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Ultimate Practices of Testing For Mobile Apps




In the current era, mobile apps have turned into a crucial part of our everyday lives. From managing finances to ordering food, mobile applications have revolutionized the way we interact with advanced technology. That’s why it is suggested to test early in the software development process and execute rigorous Mobile app testing.

Statistical Overview

In the year2022, the no. of mobile users stood at 7.26 billion, with forecasts suggesting that mobile users worldwide are likely to hit 7.49 billion


Hence, with the mobile application market growing fast, ensuring the consistency and overall quality of these applications is more crucial than ever.

What is Mobile Application Testing?

Mobile Testing is the method of validating a mobile app (iOS or Android) for functionality, usability, and overall performance. This form of testing allows companies to validate if their mobile apps function as intended and meet end-users’ requirements using automation testing or manual testing techniques and tools.

When testing mobile applications, QA teams should confirm that they execute flawlessly across multiple device configurations. This includes testing the application across multiple OS versions, screen resolutions, and network bandwidths.

Types of Mobile Applications

Let us know the difference between web, native, and hybrid apps. The three broad categories of mobile applications available today are:

  • Native Apps: Native mobile applications are mainly designed to run on a specific platform (Google Android and Apple iOS). Native apps can be developed with Swift/ Objective-C for iOS and Kotlin or Java for Android, while cross-platform applications can be built with testing frameworks such as NativeScript, ReactNative, and Flutter.
  • Responsive Web Apps: Responsive web applications are designed to be accessed on a mobile browser. They are either a progressive web app (PWA) or a responsive website version, adding extra mobile-friendly traits to the original site.
  • Hybrid Apps: Hybrid applications are perfectly designed to combine the traits of both web and native applications. Hybrid applications can be installed via application stores the same as native applications, but they might have a few native functionalities, like using device traits not obtainable through the browser or gaining access to files stored on the gadget.

Why is Mobile App Testing Significant?

One of the prime purposes of designing and developing mobile applications is to grow the business and reach the maximum users number globally. But what if developed mobile applications are defective and hard to use by the user? There is a higher chance that the consumers will uninstall the mobile applications. This is something any organization wouldn’t wish their end user to uninstall the mobile applications and shift to their competitors. Here, mobile application testing is truly significant as it gives info on the application’s functionality.

In order to make certain that mobile applications meet end-user needs and goals, robust and adequate mobile app testing is imperative. But, if the mobile applications aren’t tested, there is a high possibility of a prevalence of flaws or bugs that might disrupt the app’s functionality. This gives the worst user experience; they might uninstall or delete an application. Hence, mobile app testing is a crucial process that shouldn’t be missed.

Advantages of Mobile App Testing

Some of the advantages of mobile app testing are mentioned below:

  • High end-user reliability

When you get assured of the mobile application’ functioning, usability, and performance, it tends to give a positive end-user experience. Users are more expected to use the application and recommend it to their friends, resulting in high revenues and a good reputation in the QA and software industry.

  • Make sure UI (User Interface)/ UX (User Experience) Usability

Mobile app testing enables the QA testers to test apps from the end-user perspective. They scrutinize the mobile application’s user-friendliness and usability by simulating normal users’ actions and test their feel and look. Testers detect any navigation concerns and logical flow and testing apps on varied screen sizes and devices by running mobile app testing. This helps to assess the UI/UX usability of the mobile application.

  • Find Security Vulnerabilities

Mobile app testing is also executed to validate and check any security threats or vulnerabilities in the mobile applications, such as unauthorized access or data leaks. Therefore, one of the key advantages of application testing is to prevent any possible data breaches and security-centric issues.

  • Confirm Proper Functioning

App testing permits checking mobile application functions and performance without any bugs, flaws, or glitches. For instance, QA specialists can find out whether consumers can successfully download the application to various devices.

  • Lower mobile app development cost

You can easily detect errors or bugs in the application during its development course. This further confirms that they are fixed at an early phase and prevents the high expense of fixing flaws later.

