How To Effectively Monetize Your Mobile App?

We all are addicted to mobile and it has become a go-to resource for anything and everything. According to the report, an average user spends 3 hours and 40 minutes on their mobile per day, which means one fourth of walking time. Mobile app creators have several goals to attract customers, provide services, to yield entertainment- whatever it may be-with mobile application monetization, it is feasible to make an application something more than a tool. It will be an extra source of income. Let’s see what is mobile app monetization and how to effectively monetize your mobile app.

What Is Mobile App Monetization?

Mobile App Monetization

Mobile app monetization is a process of implementing strategies to generate revenue from app, in short, converting users into revenue. Here are some strategies to execute this. These strategies are very category-dependent. Let’s see the 3 important things that can help you choose the right model for your app-

Identify app category- Defile app purpose and the problem it is trying to solve. Once you get an idea about it, you will see that these monetization strategies are better for your needs. For instance, subscription models are better for the apps having heavy content, whereas in-app ads will be better for shopping applications.

Competitive research- Competitor research is an important key in mobile app development. You can know competitors in your niche and see what monetization strategies are implementing. Check if the audience is satisfied and know the better strategy that can work.

Know target users-  While building an app, you want to do in-depth user depth. Monetization strategy should be relevant to target audience. Select a model that will provide values to users and not hamper their user experience of interacting with mobile app.

7 Best Strategies For App Monetization-

1. Paid/Premium Downloads-

Premium apps are the apps that users need to pay a fee for downloading. It is a straightforward monetization strategy with everything explicitly visible to user before app download. Benefit of premium apps is that users will be more loyal and engage better with the app because they have paid for it. The UI will be ad-free and hence less cluttered.

But there are some drawbacks also. Most of it needs to be paid before used. As there are lots of free apps available in the market, your app must provide exceptional value to convince users to pay for it.

2. In App Purchase-

Most of the mobile apps don’t charge any fee but it doesn’t mean that users never have the opportunity to spend money within the app. App purchases are the solution. In-app purchases help you to make more money and allow users to interact directly with your product. It is called “freemium” apps where users pay no initial cost but pay for gated features, but businesses can make use of it. 

Businesses can choose to provide users with the opportunity to purchase your product directly from the app and have them shipped. If you are an entrepreneur and having a business that offers services, users can opt for in-app billing. 

Drawback of in-app purchases is that programmers walk a fine line between giving lots of options for free and offering too few features. Hence think twice when you choose this monetization method.

3. In App Advertising-

According to the reports, advertising is the commonly used monetization strategy of  mobile apps. Such mobile apps are free to download and use, but they come with the cost of intermittent advertisements. The advertisements might clutter up the application space or hamper user experience; but, it is a commonly accepted trade-off by people. Since they are getting to enjoy the free content, many people put up with ads.

Some apps provide free applications with ads and allow update to an ad-free version with extra payment. Keep in mind that, it is important to show relevant advertisements to app users otherwise they will get  frustrated with inappropriate ads. Developers can use data analytics to show relevant ads to users and analyse user behavior.

Here are the five types of native ads typically used in apps. 

Full screen ads- These ads are generally placed at natural pause points, such as when moving between menus. As these aren’t actually hampering the experience of app, they’re most likely to generate clicks without causing frustration. 

Banner ads- App banner ads are generally found on top or bottom of screen and can be somewhat ineffective as they are more distracting than other forms. It can irritate users, hence think twice before agreeing to add into your business’s app.

Capture form- Depending on the user opt-ins, it offers incentives to users who enter their email address. You’ll mostly find capture forms in mobile games.

Advanced overlay- These use transition points such as interstitial ads but are interactive rather than being simple clickable images. These are kind of mixture of capture form and full screen ads.

Notification ads- Notification ads pop up in the mobile device’s status bar and make users aware of the ad’s presence. 

4. Sponsorship-

Major drawback of advertisements is that it is difficult to ensure the relevancy of ads to your users. Sponsorship is one step ahead of regular advertisements. You can partner with some advertisers and show only particular ads. Hence, it will improve the user experience of the app and eliminate user frustration when it comes to advertisements.

Sponsorship can work like rewarding users when they complete actions in an app. It is advantageous for app programmers and sponsors as they both can increase their audience reach. 

