10 Best React UI Frameworks & Component Libraries to consider for Faster Web App Development!

React.js, popularly known as React, is an open-source JavaScript library that facilitates the creation of user-centric web apps with an unmatched user interface. React is a preferred choice for web app development owing to advantages like code reusability, effortless scripting, SEO-friendliness, easy learning curve, cost-efficiency, and high speed due to the usage of a virtual DOM.

For developing React web apps faster and more conveniently, developers and designers leverage the components offered by React frameworks and component libraries. React components are independent bits of code that are reusable. These components play a crucial role in improving the speed, efficiency, and productivity of web app development projects.

This post enlists the best React libraries and React frameworks of 2022 that ensure faster web app development.

Significant React UI Frameworks & React Component Libraries

1. React Bootstrap

This React UI framework is one of the best options for a front-end web development. React-Bootstrap has replaced JavaScript-Bootstrap. Here, the native Bootstrap components are offered as pure React components. The creators of this library have not made use of JavaScript-based sources and plugins from the CDN. Instead, all the components have been re-built in React without using unnecessary dependencies like iQuery.

This library offers a wide variety of components that optimize accessibility. Using React Bootstrap, projects can be designed on the back end and prototyped on the front end. Hence, it is immensely useful in web development projects where teams are working on various aspects of an app. Moreover, it has well-created documentation along with code samples and enjoys 19.8k GitHub stars.

2. Semantic UI React

This is an open-source React CSS framework with 12.4 k GitHub stars comprising wholly featured React UI libraries. Semantic UI React is the official React integration into the originally existing Semantic UI framework. This version of the Semantic UI is jQuery-free; the jQuery features have been re-implemented using React.

Semantic UI React offers a plethora of pre-built components that help React developers create semantically friendly codes. Its declarative API facilitates building robust features and validating props. Thanks to its powerful augmentation, props and component features can be built without having to include additional nested components. This leads to the creation of unique component features. Besides, there are Shorthand props that help in generating markups. The sub-components available, help in accessing and editing markups; this provides flexibility while customizing components. The functionality, auto-controlled state, plays a crucial role in extending the concept of React’s controlled and uncontrolled components. Here, the components self-manage themselves without the need for wiring. This makes it easier for developers to manage props with the help of React UI libraries.
3. Ant Design

Ant Design is one of the most suitable React UI frameworks that facilitates the development of enterprise-grade web apps. It’s written in TypeScript and contains predictable static types. This library offers quality components and demos for designing high-end and interactive user interfaces. One of its unique features includes internationalization support for numerous languages. This popular library boasts 70k GitHub stars and has been utilized by renowned brands like Tencent, Baidu, and Alibaba.

Ant Design comes with several amazing components including dropdown menus, grids, icons, buttons, breadcrumb, and pagination. Moreover, you will be able to customize the components as per your design specification requirements.

4. MUI (Previously known as Material UI)

This is one of the most sought-after open-sourced React frameworks that contributes a great deal to enhance the speed of the web development process. MUI, architected in JavaScript (63.9%) and TypeScript (36.1%), is not merely a component library; it offers a whole design system. It comes with a host of foundational as well as advanced pre-built components and templates for navigation, forms, layouts, data display, and many more. Moreover, each component fulfills the present accessibility standards and can be customized as per the user’s requirement. Therefore, users need not waste time reinventing the wheel. Furthermore, it offers cross-browser compatibility; it can be used along with other frameworks like Angular & Vue.js for building that perfect web solution.

MUI provides multiple top-grade components for free usage. However, some components like the Date Range Picker and Data Grid, have been locked for free users. Those features can be accessed by MUI X Pro package users and offer advanced components and themes that allow you to create high-end digital experiences.

This powerful framework is maintained by a huge and vibrant community comprising indispensable contributors. There exists a comprehensive documentation and hence, developers enjoy an easy learning curve.

MUI boasts of 69.2k GitHub stars and 22.7k forks. It has been utilized for 745,000 + projects.

5. Chakra UI

This component library is simple and accessible; it offers the fundamental building blocks required for React app development. It comes with themes, 49 components like icons, inputs, tooltips, accordions, etc., and some handy custom hooks. It also offers various colors that can be used to change the brightness & darkness level as per the UI. These components adhere to the WAI-ARIA standards, are highly reusable, and can be easily customized. The modularity of the components enables developers to create efficient and clean codes. Chakra UI also has a dynamic community that extends a helping hand in case of any blocking issue.

6. Fluent UI

Fluent UI contains a collection of UX frameworks that helps in crafting alluring cross-platform web applications that share the design, code, and interaction behavior.

This open-source Microsoft-developed design system offers designers as well as developers outstanding web components utilities, and React components needed for creating an engaging UX. Fluent UI offers extensible JavaScript solutions for component state, accessibility, and styling. It has a simple API based on natural language and loads of robust features including internationalization and performance. The pre-built components offered by this library can be employed for designing major chunks of the web app.

It has 12K GitHub stars and comprehensive documentation. It has been employed for Microsoft sites like One Note, Office 365, DevOps, Azure, etc.

7. Grommet

This React framework, created by HPE, offers a neat package of over sixty components that provide modularity, accessibility, responsiveness, and theming capabilities. Additionally, you get Figma, AdobeXd files, Sketch, and over 600 SVG icons.

This lightweight tool offers color controls, layouts, templates, input visualization, etc. It enables one to create bold and captivating website designs that are unique. Grommet facilitates the development of mobile-friendly apps. Grommet enjoys 7.4K stars on GitHub and has been leveraged by several biggies including IBM, Uber, Netflix, Boeing, and Samsung.

8. Blueprint UI

This React component framework is a handy tool for developing complex and data-intensive UIs of web apps and desktops. It offers 40+ new-era components for building desktop apps. Blueprint UI is built using TypeScript, JavaScript, SCSS, and unspecified code. You can access the light and dark themes as per your need. The components include Table packages, Datetime icons, etc. With this library, you can customize color themes, classes, and typography, to tailor a personalized design. This library is the most suitable pick for architecting a data-dense desktop app employing pre-built components. The library has in-depth documentation as well.

9. Shards React

This open-source new-age React framework offers numerous options to web development teams for building web portals, precise dashboards, and mobile apps that cater to diverse industrial domains. Shards provide a wide range of components including custom React components like toggle inputs and sliders. Its basic library is free; the paid version (pro kit) offers extra components, blocks, and templates. Also, the pro version offers 15 pre-built pages that help one to get started.