Common Mobile App Testing Challenges

Here are the commonly faced challenges in mobile app testing:

  • Device Fragmentation: Because of the proliferation of mobile gadgets, app testers face great challenges as the no. of active devices running an app increases annually. This presents a compatibility problem as testing teams should confirm apps can be employed across varied OSs (iOS, Android, Windows) and distinct versions of the same OS (such as iOS 6.X and 5.X).
  • Multiple Devices Worldwide: Mobile application developers should confirm their app’s function on the most popular devices. This necessitates a broad infrastructure that comprises test solutions & a physical hub of devices. It can be a significant investment for startups but is essential for success.
  • Multiple Screen Sizes & Resolutions: Around the globe, mobile phone manufacturers design products with distinct screen sizes. Diverse model variants have varied sizes and resolutions to appeal to an extensive range of users; therefore, applications require to be updated for each new screen specification launched.
  • High User Expectations: Mobile device global users have varied expectations of their devices. Manufacturers comply by giving a set of models to suit diverse niche audiences; with this diversity comes variations in the apps running on such devices & how they perform.
  • Mobile Network Bandwidth: Mobile applications are bandwidth-intensive, and mobile networks often cannot handle the data volume that a high-speed application sends and receives. If any app doesn’t load at a pace, users will abandon it. Mobile app testing is essential to ensuring fast, reliable performance of both the backend systems and the mobile applications.
  • Smooth User Experience: The success of any mobile app relies on a better user interface. A contextually specific and creative interface is more likely to be successful than a generic one. The more traits the app has, the more resources it will necessitate and the slower it may run.
  • Security Concerns: Security concerns are a great obstacle for mobile application testers. Even though AI-powered test orchestration and test execution platforms such as LambdaTest help to relieve security concerns, there are still numerous concerns that developers should address to be truly satisfied with their test outcomes.

Practices for Testing Mobile Applications

Know Your Target Audience

Before jumping into testing, it is crucial to know your niche audience. Varied user groups have distinct OSs, device preferences, and usage patterns. Customize your test strategy to prioritize the platforms and devices your audience is likely to use. This makes sure you focus your test efforts where they matter most.

Perform Frequent and Early Testing

It would be better to commence app testing as soon as development has attained a logical stage. You must track the outputs of each software testing life cycle, evaluating the test results of every cycle. This assists you in detecting glitches and flaws early before they turn into too expensive to fix.

Testing on Real-time Devices

While simulators and emulators have their place in testing, there is no substitute for testing on real-time devices. Emulators cannot mimic the exact behavior of a physical gadget, so it is essential to test on multiple real-time devices to catch problems that may not surface in virtual environments.

Mobile-First Testing Approach

Given the mobile-first testing approach, begin with mobile app testing before shifting to desktop or web versions. This guarantees that mobile users have the best possible experience.


Responsive Design Testing

Responsive design is crucial for applications that run on various screen sizes & orientations. Test how the application adjusts to varied screen sizes, from mobile phones to tablets, and guarantee that the functionality and layout remain reliable.

Network & Connectivity Testing

Mobile applications are mainly reliant on network connectivity. Testing your application under several network conditions, counting Wi-Fi, 3G, and 4G. Check that the application performs perfectly, even with restricted bandwidth or intermittent connections.


Test Against Main Hardware Features

Mobile gadgets are loaded with robust sensors and hardware that adapt to users’ requirements and settings. For instance:

  1. Gyroscope sensors
  2. Proximity sensors
  3. Location sensors
  4. Ambient light sensors
  5. Acceleration sensors
  6. Touch-less sensors
  7. Humidity pressure, & temperature sensors

Sensors within testing apps could be used to optimize the application’s performance. The QA team should understand the multiple sensors and how they can be utilized. QA testers should test against sensor-centric scenarios, like light conditions or varied settings.

Which one to opt for – Automated or Manual?

You will come across a no. of test automation tools to run mobile application testing, however, you must not underrate manual testing. Use automated test tools while testing a huge series of recurring data sets and while performing recurrent test cases.

Automated App Testing

Test automation is essential in mobile app development as it is lucrative, saves time, and reduces the threat of launching a faulty product. IDEs, Cloud automated test frameworks, and in-house scripts are all essential tools that can be used to generate test automation. But, the significant aspect is the management of the automated test suite.

Performance Testing

Performance glitches can frustrate consumers and result in bad reviews. Conduct performance testing to scrutinize for slow load times, memory leaks, and extreme battery consumption. Tools such as LambdaTest with Appium can help automate performance testing.

Security Testing

Mobile applications very often manage confidential user data. Security testing is crucial to determine vulnerabilities like data leaks, insecure Application Programming Interfaces, or insufficient encryption. Protect your users’ info and keep their trust.

Usability Testing

It is all about ensuring that the application is intuitive and user-friendly. Check how real-time users communicate with the mobile application, detect pain points, and iterate to enhance the user experience.

Regular Updates & Regression Testing

As devices, OSs, and 3rd-party libraries progress, your application should keep pace. Frequent updates must be accompanied by regression testing to guarantee that new modifications do not introduce new flaws or break current functionality.