5. SMS Marketing-

With the in-app prompts similar to the ones used for collecting email addresses, you can send notices for app updates, reminders, contests and promotions straight to users’ text message inboxes. 

This is one of the most effective ways to strengthen your brand as it drives users back to your app. These days lots of app entrepreneurs use the same strategy to drive users back to users. If you’re also looking to improve customer engagement, try SMS marketing. 

6. Multiple Payment Option For Subscription Services-

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Software Outsourcing Trends To Follow In 2022

Outsourcing is a hot trend in software development, however its adoption needs organizations to rethink about their business processes and introduce technological innovations to remain agile. To keep you on track with the IT outsourcing market, we’ve collected some trends for 2022. Let’s see which are those.

Software Outsourcing Trends To Follow In 2022

1. Digital Enablers–

Since the pandemic, it has been noticed that we’re moving in the direction of digitization very rapidly. All this started as a forced work-from-home, new strategy of hiring, communicating and collaborating without borders. At the same time, remote work standards contribute to the development of new ways of solving business challenges. 

What are digital enablers and why do they matter for businesses in 2022?

In general, Digital enablers are tools and technologies that help to achieve process standardization and automation. Some of its examples are- Agile working processes, enterprise resource planning(ERP) system, Project management software, Team communication channels and platforms. 

These digital enablers contributes to enterprises hugely switching to cloud based solutions and robotic process automation (RPA). Gartner describes “distributed enterprise” as one of the strategic technology trends for 2022. 

As per Gartner, involving geographically dispersed employees will help organizations to achieve revenue growth 25% faster than competitors by 2023. Means so as to remain competitive and deliver seamless work experience, organizations in sectors from retail to education will require to reconfigure delivery models to embrace distributed services. 

Development team augmentation is a way to ramp up a software development with tech experts regardless of their location. Hiring an external team, you delegate the responsibility for hiring and HR matters to a third-party service provider who offers full-time staff. Simply, all necessary processes such as recruiting, onboarding, training and managing dedicated experts lie on outstaffing vendor’s shoulders, while as a product executive you can focus on business goals.

2. Rise Of Cloud Computing-

Cloud native platforms is another trend that will serve as a foundation for more than 95% of new digital initiatives by 2025. CNP has an architecture aimed at leveraging the automated cloud services by adding just some cloud attributes to your existing legacy system. When you use CPNs, it improves the delivery time and decreases costs. Being a part of global cloud adoption trends, CPNs serve as a way to optimize your infrastructure, improve operations and accelerate digital transformation. This trend reflected in numbers: According to the statista reports, the worldwide public cloud computing market keeps growing and is expected to reach $482 billion in 2022. In 2019, by comparison, the market size amounted to $243 billion. 

How to take advantage of cloud computing?

Some of the important benefits are- 

• Reduced costs for maintenance and support
• Advanced data recovery mechanisms in case of data loss or corruption
• Stable and continuous releases with minimal downtime and no production interruptions

List depends on the method you choose for adopting and computing services.

Cloud software re-architecting- It is popular among businesses that undergo expansions and transformations. Redesigning of existing architecture is important to improve a system’s performance, scalability and security. 

Cloud migration- It includes evaluating the software architecture and developing an action plan to implement cloud solution so as to achieve cost savings, reliability, security and other benefits that cloud computing can provide.

Cloud native development- It can minimize efforts for infrastructure management by automating networks, servers and operating systems. This way developed apps can be scaled from scratched and have the ability to be released fast.

3. Robotic Process Automation-

Robotic process automation refers to the use of software or web app to automate complex business operations and routine actions. RPA solutions are mostly used for customer support, inventory management, payroll processing and other use cases. RPA implementation is popular after 2015, and its increase is strongly connected with the machine learning development. The pandemic outbreak accelerated global RPA adoption and has contributed to its being mentioned among software development outsourcing trends.

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What’s New In Flutter 2.8?

Flutter gained a huge popularity among the developer community as it supports web, mobile and desktop development in a single SDK. It offers a high-performance, high productivity framework. With a single codebase, programmers can target multiple platforms for app development. Google announced a new version of Flutter with improvements and new features. Flutter 2.8 is closer to stable desktop support with improvements and new features. Let’s see the new improvements and features of Flutter 2.8.

New Features And Improvements In Flutter 2.8?

