

If you create a blockchain-based game that players find engaging, they won’t be afraid to assign an actual value to immaterial digital collectibles. The secret is a game that’s fun to play. Create a genuinely entertaining game, and players will be able to spend to the blockchain’s instantaneous disintermediated bitcoin transactions.

Blockchain gaming enables players to own their in-game assets authentically.

A benefit of blockchain in gaming is that players own their assets, in contrast to the existing situation where you genuinely don’t own your in-game purchases. The distinction is that a blockchain-based game will use smart contracts to control internal game transactions.

When the requirements programmed into smart contracts are met, they are automatically performed, and the outcome is irrevocable. When you launch a blockchain-based game, all in-game items your players purchased with smart contracts are transferred to their public addresses.

Additionally, full transparency is possible with smart contracts, and all participants may see the rules. Results of the execution of smart contracts are stored on a decentralized blockchain, where they are immutable records. Nobody can alter the ownership of the in-game assets since no centralized agent can change the public address where the assets are kept.

Blockchain enables players to have greater control over their favorite games.

If you are a game creator or entrepreneur, you will probably use a DApp to introduce your blockchain-based game to the public.

DApps differ from regular apps in several ways, including the following:

• Any language may be used for the front-end code, but the back-end code of a DApp must be smart contracts.

• A DApp must function on a decentralized blockchain.

• No single entity can possess a majority of the crypto tokens used by a DApp, which must be created using a standard cryptographic process.

• It must adhere to cryptographic best practices and keep its data in a decentralized blockchain.

• Open-source code must be used.

• The user community must agree to change a DApp, which is the most crucial requirement.

• Your blockchain DApp game cannot be changed or shut down without the consent of the player base.

Thanks to these points, players now have far better control over the game’s development. As a result, they won’t have to suffer any more heartache over their favorite game’s untimely closure!

The drawbacks that demand our focus!

However, blockchain has presented new difficulties for a variety of organizations.

What restrictions are those?

– There is conflict in the market.

The gaming market is competitive, and new platforms and games are released frequently. It might be difficult for blockchain-based games to compete with traditional games.

– The question of regulation

Some cryptocurrencies, such as MANA, Theta, and others, face compliance difficulties because regulators are still determining how they operate and whether they can be applied to blockchain gaming.

– Systematically complex

The gameplay in crypto games tends to be more challenging than the plot. The initial step for a gamer is to create a user account easily. But after that, the actual difficulty begins. These crypto wallets vary depending on the blockchain game. Therefore, purchasing a specific cryptocurrency to work with the game’s blockchain is a difficult task.

Wrapping Up

Blockchain gaming is a relatively new idea that occasionally is surrounded by ambiguity, doubt, and confusion. However, as more and more game companies enter the blockchain gaming market in the years to come, misconceptions about blockchain technology can be dispelled, and widespread awareness can be generated.

New online gaming platforms and shifting consumer expectations are also expected to break down obstacles and propel the blockchain gaming sector forward. Gaming platforms can overcome the various obstacles and develop gaming ecosystems and economies in the future by allowing players to own in-game assets, generate rewards and money, and engage in social interactions.

Shortlist your game development companies and connect with experts today!

FAQ

Is blockchain beneficial to the gaming sector?

The gaming business can significantly benefit from blockchain technology. Cryptographic games have the potential to be utilized to secure the data in already employed procedures, such as entering the names of bettors or the names of the winners and losers of games into an immutable ledger. As an alternative, it can be utilized to develop decentralized gaming platforms inaccessible to any company.

How is blockchain game development done?

Let’s examine the methods used in the creation of blockchain games.

Examine and comprehend the blockchain’s technical foundation and ensure you are always familiar with modern blockchain security. Additionally, educate yourself about blockchain integration, applications, and advantages.

– Recognize various databases and data structures

A blockchain developer must structure the blockchain network to meet demand and requirements. From this point on, they must be familiar with and comprehend the numerous categories of optimal data structures and databases for the target network.

– Understand the development of smart contracts

The blockchain developer needs to be familiar with the many smart contracts and how to create them.

– Recognize Decentralization and Blockchain Applications

The dApps can be created on several blockchain platforms utilizing various protocols and practices. Decentralization must therefore be acknowledged and understood by a blockchain game creator.

– Information of cryptography

The foundational components of blockchain operations are cryptography and a digital ledger. Therefore, the developer should know the foundations of cryptography, all relevant algorithms, and which algorithms are most effective for different kinds of blockchain networks.

– Computer coding

Computer programming is essential for creating any sophisticated and successful app, including dApps, which are decentralized applications.

If you are looking for blockchain game developers, contact us for more information.

What exactly is crypto gaming?

The centralization of traditional games prevents all items and experiences (XP) earned from playing from being used in other games. Blockchain technology, which is used in cryptocurrency gaming, alters this. The use of awards and products by players across various cryptocurrency gaming projects is now possible.

Players can also make money through crypto gaming. Players can engage in what is known as a “play-to-earn model” in several different ways. Take Axie Infinity as an example. Axies are characters that players may purchase, level up, and then sell for more money. Additionally, players can engage in combat with their Axies to gain SLP and AXS, two cryptocurrency gaming tokens based on Ethereum.

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