Cross-Platform & Cross-Browser Testing

Besides testing on multiple devices, conduct cross-platform and cross-browser testing. Your application must perform unfailingly across varied browsers and OSs.

To streamline the mobile app testing procedure and confirm comprehensive test coverage, consider incorporating LambdaTest into your test strategy. LambdaTest offers a huge selection of real-world browsers, devices, and OSs (operating systems), letting you conduct thorough tests without the requirement for an extensive device lab.

Wrapping up

Testing mobile applications is a complex process that requires careful consideration of the exceptional challenges presented by the mobile environment. By considering your target audience, testing on real devices, and following best practices for performance, responsiveness, usability, and security, you can make sure that your application stands out in the competitive app market.

Frequently Asked Questions (FAQs)

  • What are the important types of testing for mobile apps?

Important types of testing for mobile applications include performance testing, usability testing, functional testing, compatibility testing, security testing, and user interface (UI) testing.

  • When should I begin testing your mobile app during the development procedure?

Testing must start early in the app development process, preferably during the development and design stages. Early testing addresses issues before they become too expensive to fix.

  • How can I confirm my mobile app complies with App Store guidelines?

To confirm compliance, comprehensively review the guidelines of the corresponding app store and complete testing to meet their particular needs.

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MITX by Morpheus Labs: Bridging the Gap Between Innovation and Execution in Blockchain




In the rapidly evolving realm of blockchain technology, innovation remains a constant driving force. However, bringing these groundbreaking concepts to life and transforming them into practical, real-world solutions necessitates seamless execution. Together, they present a formidable collaboration, offering a powerful and dynamic platform that effectively bridges the gap between innovative ideas and their successful implementation in the blockchain industry. This partnership revolutionizes the landscape by providing a comprehensive suite of cutting-edge tools and services, empowering businesses and individuals alike to thrive in this ever-changing landscape of digital innovation. Parallel to this, https://immediate-edge.software/ is bridging the gap between investors and investment education. Visit now and learn more!

Understanding the Blockchain Challenge

The blockchain industry has witnessed remarkable innovations over the years, disrupting traditional systems across various sectors. Yet, despite the enormous potential, a significant challenge persists—the gap between ideation and execution. Many brilliant concepts remain unrealized due to technical complexities, lack of proper resources, and the absence of a cohesive environment for development and deployment.

Introducing Morpheus Labs: The Driving Force Behind MITX

Morpheus Labs, a trailblazer in the blockchain domain, recognized this challenge and took it upon themselves to create a solution. Their brainchild, MITX, stands tall as a groundbreaking platform that brings together developers, enterprises, and enthusiasts in an ecosystem designed for seamless execution.

Empowering Innovators with MITX

User-Friendly Development Environment

MITX empowers innovators by providing a user-friendly and comprehensive development environment. With easy-to-use tools, even those with limited technical expertise can dive into blockchain development without any hindrance.

Smart Contract Integration

Smart contracts are the backbone of blockchain applications, automating processes and ensuring trustless interactions. MITX integrates smart contract development tools, allowing developers to create, deploy, and manage these contracts efficiently.

Seamless Deployment and Hosting

The platform offers a seamless deployment and hosting process, streamlining the transition from development to implementation.


Developers can test their applications thoroughly before deploying them on the blockchain network.

Enterprise Collaboration

MITX fosters collaboration between enterprises and developers, promoting a conducive environment for mutually beneficial partnerships. This collaborative approach brings real-world use cases to life while enhancing the adoption of blockchain technology.

Revolutionizing Business Operations with MITX

Scalability and Cost-Effectiveness

MITX offers a highly scalable infrastructure, allowing businesses to adapt and grow their applications effortlessly. Moreover, the platform’s cost-effective solutions reduce the financial burden, making it attractive for businesses of all sizes.

Enhanced Security and Reliability

Blockchain technology is renowned for its security features, and MITX takes it a step further by integrating advanced security protocols. The decentralized nature of the platform ensures a tamper-resistant environment, safeguarding critical data and transactions.

Streamlined Supply Chain Management

Supply chain management is one of the areas benefiting significantly from blockchain adoption. MITX enables businesses to create transparent and efficient supply chain networks, reducing inefficiencies and minimizing fraud.

The Unparalleled Benefits of MITX in the Financial Sector

Efficient Cross-Border Transactions

MITX facilitates seamless cross-border transactions, eliminating the need for intermediaries and reducing transaction costs. This feature is particularly crucial for the financial sector, where swift and secure global transactions are paramount.

Enhanced Digital Identity Management

Digital identity management is a growing concern in the digital age.


MITX leverages the blockchain’s immutability to provide a robust and secure digital identity verification system, mitigating identity-related risks effectively.