1. Improvements And New Features-

Main focus of Flutter 2.8 is mobile performance. Latest updated eases the app connection to back-end services like Google cloud and Firebase. Latest release included major upgrades to the web plugins and camera. Also it includes the version Dart 2.15 that made some major improvements to concurrency. In this release, Google also focused on improving developer productivity. Lots of features like hot reload are useful for programmers. In this release, there is a sign-in widget that uses Firebase to handle authentication. With this widget, you don’t need to worry about two-factor authentication or reset password user flows. Because of such features, there is a possibility of changing how programmers build apps.

2. Firebase And FlutterFire-

There are some updates associated with this release for FlutterFire users. Let’s see what features it adds that intend to simplify application development with Flutter and Firebase. 

• New support in DartPad for several Firebase services
• Up-to-date libraries to easily  build for authentication and live Firestore queries.
• All FlutterFire plugins are graduating from beta to stable
• New Firestore Object/Document Mapping for Flutter, available in Alpha

One more significant update includes the ascension of all FlutterFire plugins from beta to stable. Major plugins that move to stable and ready for production use for iOS, Android, and web are Dynamic Links, Analytics, Performance Monitoring, Realtime database, In-App messaging, Remote Config etc.

On the cord of Firebase, you will see new support in DartPad for Firebase services, live Firestore query UI, new libraries for authentication and new alpha version of Firebase Object/Document Mapping for Flutter.

3. Game Development Using Flame-

Lots of programmers think that Flutter is only for app development. But many developers are working towards game development using Flutter. Programmers from different communities are taking advantage of the hardware-accelerated graphics support provided by Flutter. 

Flutter announced the release of Flame 1.0 – a 2D game engine. Flame provides everything you need to create your game quickly, and also it includes a component system, animated images, collision detection, world camera and  so on.

Programmers can extend Flame with other packages by integrating with other libraries. For instance, you can merge Flame with packages like Rive, Forge2D, Fire Atlas and so on. Combining Flame with other systems will provide a service for 2D game development. If you are going to build game, you should check Flame.

4. DevTools-

Flutter 2.8 release adds an “Enhance Tracing” feature to address debugging issues. This will help programmers to solve UI stemming. When enabled any tracing features, it will include new events for widgets built, render objects laid out and render objects painted as appropriate. The new release of DevTools includes support to profile your application’s performance. This profile includes CPU samples from DartVM initialization to render the first flutter frame. After pressing the “App Start Profile” button to load the app start profile, you can see that the “AppStartUp” user tag is selected for profile. One can select this user tag filter from the list of available user tags to upload app’s launch profile if available. If you select this, the profile data will be displayed at the time of launching app.

5. GA For Flutter Ads-

Next one is general availability of Google Mobile SDK for Flutter. This new release supports five ad formats and it will integrate support for both AdMob and Ad Manager. Also, it includes a beta version of new mediation feature that helps to optimize the ad performance. 

6. Improvements In Web Platform Views-

This latest release improved the performance of platform views for Flutter web. Platform views allows programmers to host UI components and Flutter web implements this with HtmlElementView widget. With this widget you can host HTML elements in your Flutter web app. Users are using platform views by default if they use web versions of google_maps_flutter plugin or video_player plugin. 

In the last version, a new canvas gets created when you add the platform view. Whenever you add the platform view, another canvas will be added each time. Those extra canvases are expensive to create because every canvas is the size of an entire window. This release reuses canvases created for previous platform views. Hence, rather than suffering the cost 60x per second, you suffer the cost only once in the entire lifetime of the app. Meaning that your web app can contain various HtmlElementView instances without impacting performance. 

7. Removing The DevChannel-

Flutter’s “channel’s decide how rapidly the Flutter framework and engine change on your development machine. Stable version represents the smallest churn and the master presents the largest churn. Because of resource constraints, programmers have recently stopped updating the development channel. Less than 3% of Flutter programmers use development channels. Hence programmers decided to start the process of officially discontinuing the development channel. This is because Flutter engineers spend a lot of time and effort to maintain it. 