This component library uses React Popper (positioning engine), React Datepicker, noUISlider; and supports Fontawesome and Material icons. The SCSS is employed for styling, elevating the developer experience.

Shards offers web development professionals the ideal blend of customization options. Moreover, it allows one to download source files so that modifications can be made at the code level as well. Shards functions speedily as well as efficiently on various platforms because of its optimized code.

10. React 360

Today, augmented reality and virtual reality are some of the most disruptive technologies that are leveraged by several industry verticals, particularly the eCommerce sector. Usually, a combination of AI and VR is employed to provide consumers with a virtual reality experience for trying out a product. This trend is gaining traction in other industries as well.

Have you ever imagined that such an AR/VR experience can be created with React? With the introduction of React 360, you can integrate AI and VR experiences in React apps as well. Using this library, React developers can create VR and 3D user interfaces that function across mobile/web apps, desktops, and VR devices. And, the best part is developers can create such immersive user experiences using standard React components and tools. React 360 allows you to build 2D interfaces embedded within 3D spaces and handle immersive experiences in a better way. The architecture of this library is meant to optimize the app’s performance as it reduces garbage collection and improves the frame rate.

Bottomline:

The aforementioned React frameworks and component libraries are the fastest-evolving libraries of modern times. These useful tools will enhance the productivity and convenience quotient of your React app development project. However, if you are a start-up developing an enterprise-level application, I would recommend you seek technical assistance from an experienced React Native app development company.

How to integrate Stripe Payment Into a React Native Application?

One of the vital segments of React Native development is the payment integration process and this blog is all about Stripe integration into a React Native app.

Making online payments through the web or mobile apps is a common practice today. As a result, millions of apps have the payment processing feature embedded in them. Various payment gateways like PayPal, Braintree, Stripe, Expo, RazorPay, AWS Amplify, etc. are used for this purpose. Out of these, Stripe is one of the most widely used and fastest-growing gateways. Stripe Payment Services is also being extensively used in a diverse range of React Native apps and is a preferred choice of several React Native Service providers around the world.

This post provides insights on what Stripe is, its working mechanism, and the step-by-step methodology to integrate it into the React Native applications.

What Is Stripe?

Stripe is a popular payment gateway or a payment processing platform founded in 2010. It is used by individuals or businesses whether small or large, for accepting payments via credit and debit cards, recurring payments used for subscriptions, sending payouts, and also processing automated clearing house (ACH) transactions. It also serves as a third-party payment processor and supports various payment methods such as Google Pay, Apple Pay, Masterpass by Mastercard, Wechat Pay, Microsoft Pay, etc.

Stripe can be effortlessly integrated due to the availability of easy-to-use APIs. Also, it provides the facility of banking, prevention from frauds, technical infrastructure, etc. that is needed for operating the on line payment systems. A large number of eCommerce solutions are using Stripe. Currently, Stripe powers the payment processing for some of the well-known global brands including Lyft, Pinterest, Blue Apron, Under Armour, etc.

Working Mechanism Of Stripe In React Native Apps

Below pictorial representation shows how Stripe works in React Native apps

• A payment is initiated in the front end of a React Native app. Details like card number, expiry date, CVV, etc. are sent to Stripe.
• In case of valid details, a token is sent by the Stripe server to the app.
• After the app receives this token, the payment information along with token information has to be sent to the app’s backend server. The backend server will communicate with the server of Stripe along with the token and payment details.
• After successful completion of payment, Stripe sends the transaction response to the backend server.
• Thereafter, the backend server sends the payment success response to the app.

Stripe And React Native Development

React Native app developers can implement Stripe in a React Native app’s frontend in the following ways as mentioned below:

• Integrating the Stripe SDK for Android or iOS
• Using a 3rd party library like Tipsi-stripe

Both of these methods have their share of pros and cons. The Tipsi-stripe library can be easily implemented and works smoothly. But as of now, Stripe has not ‘publicly’ approved the React Native library from Tipsi. But Stripe’s SDK’s is considered a smarter choice when one is looking for maximum compliance in a production environment.

How To Implement Stripe?

Note: Here we have considered the Tipsi-stripe library for integration of Stripe. Also, version 0.60 of React Native was used. Also, we considered a Firebase server for the backend part.

Step 1: Creation Of Stripe Developer Account And Getting The API Keys

For creating the account, visit Stripe.com. Note that the services provided by Stripe are limited to certain countries. After account creation and registration, you will land in the Stripe Dashboard. Then go to Developer Tab > API keys for accessing the keys. Ensure that for viewing the ‘Test Data,’ you switch ON the toggle. All the development tasks must be carried out using ‘Test Data’.

The ‘Publishable key’ is used to connect the React Native app with the Stripe Native SDK or Tipsi-stripe library. This key is used for generating a token. The ‘Secret key’ is used in the backend for the actual payment processing, where your server makes a connection with the Stripe server using this secret key. After testing the process, you may toggle to ‘Live keys.’

Step 2: Development Of A React Native App For Integrating Stripe

For developing a basic app, ensure that you are equipped with all the pre-requisites pertaining to the React Native framework’s official documentation. Now create a blank app and run it in a simulator or device. The default start screen will appear on the simulator or device. Here, you may use the user interface of the Tipsi-stripe library because it supports all kinds of payment options viz. Google Pay, Apple Pay, etc.

Step 3: Integration Of The Tipsi-Stripe Library For The Generation Of Token

Install Tipsi-stripe package for integrating Stripe functionality into your React Native app. Now, set up your “Podfile” for the integration of appropriate pods in iOS apps, and then run “pod install”. Then set up the “Xcode” project and link the Tipsi-stripe package against your Xcode project. This will install all dependencies related to CocoaPods. Import the library in your app for the generation of the token. Now initialize it with the Stripe credentials which you will get from Stripe Dashboard. The Publishable key is used for generating tokens only. Now replace the Publishable key with your own key.

To generate the token, the ‘paymentRequestWithCardForm’ method can be used from the library. This method will open the card details Stripe form. The user will receive a token from Stripe after entering the card details in the above form.

Step 4: Creation Of Firebase Function Or Any Other Backend Server

For completing the payment, React Native developers can create a Firebase cloud function (or any other backend server) and execute it using REST calls from your app. This function will interact with the Stripe server and successfully complete the payment. The sub-steps involved in this process are as follows:

• Create a Firebase project and cloud functions.
• In the appinstall Firebase tools.
• Connect your React Native development environment to the Firebase console.
• Developing a Firebase function for making payment requests. This function accepts the request object from the app, then sends the request of payment to the Stripe server and returns the response from Stripe to the application.
• Testing the Firebase Function internally using firebase serve, as external API calls are allowed by Firebase only for paid accounts.
• Deploying Firebase Function to live server.