Decentralized Finance (DeFi) Advancements

The rise of DeFi has transformed the financial landscape, and MITX actively contributes to this revolution. The platform facilitates the creation and deployment of DeFi applications, unlocking a plethora of decentralized financial opportunities.

MITX: The Future of Blockchain Innovation

As the blockchain industry continues to expand, MITX by Morpheus Labs stands as a beacon of hope for innovators, developers, and enterprises. By bridging the gap between innovation and execution, MITX propels the adoption of blockchain technology across diverse domains.


MITX has emerged as a transformative and indispensable platform, serving as a unifying force for visionaries and implementers within the blockchain ecosystem. With its provision of seamless development tools, robust enterprise collaborations, and unmatched advantages across diverse sectors, MITX paves the way for a future where innovation flourishes. Embracing the power of MITX by Morpheus Labs unlocks boundless potential and propels the rapid evolution of blockchain technology, propelling us toward a decentralized and technologically advanced tomorrow.

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How to Create a TradingView Bot




A Tradingview bot is a software application that automatically performs certain actions at cryptocurrency exchanges, such as buying or selling crypto coins. It can be configured based on specific parameters and conditions, like price levels or one particular indicator, and can also generate trading signals. Nowadays, traders can utilize Tradingview bots to automate their trading strategies and enhance their profitability.

In addition to offering an open-source community for developers, tradingview also provides a robust set of tools and features that enable users to customize and backtest their trading strategies. These include a variety of pine script time frames, a wide range of trading pairs, and the ability to use multiple accounts. However, It is worth noting that the platform requires a premium membership to access the most advanced tools and features.


The first step in creating a trading view bot is to choose the trading pair and leverage ratio that best suits your strategy. Once you’ve done this, you can select the “start” and “close” conditions that will trigger the bot to trade based on your custom trading view signals. Finally, you can specify whether the alert is a one-time or repeating signal (e.g., “everytime”).

You can then create an alert in TradingView that will send a message to your bot when the trading conditions are met. You can also use the alert to define the message that is sent to your bot – for example, you can add an alert to your tradingview that will send a “buy at retest” signal to your bot whenever it receives the “buy at down-crossing” message from OKX.

Once you have your tradingview signals alert set up, you can connect it to your bot via a webhook. Then, when you activate the alert, the bot will start trading based on your custom signals. Finally, you can set up recurring alerts to continue receiving your custom tradingview signals and to trigger the bot to trade based on those signals.


If you’re not sure how to setup your own TradingView signals bot, there are a few companies that offer pre-made tradingview bots. These are usually more expensive than free ones, but they can save you time and help you avoid mistakes that could cost you money. These are a great option for beginners who don’t have the time to code or want to test their own bots. In addition, some of these companies provide customer support that can assist you with any issues that may arise. It’s important to note that the quality of these services can vary, so you should do your research before purchasing a tradingview bot. A good way to do this is by reading reviews of different tradingview bots. You can also check out TradingView’s pricing page to see what’s available. A tradingview bot that is backed by a trusted company will be more likely to be reliable and stable.

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What Are The Six Main Types of Fintech




In the ever-evolving finance landscape, technology has emerged as a transformative force, giving rise to the dynamic field of Financial Technology, or Fintech. As traditional financial services integrate with cutting-edge technological advancements, diverse solutions have emerged, each addressing specific aspects of the financial ecosystem. This article intends to delve into Fintech and explore the six main types of reshaping how we manage, invest, and interact with money. From peer-to-peer lending to blockchain-based innovations, join us on a journey to uncover the key categories that define the future of finance.

Embarking on a career in the Fintech industry proves wise in our digitally driven era, where finance and technology converge to reshape the financial landscape. The Fintech sector offers unparalleled opportunities for innovation, growth, and impact. Pursuing a masters in Fintech becomes a strategic move, providing a specialized skill set that aligns with industry demands. Such a program equips individuals with in-depth knowledge of blockchain, data analytics, and emerging technologies, enhancing their ability to navigate the evolving financial landscape. A Fintech master’s ensures relevance and positions professionals at the edge of driving transformative changes in the financial technology domain.

What is Fintech?

Fintech, a fusion of “financial” and “technology,” encompasses apps, software, and technologies facilitating digital access, management, and insights into finances and financial transactions for individuals and businesses. In the past decade, the surge in digital tool adoption prompted the emergence of fintech as a solution to address financial challenges and propel progress toward financial objectives. Consequently, consumers now depend on fintech for diverse applications, spanning banking, budgeting, investments, and lending, drawn by its tangible everyday advantages.