Dropping the channel enables the Flutter team to spend time and energy on other things. Programmers can decide which channel they would like to use Flutter channel command:

• Beta channel os option to stable channels. This is for users who want rapid cadence. Now it is released monthly and is stable before the release. This is a “fast” channel”
• Stable channels represent the highest quality builds. Approximately, they are published quarterly and treated as fixes for critical issues in the meantime. 
• Master channel is an active development channel. It is for contributors or advanced users who are comfortable with unstable builds. 

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How To Effectively Detect And Mitigate Trojan Source Attacks In Javascript?

Javascript allows website developers to run any code they want when a user visits their website. Naturally, website developers can be either good or bad. Also, cybercriminals continuously manipulate the code on a number of websites to perform malicious functions. But javascript is not an insecure programming language. Code issues or improper implementations can create backdoors that attackers can exploit. And here issues take birth. When you browse a website, a series of Javascript(.js) files are downloaded on your PC automatically. Attackers redirect users to compromised websites. These can be either created by them or they can be legitimate websites they’ve hacked into. It has been analysed that 82% of malicious sites are hacked legitimate sites.

Also, traditional code editors and code review practices miss detecting bidirectional characters present in the source code. This allows actors to inject malicious code that looks benign. And this issue was made public on 1st November, 2021. If you are also facing the same trojan attack issues, then this blog is for you. Here you’ll get the complete guide on how to detect and mitigate Trojan source attacks in javascript.

What Is A Trojan Source Attack?

Trojan source is a new type of source code and supply chain attack that causes the source code viewed by humans to be different from the actual software generated by the compiler- means the behaviour of software won’t match what the source code appears to say. 

Trojan source is a development style of attack that makes the source code read on the screen by human significantly different from the binary code generated by a compiler through use of Unicode control characters.

Let’s see the snippet from VS code of a Trojan Source attack as is employed in javascript source code:

// running internal logic for privileged users:
var accessLevel = "user";
if (accessLevel != "user‮ ⁦// Check if admin⁩ ⁦") {
    console.log("You are an admin.");
}

What about this-

2    var accessLevel = “user”;
3    if (accessLevel != "user‮ ⁦// Check if admin⁩ ⁦") {
4    console.log("You are an admin.");
5    }

Did you catch the issue with above source code? If not, try to examine the code snippet.

Here, this is a case of Stretched String type of attack. Code in line 3 makes it looks like the conditional expression checks whether the accessLevel variable is equal to the value of user.

Have you seen the comment at the end of line about logic checks, and it may look harmless but the truth is  quite different. The use of unicode bidirectional characters on line 3 hides actual string value of accessLevel variable check. Here the real line 3 as the compiler would run it:

If (accessLevel != "user // Check if admin") {

There are several types of abusing bidirectional control characters to inject malicious code into source: Stretched String, Commenting-Out, Invisible Functions and Homoglyph Function. Though the use of bidirectional control characters is a novel approach, this kind of attack is not actually new and has been cited in prior mailing lists and discussion boards. 

How To Detect Trojan Source Attacks In Source Code?

Code editing and code review processes may be on platforms or tools that don’t support highlighting of these dangerous bidirectional unicode characters. Means you may already have those bidirectional characters in your codebase. How do you find out if you have source code with bidirectional unicode characters?

To help with that, anti trojan source scans a directory, or reads input from standard input STDIN) and scants it for any such unicode characters that may be present in the text. 

You can use npx to scan files as-

npx anti-trojan-source --files='src/**/*.js'

Or if you’d like to use it as a library in Javascript project:

import { hasTrojanSource } from 'anti-trojan-source'
const isDangerous = hasTrojanSource({
  sourceText: 'if (accessLevel != "user‮ ⁦// Check if admin⁩ ⁦") {'
})

Preventing Trojan Source Attacks In JavaScript With ESLint-

Better than only finding existing issues is to proactively safeguard codebase to make sure that no Trojan Source attacks make their way to source code at all. Generally Javascript community rely on ESLint and its various plugins to enable control code quality and code style standards. 

Hence, with the use of eslint-plugin-anti-trojan-source, now you can include ESLint plugin to ensure that none of programmers or continuous integration and build systems are wrongly merging code that is potentially malicious because of bidirectional unicode characters.