Step 5: Connecting The App With The Deployed Live Firebase Server And Completing The Payment

The final step involves making an HTTP call to the Firebase function and completing the payment request using the generated token. This is how payment processing takes place in the React Native apps using the Stripe gateway.

Concluding Lines

In this blog, we gained insights on the two important sections in Stripe payment processing- the frontend for the tokenization process and the backend for the payment requesting and completion. The Tipsi-stripe package is used for the frontend part and any server can be used for the backend part. We have gone through the significant steps involved in this process which will be very helpful for React Native development teams that aim at designing top-notch apps with a sleek payment processing feature.

If you too would like to integrate a popular payment gateway into a React Native app and lack technical expertise, seek professional assistance from Biz4Solutions, a competent React Native app development company in USA.

 

Comprehensive guidance on eCommerce App Development For the Retail Sector

eCommerce apps have become an integral part of our lives these days. And, in this era of smartphones, the most recent trend is mCommerce – online purchases via mobile apps.

Take a look at the statistics provided below to understand the importance of eCommerce applications.

The online portal wpforms says that: “93.5% of the internet users across the globe have made online purchases.”

The renowned online research portal “BusinessofApps” stated that: “In the US, mobile eCommerce sales accounted for 7.3% of the total sales in the retail sector, the total eCommerce sales being 53%.”

As per research conducted by “Similarweb” based on the e-commerce data collected from the top hundred websites of the US, in the year 2022 there were 14.6 billion visits including 131.9 unique visitors on ecommerce sites.

As the concept of online marketplaces gains traction, eCommerce mobile app development is in full swing. Even small businesses are considering building eCommerce apps for expanding their customer base.

This post throws light on all the crucial aspects that you need to know for eCommerce app development.

Let’s have a look at the eCommerce App Architecture sketch:

eCommerce App Development: Key Steps

Business Strategy

Conduct extensive research to know the requirements of your target audience. Analyze competitors to get an idea about the most popular eCommerce app features and the commonest mistakes to avoid. Identify some unique setting points that will make your app stand out. Also, consider the project expenses and your budget.

Platform Selection

Pick a scalable app development framework, CMS, and database. Decide whether you will build a native app for Android or iOS or would like to build an app that caters to both of these platforms. It is important to select suitable technology stacks for back-end; front-end; platform, libraries, & interfaces for development; and supportive technologies for performance and security practices.

Feature Set

Select the feature set as per your budget and the requirements of your target audience. The popular features for eCommerce apps include user profiles, authorization, home screen, smart search with filtering/sorting, product lists, product screens with images & description, shopping cart, wish list, instant checkout, barcode scanner, payment gateways, order tracking, push notifications, consumers support, and consumer ratings and reviews.

UI/UX Designing

Create a captivating UI/UX design with attractive visuals, apt color schemes, and smooth transitions.

App Development

Now it’s time to convert your app idea and wireframes into an actual app by doing the development and consider the necessary integrations like payment gateways, app builders, etc.

API Integration

API integrations are necessary for promoting data exchange between different frameworks and implementing certain necessary app features. For example, eCommerce apps need APIs for integrating payment gateways, shipping prerequisites, marketing automation, and consumer data analysis.

Maintenance

Maintenance and support services post-deployment is necessary to resolve bugs and roll out periodic updates to stay relevant and accommodate customer needs.

Important Tip for successful app development: It’s a good idea to partner with an experienced eCommerce app development company in USA that offers end-to-end services right from app ideation to deployment and maintenance post-deployment.

eCommerce App Development: Crucial Aspects to Consider

User-friendliness

Ease of usage and user-friendliness are important aspects to consider while eCommerce app development. Create a user interface that is intuitive and easily understandable. Users must be able to effortlessly navigate to product categories and your home screen should display popular products and lucrative deals. A considerable amount of text and animations should be avoided as this can add to the app’s complexity.

Simple registration and checkout process are key factors that minimize the chances of cart abandonment. This is because, time-consuming and complex login or checkout processes will repel customers away from your app. Also, offer facilities like logging in via social media, shopping as a guest, etc. Enable users to save some of their details for future purchases so that they do not have to re-enter the same information next time. Also, your “add to cart” button should be prominent enough to be easily noticed by online shoppers.

Clarity of images

Several consumers may be reluctant to make expensive online purchases without testing the product properly. To mitigate this challenge, retailers these days provide visual clarity of product images. It’s a good practice to post several pictures of the same product clicked from various angles so that consumers get a clear idea about the product before making a purchase decision. The image resolution must be high and users should be able to zoom the images for better clarity. Some retail brands offer videos displaying their product.

Speed, Responsiveness, and Stability

New-age consumers are impatient and easily frustrated if an app is slow. Hence, your app must load speedily and allow users quick navigation while browsing through product categories. Moreover, the app must be responsive across all kinds of device screens. For this reason, it is necessary to conduct usability testing on all kinds of device screens while eCommerce app development.

You need to make sure that your app is stable, consistent, well balanced, and has minimal incidents of app crashes and other related issues. Or else, your eCommerce app will poorly perform and may be abandoned by users. To ensure stability with regard to app performance, it’s important to develop your app in iterations and conduct extensive QA testing. Do not forget to collect user feedback, resolve issues at the earliest, and roll out periodic updates to stay relevant.

Pay Attention to Scalability

Scalability is an important consideration for an eCommerce application as the app needs to adapt to greater load when the user base grows. Therefore, one must plan the app’s architecture in such a manner that the app is equipped to process increased user requests per second during high load times. Scalability aspects need to be planned at the eCommerce app development stage itself. Several eCommerce apps have pre-set scalability limits for certain proportions of user load to avoid a frozen application at the later stages.

Secure your App’s Data

Users need to furnish personally identifiable information like names, addresses, contact numbers, credit card numbers, CVV codes, etc. for registering into your app and using online payment modes. Why would users trust your app with their confidential information if you don’t ensure data security? So, you must necessarily adopt security measures during eCommerce app development to protect the privacy of users’ personal and financial data.

It’s advisable to restrict user access to all app data by pre-defining access rules, encrypting data in transit as well as storage, and using a private cloud network for storing user data. Also, have an alarm system in place so that you are notified as soon as there are any data threats and can take timely actions to prevent unauthorized access.   