How Fintech Works?

Fintech, short for financial technology, encompasses diverse technologies and innovations that leverage digital platforms to enhance and streamline financial services. At its core, Fintech integrates cutting-edge technology with traditional financial activities, offering solutions that are often more efficient, accessible, and user-friendly.

Digital Transactions and Payments: Fintech facilitates digital transactions and payments through various channels. Mobile payment apps, online banking platforms, and digital wallets provide users with the ability to transfer funds, make purchases, and conduct financial transactions seamlessly.

Blockchain and Cryptocurrencies: Blockchain technology, a decentralized and secure ledger, underpins many Fintech applications. Cryptocurrencies, like Bitcoin and Ethereum, utilize blockchain for secure, transparent, and tamper-resistant transactions, reducing the need for intermediaries.

Data Analytics and Artificial Intelligence: Fintech harnesses the power of data analytics and AI to analyze vast amounts of financial data swiftly. This enables more accurate risk assessments, fraud detection, and personalized financial recommendations.


Peer-to-Peer Lending and Crowdfunding: Fintech platforms facilitate peer-to-peer lending and crowdfunding, connecting borrowers directly with lenders or investors. This disintermediation of traditional banking allows for more accessible loans and investments.

Robo-Advisors: Robo-advisors employ algorithms to automate investment advice and portfolio management. These digital platforms analyze user preferences, risk tolerance, and market trends to provide personalized and cost-effective investment strategies.

Insurtech: In the insurance sector, Fintech, often called Insurtech, utilizes technology to streamline policy management, claims processing, and risk assessment. This results in more responsive and tailored insurance solutions.

Regtech: Regulatory technology (Regtech) solutions use technology to help financial institutions comply with regulatory requirements efficiently. This includes automating compliance processes, ensuring data security, and reducing the risk of financial crimes.

Fintech’s success lies in its ability to leverage technology to meet evolving consumer demands, enhance financial inclusivity, and drive efficiency across various facets of the financial ecosystem. As technology advances, Fintech is poised to play an increasingly integral role in shaping the future of finance.

Types of Fintech

Encompassing diverse applications in business-to-business (B2B), business-to-consumer (B2C), and peer-to-peer (P2P) markets, Fintech spans a broad spectrum of use cases. The ensuing examples highlight various fintech companies and products at the forefront of transforming the financial services industry.

Fintech Banks: The fintech industry has revolutionized banking services, transforming fundamental components of the financial system. Technologies like Plaid’s Auth and Identity Verification have streamlined processes such as account opening, funding, and reducing fraudulent sign-ups. Neobanks, such as Varo offer flexible personal checking accounts, high-yield savings, and secured credit cards, all without traditional fees that can impede financial goals.

Digital Payments: Cashless transactions are surging, with 41% of Americans reporting all-week digital payments, up from 29% in 2018. Payment apps like Shift and B2B platforms like Wave leverage technologies, such as Plaid, enabling instant bank connections for efficient and cost-effective digital transactions.

Personal Financial Management (PFM): PFM apps like Dave, Brigit, and Copilot simplify financial management by consolidating information from various accounts into a single dashboard. Copilot, utilizing real-time insights from Plaid, empowers users with a holistic view of their financial health, aiding in budgeting and financial decision-making.


Wealth Management: Fintech solutions like Atom Finance and Stash enhance wealth management by aggregating held-away account information, offering a comprehensive platform for investment research, tracking, and accessible financial advice.

Fintech Lenders: Leading fintech lenders, including SoFi, Prosper, and SoLo, leverage technology to streamline lending processes, providing consumers with transparent and diverse loan choices while avoiding predatory practices. Plaid supports these efforts by simplifying identity verification, asset assessment, and income authentication for borrowers.

Embedded Finance: Embedded finance seamlessly integrates financial services into everyday experiences through non-financial products. Examples like Shopify Balance, Unit, and Checkout.com showcase the integration of financial products into the user experience of non-financial companies, a trend expected to generate approximately $230 billion in revenue by 2025, marking a tenfold increase from 2020.


Exploring the six main types of Fintech reveals a landscape where innovation intersects with finance, reshaping the industry. A masters in Fintech emerges as a key enabler for individuals seeking to navigate this dynamic domain. Such a program offers specialized insights into digital payments, blockchain, wealth management, and more, ensuring familiarity with emerging trends. As Fintech continues to redefine financial services, a master’s not only equips professionals with essential skills but positions them as informed contributors, ready to shape the future of this rapidly transforming sector. It’s an investment in expertise that propels individuals into the forefront of financial technology.

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