Let’s see an example of ESLint configuration for Javascript project:

"eslintConfig": {
    "plugins": [
        "anti-trojan-source"
    ],
    "rules": {
        "anti-trojan-source/no-bidi": "error"
    }
}

Example output for a vulnerable code that slipped into codebase:

$ npm run lint
 
​​/Users/lirantal/projects/repos/@gigsboat/cli/index.js
  1:1  error  Detected potential trojan source attack with unicode bidi introduced in this comment: '‮ } ⁦if (isAdmin)⁩ ⁦ begin admins only '  anti-trojan-source/no-bidi
  1:1  error  Detected potential trojan source attack with unicode bidi introduced in this comment: ' end admin only ‮ { ⁦'                    anti-trojan-source/no-bidi
 
/Users/lirantal/projects/repos/@gigsboat/cli/lib/helper.js
  2:1  error  Detected potential trojan source attack with unicode bidi introduced in this code: '"user‮ ⁦// Check if admin

How Is The Ecosystem Mitigating Trojan Source Attacks?

IDEs like VS Code have released versions to highlight these unicode characters so that developers would take note of them and act with proper context at the time of code reviewing and code editing. Similarly, GitHub published warnings so that code bases will highlight the use of these potentially dangerous trojan on Githubs if they use bidirectional characters:

But keep in mind that, not all types of trojan malware attacks are being highlighted by Github. For instance, consider the following case that dubs invisible functions-

1 #!/usr/bin/env node
2 
3 function isAdmin() {
4       return false;
5 }
6
7 function isAdmin() {
8      return true;
9 }
10
11 if (isAdmin()) {
12   console.log(“You are an admin\n”);
13 } else {
14  console.log(“You are NOT an admin.\n”);
15 }

As you see in the above javascript code, there’re not any warnings from GitHub when reviewing this code. What’s happening there?

The function declaration on line number 7 is written with the use of zero-width space unicode control character identified as U200B, that makes it look visually as if this is the case of legitimate function isAdmin function.

You can verify this if we print out the code using tool such as bat, that is a clone of UNIX cat tool, with better syntax highlighting and Git integration:

1 #!/usr/bin/env node
2
3 function isAdmin() {
4    return false;
5 }
6
7 function is<U+200B>Admin() {
8    return return;
9 }
10
11 if (is<U<U+200B>Admin() {
12    console.log(“You are an admin\n”);
13 } else {
14   console.log(“You are NOT an admin.\n”);
15 }

Should Compilers And Runtimes Mitigate Trojan Source Attacks?

Now what about language runtimes and compilers? Lots of languages, including Node.js, have decided against updating their compiler from denying unicode characters. Effectively transitioning the risk to code editors and humans, those need to be more careful when reading code and performing code review processes.

Some language runtimes such as Zig have considered to employ a compiler error when detecting the use of unicode bidirectional characters in source code, and allow to bypass the errors with comment.

Decentralized Apps- A Future Of Mobile Apps

Technology is reshaping the financial landscape and offers a wide range of use cases for decentralized app development. Because of transparency, readability and scalability DApp trend is spreading like wildfire. Ethereum blockchain is a main platform for building decentralized apps. Whereas, according to study, games and data storage are leading DApps categories. So what are decentralized apps? How are they different from regular apps? How to develop decentralized apps? Let’s see everything about the DApps.

What Is Decentralized Apps?

DApps

Decentralized apps are software applications without any central authority. But, unlike traditional applications that rely on a client-server network- maintained and authorized by a rule, they operate on peer-to-peer or distributed network. As there’s no one to control, dapps are less likely to be shut down by anyone or undergo downtime. Decentralized applications always builds on decentralized network. The network combines a smart contract and a frontend UI. On ethereum, smart contacts are transparent and accessible like open-source APIs, so you can include a smart contract written by someone else. Backend code of dApp’s runs on a decentralized peer-to-peer network, unlike regular app where backend code runs on decentralized servers. You can develop the frontend and user experience and interface similar to normal apps, making calls to its backend.

Decentralized Apps Vs Normal Apps-

1. Centralized Vs Decentralized-

Basic difference between Dapps and normal apps is decentralization’s root principle. Contrast to traditional apps that are controlled by centralized regulating authority, DApps operate on peer-to-peer blockchain network.

2. Security-

DApps are built using the blockchain platform so they are more secure as compared to regular mobile apps. Also decentralized apps tend to be tamper-proof, and the saved records are unchangeable. They are hacking and potential destruction resistant. 