Trending Technologies for eCommerce App Development

Some may argue that online purchasing lacks visibility, clarity, and transparency as compared to offline purchases. However, emerging technologies have helped to bridge this gap as well. Modern-day eCommerce apps are utilizing technologies to offer online shoppers in-store experiences. Check out how technologies are elevating consumer experiences to the next level.

Augmented Reality (AR) & Virtual Reality (VR)

Certain eCommerce marketplaces are utilizing Augmented Reality (AR) and Virtual Reality (VR) to showcase their products to online buyers. AR superimposes digital elements while VR creates an artificial simulated environment for offering an immersive experience to consumers. This way, online shoppers can enjoy a virtual in-store experience. Customers gain clearer visual insights into the product and can make better purchase decisions.

This novel concept has been successfully implemented by some retail brands. Take a quick look at the use cases.

The IKEA catalog app offers virtual rooms displaying furniture.  Users can also virtually place the desired pieces of furniture in their rooms and get an idea about what the product will look like there. The Taobao App by Alibaba offers 3D product displays. The cosmetic brand Sephora has included the “virtual artist” feature within their app so that their consumers can test the products through the app by using photos or even in live mode. Sephora’s makeup items and hairstyles are applied over a digital overlay of the app users’ faces. The Patron app offers customers a friendly bartender and a virtual tour to explore the distillery to the fullest.

Chatbots

Integrating chatbots into eCommerce apps is a great idea to stay connected with your customers and provide them round-the-clock assistance. Chatbots automate customer services and are equipped to interact with customers via online messaging, calling, etc. just like a sales assistant. This way, customers’ queries, and concerns can be addressed at once, at any hour, without having to hire additional customer assistance staff.

Chatbots can also gather data on eCommerce app visitors and process this data to offer them personalized purchase suggestions. This strategy works wonders in promoting customer satisfaction and loyalty. The other offerings of chatbots include notifying consumers when a specific item is out of stock, suggesting an alternative product, providing information on the expected delivery dates of products, reminding users about their abandoned shopping carts, obtaining consumer feedback, and so on.

Spotify, PizzaHut, Lyft, and eBay have leveraged the potential of chatbots to their advantage. For example, eBay’s ShopBot guides consumers to find the desired product, asks them questions to identify their exact requirements, and recommends products based on their preferences. The chatbot of the H&M app questions consumers on their choices and suggests products accordingly.

Voice Assistants

Today, consumers prefer quick, intuitive, and convenient browsing, and what can be a better tool than a voice assistant. Voice assistants make things easy for customers as they search for the desired products. Customers have a satisfying experience as they receive real-time responses and personalized attention, and most importantly can save on their precious time.

Big Data Algorithms

Big data has become a valuable component for retail brands to offer personalized purchase suggestions to their consumers. This is how it works! Retailers track users’ actions and their interactions with the eCommerce application.  Thereafter, Big data algorithms are used to analyze consumers’ details like demographics, age, etc., and their behavior to predict the products they are most likely to purchase in the future. That’s how Amazon can recommend relevant products to consumers. Data-driven insights help businesses to devise profitable marketing strategies and implement the necessary modifications to fit into consumer needs.

Geofencing

The geofencing approach is used in eCommerce mobile apps to promote products based on the users’ current location. Here’s how this strategy works. Technologies like GPS, RFID, Wi-Fi, and Beacons are used to track the customers’ location every minute. If a user searches for a product and is within close vicinity of your store, an automatic notification is sent to the user stating the availability of the item in your store. In this manner, eCommerce businesses can utilize the perfect timing and the consumer’s location to convert a user’s buying intent into an instant purchase decision.

Concluding Thoughts:

Today, retail businesses that intend to expand customer outreach, serve customers 24X7, provide an unparalleled experience to consumers, and boost sales, must possess an eCommerce mobile application to support their website. The aforesaid tips and best practices will help you to develop a best-selling eCommerce application for your business.

The Roadmap to Healthcare App Development in 2022: A Step-by-step Guide!

The popularity of healthcare apps has sky-rocketed ever since the Covid19 pandemic has rocked the world. Even today, as the situation is improving, and people are getting back to their normal lives; the popularity of healthcare apps is on the rise. It seems that patients, doctors, and healthcare service providers around the globe have got accustomed to the convenience of healthcare digitalization. Undoubtedly, this trend is here to stay!

Consequently, the healthcare app development sector is booming and has become a lucrative arena for businesses to invest in. However, developing an impeccable healthcare app involves tons of complexities, unique requirements, and challenges. It also requires experience, innovation, and expertise. In this post, I have penned down a step-by-step guide that provides insights about the entire roadmap to follow while designing a healthcare application.

Healthcare App Development Checklist 

Define Your App’s Value Proposition

Select a niche of the healthcare industry your app will cater to and thereafter, identify the target audience of that niche. Now, you must research extensively to comprehend the basic requirements of your targeted customers and learn about the unique pain areas that your app can resolve. You can also conduct interviews and surveys to get into the core of the problems that existing apps could not solve and learn what customers actually want from healthcare apps. If you gain a thorough understanding of the aforesaid aspects, you will be able to build an app that is really useful, valuable, and beneficial to your potential consumers.

You must also carry out competitor analysis research. This way, you can find out the grave mistakes made by your competitors and the reasons why healthcare apps fail. You’ll also come to know about the must-have features that all medical apps offer, additional app features that are popular with consumers, and also the functionalities that no one else has offered before. Make sure to include the basic features and extra features preferred by customers. Brainstorm to figure out some novel functionality that will make your app unique, noticeable, and help you to stand out amongst competitors.

Decide on the Business Model

Partnership

The resources and partners needed for healthcare application development depend on the business model adopted – D2C or B2B2C. If you opt for a D2C (Direct-to-Customer) model, your app will directly deliver services to consumers. This business model may or may not need to team up with a technology partner. But, if you are not partnering with healthcare development services, you need to outsource technology expertise via extended engineering teams. For a B2B2C (Business to Business-to-Customer) healthcare app, it is advisable to partner with an experienced healthcare app development company that will provide end-to-end services.

Engagement Channels

Digital healthcare services can be delivered to users via multiple engagement channels like mobile apps, custom healthcare software, web portals, etc. So, you need to decide on the engagement channel that will best suit your healthcare app development objectives.