3. Value Storage-

Store value of DApp is one of the best features. It can store cryptocurrency and hand it to users once fulfilled the contract conditions. In contrast, traditional apps have to use a reliable third party to guard financial transactions. As you can store value directly inside the app, DApps eliminate any third-party requirements. 

4. High Synergy Level-

When it comes to synergy, decentralized apps get the upper hand as they integrate seamlessly. As all the blockchain powered apps are inter-compatible, their synergistic possibilities increased in contrast to conventional applications.

5. Transparency-

Another difference between decentralized and normal apps is unchangeable public ledger. Unlike any other app, data or operations on the DApp are recorded in the blockchain and stay there forever unaltered.

Benefits Of Building Decentralized Application-

1. Zero Downtime-

Once the smart contract is deployed on the blockchain, the network will start serving its client. These contracts powering dapps operate 24/7, and till the blockchain harbor the contracts, they continuously perform smoothly.

2. Resistance To Censorship-

As dapps are not controlled, no one can block or keep users from submitting transactions or reading data from the blockchain.

3. Privacy-

You can secure transaction between users without sharing data using public and private keys.

4. Complete Data Integrity-

DApps don’t have a central point of failure, and stored data is unchangeable due to cryptography primitives. These features make it hard to hack teh chain and control a decentralized application.

Apart from all these advantages, DApps offer the following advantages.

• More security than client/server networks
• No intermediary for app control
• Cannot change written blocks without agreement of entire network
• Tamper-proof record of entire database
• No downtime
• Increased reliability
• Simple for payments
• Single outage/attack cannot halt it

Types Of Decentralized Apps Development-

1. Type 1:

In this type 1, you can create your own blockchain to develop your decentralized app. Bitcoin is an example of this type. Any other cryptocurrencies having their own blockchain comes under this category.

2. Type 2-

The type 2 dapps supports the blockchain created by type 1 applications. Those apps need to use tokens to operate their applications.Consider, Omni protocol, for instance, It’s built as the layer over Bitcoin, allowing you to create, send, redeem, pay dividends to and make best with the tokens representing any type of asset.

3. Type 3- 

This kind of dApps makes use of the type 2 protocol to underwrite their tokens. Safe network is an example of type 3 dapps. SAFE(Safe Access For Everyone) is an open-source, decentralized data storage and communications network. Programmers create censorship-resistant websites and apps using the SAFE API.

Most Common Platforms To Create Decentralized Apps-

1. NEO-

It is a centralized, open-source blockchain that creates smart economy. It is called as Chinese Etherum and provides better options for scalability in dApps than other blockchain platforms. Currently, NEO is less popular than Etherum with just about 100 dApps built using this technology. Also, it is expensive and costs higher than Etherum in some cases.

2. Etherum-

It is the most popular decentralized, open-source blockchain used as the base for many blockchain project, including more than 2500 dApps. In terms of market value, Etherum is the only second to Bitcoin. Etherum also has a native cryptocurrency called as BTH- version of Bitcoin. Though it’s a bit expensive, it is a great option for creating dApps.

3. TRON-

It is a new blockchain platform as compared to Etherum or NEO. BUt it is popular and may even become a competitor to ethereum in the future. TRON is popular for gaming apps and gambling sites. Near about there 1500 dApps created using TRON that makes it great choice.

How To Develop A Decentralized Appli?

1. Decide Use Case-

Blockchain offers advantages like immutability, encryption, distribution, decentralization and tokenization etc. First of all, you need to analyze the problem that you want to solve and know if the solution really needs decentralization, encryption or any blockchain components. This step clears whether you need to develop a dapp. And if needful, which kind of decentralized app you should create.

2. Decide Technologies-

When you are finalized to create a decentralized app, list out the required technologies for development.    

• Frameworks
• Database
• Hosting
• Frontend
• Frontend Contracts
• Contract’s programming language
• API’s
• Development server
• Features of dApps

If you create dapp using Ethereum, it’s standard kit for dapp development includes the Truffle suite of software with Ganache(BUILT-IN BLOCK EXPLORER), programming language solidity and Remix IDE.

As for the front-end part, you can use suitable technologies like React.js, Node.js, Swift/Kotlin or React Native for mobile and Web3.js for the web. 

3. Front End Development-

Just like any application, decentralized apps need to have a client-side mobile app or website. Hence it is important to create an attractive UI that helps user to understand complex information quickly. Following approach is the best to achieve a user-friendly app UI/UX for any type of app.

• High-fidelity UI with prototyping
• Low-fidelity UI with wireframing
• User testing
• Shore up the UI/UX based on feedback.

4. App Coding-

To create a robust backend, you should hire app programmers with a strong knowledge of decentralized app architecture and workflow. Programmers should be familiar with building and deploying smart contracts on a network.

5. Testing & Launching –

When a decentralized app is ready to take off from the ground, you want to release it on the network. 

With this, you get the opportunity to analyze the code rigorously and fix bugs and errors before making it public.

 

When And How Often Should You Update Your App?

Our lives have been improved because of mobile applications. Mobile technology industry has provided a solution for almost any type of task you could be indulged in. The number of mobile applications is continuously increasing. Even the most widely used and long-lived apps continuously release updates and not just to add new changes and features to the app, but for bug fixing too. As an app developer, updates are just another fact of life. But how often should you update your app? Because it is important to fix issues and bugs with your application at the same time it is important that you’re not irritating users with too many updates. Before digging into the details of how often should you update your app, let’s see the reasons for updating your app.

Also know – Tips to improve mobile app performance

Reasons For Updating Your App-

There are four main reasons to update your app- Bug fixes, feature releases or design changes, bad reviews and competition. Google play allows marketing teams to update google play page creatives seamlessly without rolling out a new version of the app, app store needs you to release a new version to update app store creatives. 

1. Bug Fixes-

Updates that addresses bug fixes are born out of necessity- part of your app is not working properly. The magnitude of bug can vary from minor instability to app crashes, but your application needs to provide a seamless and delightful experience to retain users. These updates are important and you should work on it with high priority.

In google play, android vitals report measures the crash rate and App Not Responding (ANR) event count. These metrics influence the Google Play algorithm algorithm that will not promote apps that are too unstable. With the help of an ASO person, monitoring these metrics will help to inform the team that the new version is affecting rankings.

2. Feature Release-

Features are an important part of mobile apps and so feature releases are important to maintain the user engagement. New features are exciting and useful as they ensure that your applications’ features remain updated and relevant. Also, feature releases show users that you care about their changing needs. UI and UX changes are reasons for updating your app. Maybe operating system design guidelines have changed, your interface is outdated or highly complicated, or you’re basically rebranding. 

3. Bad Reviews-

Generally bad reviews indicate serious bugs, defects or missing features. As a programmer, your first priority must be addressing user concerns and accordingly updating the app. With each app update on Apple store, you can either keep your rating history or start new. Hence you can use updates to your advantage.

4. Market Competition-

Users search for the apps that meet their needs. New updates that increase the app’s value will help you to be unique and stand out in the competitive market. On the other hand, failing to regular app updates may lead users to rather use competing apps as it conveys the sense of an app that is not supported any longer. 

How Often Should You Update Your App?

1. Monthly Updates-

Updating app monthly is the most common and popular timeframe for app updates. As a programmer it gives you a baseline for when to expect releases and it’s frequent enough to make sure that your app stays relevant without annoying users. Simple, it’s a perfect balance. 

Hence, releasing update at least once a month is a good strategy and will keep the content fresh.  When you can update more frequently, don’t want to exceed three or four updates per month. Because too many updates irritates your users and might drive them away from your app.

2. Hitting Milestones-

Important app milestones like launch anniversary is good strategy for planning updates, especially bigger ones that include feature releases and not just minor bug fixes. This can increase hype around your app and create excitement among users about what’s coming next.

Similar to traditional storefront might offer a big sale or renovation to coincide with the anniversary of opening, scheduling big updates for app can help to refresh it and create user engagement.

Most of the time, users will download an app and forgot about it. Releasing updates around important milestones will remind users that your app exists and motivating them to come back to check new features will increase interaction. This is great for not just releasing big updates to app with the opportunity to generate hype, but it also forces development team to keep content fresh and updated with the trends. 