Professional Services

You need to obtain professional services from third parties for your healthcare mobile app depending on the type of functionalities and services your app offers. Usually, healthcare apps need services from practitioners, caregivers, testing/imaging labs, emergency medical services, and so on. For example, a telemedicine app needs remote doctor consultation services while an app that measures health vitals like heart rate, blood glucose levels, blood pressure, etc. needs a secure cloud storage service from an external provider.

Healthcare App development Resources

Now, you need to decide on the resources – in-house team, freelance developers, or offshore teams. So far, outsourcing software development to offshore teams has been the most profitable and productive approach.

Crucial Healthcare App Development Considerations

Unmatched UI/UX Design:

A UI that is not user-friendly and a cumbersome UX frustrates users leading to the discontinuation of your app usage, no matter how outstanding it is. The reason is that users have the flexibility to choose from several other apps offering similar features. Contrarily, a simple design will enable users to effortlessly navigate through your app. It will help users find the desired functionality at once thereby enhancing user experience. New-age users look for an intuitive interface and seamless user experience in a healthcare app and employing gamification to sustain user interest is icing on the cake. To create such a UI/UX design, both front-end and back-end healthcare app developers must work collectively with proper co-ordination. Furthermore, make your app design responsive and conduct testing on how your app will look on different device screens. Lastly, your app should be visually attractive with pleasing aesthetics.

Platform Selection

Selecting the platform for your healthcare app development project is an important and tricky task to accomplish – native Android, iOS, or a cross-platform app? The choice of platform is dependent on factors like app functionalities, the timeline of the project, the preferences of targeted audiences, and the budget allocated for the project.

iOS devices are more popular amongst users located in North America and Western Europe whereas Android devices are popular in other regions of the globe. Building apps that cater to both Android and iOS is also a good option as it helps you to reach out to a wider range of audiences.

Emerging Technology Stacks and Ongoing Market trends

Innovations driven by emerging technologies are frequenting the healthcare industry landscape. This has resulted in high customer expectations from a medical app; they are not ready to settle down for anything less. Therefore, healthcare app developers must be aware of the most recent mHealth app development market trends, the cutting-edge technologies required to implement those trends, and the best practices for integrating them. The most trending technologies in healthcare include IoT, Machine Learning, Artificial Intelligence, Blockchain, 5G, virtual reality, integrated payment gateways, big data & analytics, etc.

Regulatory Compliances

It is very important for a healthcare app to adhere to regulatory compliances as it handles sensitive patient information that is vulnerable to security threats. The US has mandated HIPAA compliance for all medical solutions while Europe enforces GDPR. Let’s take a look at crucial aspects concerning HIPAA compliance.

The main objective of HIPAA is to ensure the security of patients’ personal information, clinical research data, and other important information of a healthcare entity. Implementing HIPAA regulations revolve around limiting medical data access, encrypting data using standard methodologies, and creating a data backup mechanism.

For example, access to a patient’s personal information and medical/diagnostic data can be provided only to users in specific roles like the physicians, specialists, or medical staff handling that particular patient. Healthcare app developers need to employ reliable protocols for data encryption and multi-factor authentication to secure sensitive information. Also, the IT department of a healthcare organization must maintain multiple copies of collected healthcare data on different servers, so that data can be easily restored in events of data crashes, errors, or system failures. And, in case of any alert received, it must be addressed without delay.

Choose a Suitable App Monetization Strategy

If you are of the opinion that charging for healthcare app downloads is the easiest and best revenue model available, you’re mistaken. It has been observed that most of the successful applications in the app store are free for download. Moreover, customers are reluctant to download a paid app unless the app has proved its capabilities as a bestseller or promises game-changing offerings. Nevertheless, there are multiple effectual app monetization strategies that would fetch revenue without affecting the number of downloads. Check them out!

Fee for Registration or Subscription

An app that is free to download can generate a steady flow of revenue through subscription or registration. Take a look at this example of an appointment scheduling app. The app owner can provide free access to patients but charge a registration fee from the doctors, wellness trainers, etc. who wish to utilize their free slots using the platform. This registration fee can be either a one-time charge or a monthly fee. Another instance is providing app users free access to every feature for a fixed duration, say six months. Once the free trial ends, the users need to pick a subscription plan and pay for the services received. The subscription can involve monthly, quarterly, or yearly payment plans. This strategy works well if your app is able to provide value-added customer services and the fees charged are not too high.

Freemium Policy

Freemium is a popular app revenue model. Two versions of the same app are available for users – a free version offering the basic features and a premium version that offers additional functionalities besides the ones available in the free version. The main objective is to allow users to enjoy the free features and provide them with elevated experiences and lucrative offers; so that they are convinced to try the goodies of the paid version.

Content and Data Monetization

An app owner can sell anonymous healthcare data collected from users to insurance firms, pharma companies, and fitness experts. This data is leveraged to draw insights, predict ongoing trends, and many more such tasks. The only aspect to keep in mind is that no personally identifiable data can be disclosed.

If a healthcare app provides certified medical content to healthcare practitioners and staff, the owner can allow access to certain sections of the content for free and charge a subscription fee for accessing more content. This model succeeds if the content is highly informative & valuable, and helps medical professionals to stay updated on the most recent advancements in medicine, treatment, etc.

Localized in-app Advertisements

Having localized ads within the app is a tried and tested revenue model. App owners can partner with brands that provide ad localization by using beacons, GPS, or WiFi. A user’s current location is tracked and a user receives a push notification about any discount on frequently bought items or popular products, whenever they are within close vicinity of the store.

Sponsorship and promotions

If your healthcare app enjoys a huge customer base and promises high levels of customer engagement, other brands or third parties can leverage your platform to advertise their products and services by paying a sponsorship fee to you. Sponsors’ ads and promotional offers can be included on the flash screen. The sponsors’ logo can be displayed on the header or footer of your app. This strategy would be more effective if the sponsors belong to the medical sector and share similar groups of target audiences. This way, the promotional ads will appeal to your customers and not irritate them. For instance, a mHealth app can generate revenue by displaying the promotional offer by a healthcare service that is announcing discounted offers on lab tests.

In-app Purchases

In-app purchase is the most widely used monetization strategy in medical application development. Here, you can make use of your app as a marketplace to sell self-owned products or even products owned by a different brand. Selling extra services is also trending. Say, for example, fitness app users can buy additional workout sessions while mHealth app users can pay for prescription refilling or buying supplements. However, the products/services offered for sale must be relevant to the needs of the app’s users.

Gamification

The concept of gamification in healthcare app development might surprise you! Today, healthcare apps come with innovative offerings like integrating games to help users adhere to timely medication and exercise regimes. Gamification also benefits adults with children as games can engage kids in the best possible way while the treatment is going on. And, offering paid gamification elements can fetch revenue as well.