3. Be Updated With Trends-

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NFT Marketplace Development- All You Need To Know About

Popularity of online marketplaces is increasing day by day and the global economy has transformed with the advent of Blockchain apps in the process. From fungible tokens such as cryptocurrencies to non-fungible tokens, the financial landscape of digital transactions has become more encrypted, authentication-proof, and unique. Non-fungible tokens are one of the latest developments in the digital economy but for most of the techies NFT development is unclear. While the number of high-end digital art transactions is increasing, most purchases are more affordable files like unique items for video games, collectible tokens and domain names. If you are thinking of entering the world of NFTs, you might want to develop your own NFT marketplace. If you’re wondering about how to develop the NFT marketplace, then this blog is for you. Let’s get started.

What Is NFT?

NFT Marketplace Development

NFTs are cryptographic tokens that acts as digital certificates authorizing the uniqueness of real estate, digital entities, artwork and even people. You can identify NFTs as a unique tokens that cannot be replicated with another. For instance, 1 USD can be replaced with another 1 USD. 1 unit of bitcoin is the same as 1 unit of bitcoin, that is not the case with non-fungible tokens. 

NFT marketplace allows users to build an account, upload digital artwork and make sales. Generally, niche marketplaces are popular than standard ones, because they offer everything that clients may need, specialize in selling some online artworks and contain a particular target audience.

How NFT Marketplaces Work?

NFT require a place to be bought and sold. NFT marketplaces combine a user-friendly front-end environment for displaying and brokering files. Also, they must have a well-designed back-end that supports the underlying blockchain tech.

1. Crypto Wallets-

Sellers and buyers need crypto wallets to work with NFTs. These digital apps don’t store NFTs or digital coins such as files on a disk drive. Rather they include information that points to the location of the owner’s flies on the blockchain. For a more extensive customer base, marketplaces will need to work with a few crypto wallet providers such as MyEtherWallet or WalletConnect. 

2. Sales And Auctions-

Marketplaces works same as art galleries in the real world. Sellers can list items for sale at a fixed price. Marketplaces can also hold auctions for new art pieces or works by notable artists.

3. Smart Contracts-

NFT marketplaces use smart contracts to explain the terms of sale between a buyer and seller. Such terms are coded into self-executing digital contract contained on blockchain network. Once the buyer meets the seller’s terms, the contract validates itself,a nd the transaction becomes irreversible.

4. Operation Costs –

Generally users forget the costs involved with digital transactions. Clients regularly fail to remember the expenses associated with computerized exchanges. Notwithstanding, dealings that include blockchain are energy-intensive. NFT cost may include the energy costs of brokering the transaction on network and covering money into cryptocurrency.

Important Features Of NFT Marketplace-

If you are thinking of developing your own NFT marketplace, there are front-end and back-end concerns. NFT programmers should create a user experience that makes it easy to search for files and back-end process that seamlessly manages the complex transactions.

1. Storefront-

Basic concept of NFT marketplace is similar to eCommerce marketplace, meaning that you can consider the same app approach to create or deploy these platforms. Storefront acts as the face of marketplace where users can view different products and their details like price or auction window.

2. Search Functions-

You can add modern search buttons so as to rapidly search items of their interest. They can improve the scope of search results as there can be a huge range of niches of products listed on the marketplace. Implementing more accurate search functions will allow marketplace to enge in a smoother buying process.

3. Filters-

Filters are highly beneficial. Also it becomes easy to undergo a website. If you are creating an NFT marketplace platform for collectibles, add filters. It allows users to freely choose assets by category, payment method, due time and listing status.

4. Auction And buying-

NFT programmers can provide your site with some selling mechanisms. Well known artists get best prices through timed auctions as the competition can rapidly increase the cost. Also the backend work for auction is challenging than for basic sales. Specifically toward the end of auction, bidding can be intense and the site must provide real-time information of the process. Direct buying and selling is a simple process. Also, using smart contracts on the blockchain needs more development than payment gateways of traditional ecommerce websites.

5. Crypto wallet-

Crypto Wallet is an important component of the NFT marketplace ecosystem. Wallet should be secure and it should be capable to handle multiple crypto coins. Always keep in mind that NFT marketplace is like a cryptocurrency exchange and has a certain degree of centralization. Hence your crypto wallet should be guarded by simple but effective strategies such as two-factor authentication and multi-signature login.

6. Create Listing-

Allow users to create and send digital collectibles. Ensure that they need very less effort to do it.  Create a page where they can submit files, typing in the detailed product  description. Title, tags and description is a necessary information. 

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