Build an MVP

It’s not a good idea to build a full-fledged application in one go. Why? This approach will consume a great deal of your time, & money, and worst, you might make a lot of mistakes that will be too costly to rectify later on. Hence, most businesses go for MVP development at first and then, iterate it gradually. The MVP approach allows you to validate your app idea, identify the errors and resolve them before it’s too late, and reap the benefits of faster deployment and cost-effective development. Moreover, you get enough time to figure out the missing elements of your app as well as the customer requirement; so that you can update your app accordingly. Furthermore, this strategy allows you to catch up with emerging trends by rolling out updates at the right time.

For MVP development, you need to prioritize the feature set that you will implement such that the selected features solve some problems encountered by the targeted audience. Do not forget to include the essential features like profiles of doctors & patients, health cards for patients, chats, calendars, notifications, alerts, surveys, reviews & rating section, etc. Also, ensure that your MVP is HIPAA compliant.

Healthcare App Development Cost

Well, this part is quite tricky! The cost of healthcare app development entirely depends on factors like the number of features, the complexity of functionalities, and the resources involved. The app development expenses may greatly vary depending on the project requirement. Here’s an approximate cost estimation: $25,000 for an MVP, $80,000 for an app with a basic feature set, and $120,000 for an app with complex/advanced features.

Over to You:

I hope this post was informative and has helped you to understand all the nitty-gritty of healthcare app development. However, healthcare app development is a complex task to accomplish and can be challenging for newbies. If you are a start-up, it is advisable to partner with an experienced app development service provider and build an MVP at first. You can add new features gradually through periodic updates.

Noteworthy Technology Trends that are Revolutionizing the Insurance Industry in 2022!

The past two years have been a testing time for insurance providers as they have encountered endless challenges in offering services to customers during the Covid19 pandemic. Moreover, insurance companies faced tough competition from peers to provide a digital-friendly customer experience that involves quicker services and lesser hassles and handles operational bottlenecks. To encounter the tough challenges, insurance sector has transformed a great deal; a sea of novel and innovative approaches has been adopted and a plethora of emerging technologies have been leveraged.

Let’s take a sneak peek into the most noteworthy technology trends that are disrupting the insurance industry landscape in 2022.

Embedded Insurance via open APIs

Embedded Insurance, enabled via open APIs, is a common insurance industry trend these days. Here, consumers are offered an event-triggered insurance coverage or protection when they purchase a third-party product or a service. In other words, insurance offers are weaved directly into the purchase deal at the right moment when the consumers are most likely to buy the coverage. For example, consumers get an option to opt for extended protection/warranty when buying a cell phone device, travel insurance while flight ticket booking, coverage for newly purchased appliances, and so on.

Insurance providers utilize open APIs to showcase their services to customers while external business partners make use of such insurance coverage offers for providing a value-added deal to their consumers. This way, business enterprises are connected using APIs to form an entire insurance ecosystem that ensures an elevated UX for customers.

The main objective of embedded insurance is to provide customers with customized and affordable insurance when there is an urgent need for it. Sometimes, customers are not even aware of the need for insurance cover until they are offered one.

Thus, the embedded insurance approach is beneficial for insurance companies, third-party service providers as well as consumers. For instance, an auto insurance provider can partner with a car dealer for selling insurance using the car dealer’s app. Customers also enjoy the convenience of purchasing a car and the much-needed insurance policy at the same time, without having to look for it separately.

Accelerated Underwriting and Automated Underwriting

Underwriting is a hassle-prone and time-consuming process that all individuals applying for insurance coverage policies need to undergo. Applicants need to provide a host of documents confirming their personal information, lifestyle, and medical records. This process is conducted for determining whether the applicant is insurable or not; and if so, what amount is that person entitled to as per his/her risk profile. Applicants with increased mortality risks need to pay higher insurance fees. Accelerated underwriting and automated underwriting are trending techniques that aim to make the underwriting process easier and speedier.

Accelerated underwriting, a trend that has gathered momentum during the pandemic outbreak, simplifies the underwriting process for consumers by employing ML algorithms and predictive analysis. Using this approach, qualified insurance applicants do not need to undergo medical tests or furnish a written statement from a doctor mentioning their medical history, or attach copies of their healthcare records. The removal of these steps has not only minimized waiting times for applicants but has also reduced policy costs and accelerated sales.

Coming to automated underwriting, advanced technologies like AI and RPA are being used for automating the repetitive tasks in the underwriting workflow of an insurance firm. Therefore, all relevant information needed by underwriters is available in a single place, resulting in a speedy and more informed decision-making process. This approach is immensely beneficial to underwriters in handling complicated quotes and binding processes.

Healthcare Wearable Devices

The usage of wearable devices in the healthcare industry is not new. Now, insurance companies have also started reaping the benefits of wearable technology. Insurance providers are linking their products with wearable devices for monitoring policyholders’ sleep patterns, daily steps, activity levels, oxygen levels, temperature, heart rate, etc. This information obtained from wearables is used for creating personalized health plans and rewarding policyholders for healthy lifestyles. The health and risk scores calculated using this data can be utilized for providing complimentary coverage, benefits, or better rates to an individual as well as corporate policyholders.

Improved Benchmarking and Modeling with Predictive Analysis

Predictive analysis is one of the most interesting insurance industry trends today. Historical data is collected and fed into AI-trained models for generating predictive data on the behavioral patterns and ongoing trends. Predictive analysis helps insurance agencies make more informed decisions on how to optimize workflows and execute tasks like quoting, recommending products to customers, etc. This particularly facilitates sales and underwriting.

Take a look at how these tasks are carried out. The usage of artificial intelligence for generating and recommending an alternative quote adds value to the process, reducing the chances of errors, and also minimizes guesswork. Machine learning algorithms process synthetic data and help insurers to identify the most popular plans amongst customers from specific demographic groups or industrial domains. As such, the decision-making process becomes easier and better.

Chatbots

The usage of AI/ML-driven chatbots for providing customer services is another noteworthy insurance industry trend. Chatbots are virtual assistant solutions that interact with consumers seamlessly through text messaging or voice messaging. Chatbots solve customer queries on insurance, provide them the relevant information on policies, and offer 24X7 services without the need for human interventions. Virtual assistants can even guide a customer all through the processes of insurance policy application and claims processing. Just like a human insurance agent, chatbot questions customers on their requirements and personal details needed for the policy. Based on this data, these chatbots recommend personalized policies, assist customers to compare different policies, and solve follow-up questions helping them to gain a better understanding of their policy.

Blockchain Smart Contracts

The usage of Blockchain Smart Contracts is a crucial insurance industry trend that comes with endless advantages. Today, several insurers are issuing policies to customers via Blockchain Smart Contracts and healthcare records encryptions. Such an approach not only establishes transparency between the insurance providers and policyholders but also enhances the efficiency and security quotient of insurance processes. Let’s take a closer look!

Smart contracts eliminate the need for mediators, speed up claims processing tasks, zero down the need for human interference, reduce the risk of manipulations as no mediators are involved, and securely stores data without the risk of being lost or stolen. Therefore, it becomes possible for insurance providers to lower the premium amount, thereby increasing their market share considerably.

Moreover, smart contracts enable insurers to review the data regarding the previous insurance policies and claims, allowing them to provide more precise cost pricing options for their products. This way, the quality and effectiveness of underwriting programs expedite.

Blockchain implementation also contributes greatly to lowering operational and infrastructural costs through automating servicing tasks and preventing fraudulent practices.

Drones for Risk Inspection

Drones are being leveraged by insurance providers to improve the efficiency of certain processes within the insurance lifecycle. Drones assist in preventive maintenance, collect data for calculating the risk factors before a policy is issued, and examine the amount of damage after a loss. Drones can perform tasks that their human counterparts can never think of achieving. Robots can effortlessly enter enclosed and perilous spaces for collecting data and their 360-degree cameras increase the efficiency of the process to a great extent. Moreover, one drone can gather data much faster and more effectively than a team of human surveyors. Examples of drone usage include gathering data on buildings, conducting roof inspections, etc.

Telematics

Telematics technology is another eye-catching insurance industry trend. It helps car insurance firms provide customers customized discounts and insurance policies based on actual usage, and identify falsified or fraudulent claims.

Here’s an example of Telematics implementation in automobile insurance. Cars can be embedded with monitoring devices that record information on the car’s current location speed, accident occurrences, etc. This data is processed using advanced analytics software for determining the premium amount and assessing the genuineness of claims. Whenever a policyholder files a claim for an accident or injuries, the auto insurers collect information from the black box telematics of the vehicle. This helps to figure out the actual incident that happened. This way, insurance companies can identify falsified claims and hence, save a great deal of money wasted on fraudulent claims.

Extended Reality

Extended Reality, also known as XR, is one of the newest and most disruptive insurance industry trends. Extended Reality employs a combination of Virtual Reality, Augmented Reality, and Mixed Reality for collecting more environmental information and enabling unthinkable experiences via AI.

XR is a great tool for insurers for promoting employee and customer engagement. This technology can create virtual customers for training customer service teams. It can train them on client interactions and the policy purchasing process. Moreover, augmented imagery allows insurance providers to remotely communicate with customers. Furthermore, underwriters can create XR simulations using illustrations and on-site images for assessing the risk factors in buildings accurately. Some insurers are also offering a 3D-simulated eco-system to consumers via VR headsets. Here, customers interact with the avatar of insurance experts for understanding insurance processes and resolving queries.

Over to You:

The aforementioned trends are game-changers that are set to redefine insurance sector operations. Smart digital tools and strategies are allowing insurance companies to provide elevated customer experiences and streamline service operations like never before. The most lucrative outcomes include offering convenience to customers in buying insurance, providing easy access to the desired information, and reaching out to customers when they need insurance services/products.

So, it’s high time for insurance companies to embrace a technological approach! However many insurers who are not tech-savvy are reluctant to smarten their operations due to the complexity of implementing and maintaining technological approaches. Well, in such cases, it’s advisable to seek technical assistance from experienced Software Development Company that will be your partner throughout the product development lifecycle.

Top Healthcare APIs to Watch out for in 2022!

The healthcare sector is gradually evolving to embrace a novel approach. Paper-based records are being digitalized utilizing advanced software data structures. Medical entities are using healthcare applications and systems to collect, process, and digitally store healthcare information. Healthcare API’s are being utilized in a big way in the healthcare industry to integrate information from different devices and systems. Let’s look at some contributions of healthcare APIs (Application Programming Interfaces) in the healthcare industry.

A healthcare API establishes a connection between various medical apps and systems for creating interoperability. These APIs are primarily proxy layers that are placed on healthcare apps, systems, and databases; they allow the stakeholders of the organization to access or repurpose these apps and databases. APIs enable greater interoperability between healthcare systems and drive the management of the entire healthcare digital environment. Some of the top contributions of Healthcare APIs are booking online appointments, integrating EHRs & wearables, monitoring patients remotely, and executing payments.

Let’s gain handy insights on healthcare APIs and explore the most noteworthy APIs that every healthcare service provider must be well versed in 2022!

What is a Healthcare API and how does it work?

A healthcare API refers to a digital structure that connects an app with the information stored on a server. Healthcare APIs allow an app to gather and access medical data from a digital database. APIs can also serve the purpose of storing healthcare records and sharing this information with other stakeholders whenever needed. When an app requires to access medical data, a GET request is sent to the connected API. The information is thereafter transmitted to the application in XML or JSON format. Medical apps consume this data in a specific format, as they are programmed to accept the data in the desired way.

Top Healthcare APIs to consider in 2022

ApiMedic Symptom Checker

This is a modular healthcare API that provides symptom checker features for the main program. Healthcare app developers use this API to integrate features that allow users to check disease symptoms. The symptom checker functionality helps users to identify diseases they are possibly suffering from. It also provides patients with additional healthcare information related to diseases and directs them to the most relevant doctor as per the disease identified. This API comes with a testing environment and different pricing options.

CONTUS MirrorFly API

This healthcare API brings about effectiveness, flexibility, and transparency in the processes of interacting with patients and sharing medical data. It offers outstanding doctor-patient communication in real-time at any hour. Practitioners using this API can share prescriptions and diagnostic images via digital channels for providing more personalized treatment to patients.

It offers loads of live streaming abilities, chat options, the group calling feature, and numerous end-to-end custom voice/video calling functionalities for customers. Utilizing the group calling feature, doctors can create online counseling sessions for a huge group of audiences. This API is flexible enough to integrate with any third-party device like Android, iOS, or web applications facilitating the creation of ideal telehealth platforms.

Particle Health API

This API enables over 250 million US consumers to access patient records from most EHR systems across the country via a single point of entry. The API is pre-integrated with a major chunk of the labs and pharmacies in the US. The API complies with HIPAA, C-CDA, and FHIR standards. One unique benefit of this API is its capability to screen patients for detecting co-morbidities related to the Covid19 virus.

ChironHealth API

This telemedicine API can effortlessly integrate into a third-party application for providing services like online appointment scheduling, management of healthcare devices, and insurance reimbursement. And, the best part is that these services can be executed via instant messaging. Also, reimbursement codes can be added to the videos, thereby simplifying the complexity of the billing process in telemedicine apps.

Allscripts API

With this API, healthcare app developers can integrate as well as create EHR (Electronic Health Record) software based on Allscripts. Such software enables seamless data exchange between EHR software systems and third-party apps. This allows a medical provider to share medical information with another provider or stakeholder accurately and speedily.

At present, this API functions with 14 USCDI classes and allows developers to test integrations, using the compatible sandbox environment. However, this API can only be used by developers who are registered with Allscripts. Healthcare providers that wish to use Allscripts products need to register for ADP (Allscripts Developer Program).

Eligible API

This is a real-time healthcare API that simplifies processes like healthcare payment and insurance billing for the consumers as well as providers unanimously. Eligible API provides an in-depth report on 1000+ insurance firms and also streamlines insurance verifications and claims processing tasks. Here, the standard eligibility transaction, X12 EDI 270 is used, it’s then formatted in JSON for initiating an HTTP request. This way, the EDI transaction set becomes all the more accessible to developers and the apps used by consumers. The X12 standards are well managed behind the scenes to provide users access to features like medical subscriptions, coinsurances, dependent plan memberships, etc. in a format that is human-readable.

Human API

This AWS-empowered healthcare API is a real-time digital healthcare data network that allows medical providers to deliver quality services to their patients. It assists in establishing a connection between patient portals, hospitals, EMRs, clinics, pharmacies, imaging laboratories, and insurance companies across the US. Using this API, millions of users can sync their healthcare data like medical history, lab test results, e-prescriptions, wearable devices, etc. into one single secure platform. Authorized users such as practitioners, healthcare professionals, etc. can access these records for treatment-related tasks. Every piece of healthcare information whether it is in transit or at rest is encrypted. Moreover, the data can be shared by customers irrespective of the data source and the data collection process. Furthermore, users can fully control access to their health data and decide which medical entities will be able to view their data.

The API gathers medical data from multiple sources and then, converts it into a format that is compatible with Fast Healthcare Interoperability Resources (FHIR). This process is executed using AI algorithms and medical API vendors. You can feed diverse types of medical data of a single patient into this API. It supports numerous data elements such as demographics, genetic characteristics, health conditions, allergies, medication, immunization records, medical insurance claims, meal plans, test outcomes, sleep patterns, social history, health vitals, activities, and medical provider information. Human API also offers free medical APIs for conducting testing activities.

Google Cloud Healthcare API

This API offers an enterprise-grade healthcare app development environment that is well-managed and scalable as it enjoys the support of popular medical data standards like DICOM, HL7, HL7V2, and FHIR. It’s ideal for securely developing clinical apps and analytics solutions on Google Cloud. For example, healthcare data is imported from different sources including wearable devices and EHRs, and transformed into the FHIR format. And, data files are stored, managed, and analyzed by converting the data into the DICOM (Digital Imaging and Communication in Medicine) format.

Google Cloud Healthcare API simplifies the data exchange process happening between Cloud-based medical apps & solutions. It offers a RESTful interface for delivering medical data and intelligent insights. It also provides a host of analytical tools like vCloud, BigQuery, DataLab, AutoML, Datalow, Vertex AI, Cloud ML Engine, and Tableau. These tools confer machine learning abilities to the API and allow far-sighted visualization of medical data. For instance, Vertex AI provides ML capabilities, Dataflow offers pre-built connectors for processing streaming data, and BigQuery promotes scalable analytics. Using the Google Cloud Healthcare API, one can integrate devices, locations, datasets, policies, etc. in real-time.

This API not only ensures the security of your medical data but also fulfills the specific requirements of the healthcare sector like adherence to regulatory compliances. Google Cloud Healthcare API is backed by the privacy and security standards of Google, is HITRUST CSF certified, and supports HIPAA compliance.

Amazon Comprehend Medical API

This is a HIPAA compliant healthcare API that extracts data from different sources like trial reports, EHRs, practitioners’ notes, lab test results, etc. ML algorithms and NLP (natural language processing) technology are employed to automatically draw terms describing patients’ medical condition, parts of the body, treatment methodologies, medication plans, etc. These drawings are linked to unique codes obtained from RxNorm and ICD-10-CM datasets. This API identifies phrases related to PHI like names, IDs, age, contact numbers, and addresses of patients.

Two distinct sets of APIs are used for connecting healthcare entities with standardized names – Ontology Linking APIs and Text Analysis APIs. Healthcare documents must be added to the Amazon S3 storage for availing of the services of this API. This service is a paid one and users are charged as per the amount of usage.

Microsoft Azure API for FHIR

Microsoft Azure API ensures the privacy of patients’ medical data. Healthcare systems use this API to consolidate their legacy documents stored in different repositories into Cloud storage. The API takes the help of medical API vendors to store PHI securely, adhering to FHIR standards. This API comes with a unique IoT connecter that ingests biometric data from different healthcare devices, EHR systems, and other data sources like research databases. The IoT connecter also processes biometric signals, converts the biometric data into FHIR, analyzes the data, and creates IoMT systems.

Healthcare organizations using Azure cloud services can create rich datasets and reap the benefits of implementing software tools related to business intelligence. The API comes with a power BI FHIR connecter that links the BI platform and the FHIR API for visualizing data and intelligent analytics. This healthcare API adheres to most standard compliances including HIPAA.

The top use cases of Microsoft Azure API include scalable EHR systems, dashboards for patient reporting, remote monitoring systems for patients, clinical decision-making processes, and healthcare analytics.

Closing Views:

Healthcare providers, particularly start-ups, are still reluctant to employ APIs owing to some limitations existing in this arena. Several APIs provide a uni-directional data flow resulting in read-only access for patients. The complexity of API implementation and vulnerability to cybersecurity threats are other bottlenecks that keep medical organizations from adopting APIs.

The aforesaid challenges can be resolved if you partner with an experienced healthcare application development company to build user-friendly and customized healthcare solutions for your company. A proficient app development service will know the correct use of APIs based on your specific project requirements and guide you through the right path.