What Is Low-Code?
Low-code software development is an approach to building applications and processes that involves little or no coding. Low-code platforms allow you to use visual interfaces with basic logic drag-and-drop capabilities and do not require complex programming languages. These platforms are becoming more popular as they offer a simple and quick alternative to traditional software development.
Low-code platforms simplify coding, making it more accessible. This allows employees to develop their solutions while still maintaining IT governance. Low-code platforms are often viewed as only suitable for small, simple projects. These powerful tools are capable of managing and streamlining complex, large-scale operations. They can be a valuable asset for any business.
What is Low Code Development?
Low-code platforms offer developers a flexible visual environment for developing simple to complex apps in a graphical user interface. Low-code platforms provide developers with advanced tools such as drag-and-drop modelers, prebuilt templates, intuitive user interfaces, etc., which allow them to design and deploy applications much faster. This will enable organizations to scale up, be more profitable, and achieve above-average returns.
A low-code framework is a replacement for conventional computer programming that requires hand-coding. It allows software applications to be created using graphical user interfaces. Amitha Piliajala, Vice President of Product, Cloud Platform Services, CX API and AI, Vonage, says that low-code and no-code tools can help companies mitigate the talent shortage by creating software systems without hiring large developers.
Low-code frameworks enable IT customers to integrate building blocks into apps and workflows. These elements abstract the code behind orders and actions, allowing IT professionals to create business applications and interfaces without having to code them manually.
What is Low Code/No Code Test Automation?
Software testing can be automated using the same principles as low-code/no-code development. This involves the use of platforms and tools to reduce the amount of manual coding required for writing and executing test scripts. This type of automation is intended to streamline the test process and make it more accessible and efficient, particularly for business users or less technical individuals involved in the development process.
Low code automation testing is a tool or set of tools that are used for software continuous testing framework and require minimal coding. These solutions use visual interfaces that include drag-and-drop and point-and-click functionality. They allow technical and non-technical users to define and execute software application tests.
No-Code Automation Testing is similar to a Low-Code solution, but it is more user-friendly. No-code solutions aim to eliminate any need for coding.
TestResults.io
In a recent podcast with Tobias Muller, "Next Generation Functional Visual Test Automation," I had the chance to dive into the workings of TestResults.io. As discussed, this platform pioneers AI for autonomous software testing. It presents a viable solution to some common challenges in flaky test automation. TestResults.io could speed up your testing by three times. Its main attraction is its reliability. This emphasizes eliminating the unpredictable or "flakiness" often associated with automated testing.
It also reduces maintenance, reducing the stress of maintaining your testing. TestResults.io is unique in that it does not require XPath or IDs. This means reducing the complexity of the automation process.
Platforms are designed to be user-centric, which allows for the automation of complete user journeys. You can test across all applications, browsers, and devices. TestResults.io automated testing if a user can interact with the system.
TestResults.io's platform includes a low code and no code designer, as well as a management dashboard that provides visual and detailed reports. The goal is to provide a comprehensive testing lab that can be accessed and used by users with varying levels of expertise.
TestResults.io's ability to seamlessly integrate with your CI/CD workflow while providing a team-based workflow is one of its most essential features. This seamless integration can achieve continuous software testing and delivery.
ACCELQ
ACCELQ, a cloud-based platform for continuous functional testing, can automate Web, APIs, Mobile, DBs, Mainframes, and Desktop Apps. ACCELQ's innovative codeless architecture revolutionizes the testing process by integrating automation into every testing phase. It provides comprehensive solutions for web, desktop, and mobile testing, as well as API, mainframe, and API.
With its self-healing features, natural language test logic, and business-process-driven design, ACCELQ guarantees dependable test execution while speeding up in-sprint automation. Its native integration and support for multiple applications make it a top choice for high-speed software teams. This software integrates with packaged applications such as Salesforce, SAP, and Oracle.
Subject7
Cloud-borne, Codeless Test Automation Solution Using AI and Open-Source Technology for Web, Mobile API, Database & API Testing. Our user-friendly, unified platform integrates seamlessly into DevOps workflows. It supports multiple browsers parallel testing and has advanced features such as self-healing and element identification. Subject7 caters to both non-technical users and business users. It scales to meet your evolving enterprise needs, encouraging business growth and agility.
Subject7's native plugins and REST APIs are designed for efficiency and collaboration. They enable fast feedback loops between QAs and developers. Their responsive customer partnership provides a customized testing solution to every client.
Opkey
No-Code Platform with AI Support for Web, Mobile Desktop, and Mainframe. Opkey is easy to use, empowering business users and technical users. It supports 15+ packaged applications and 150 technologies. Our extensive test library helps you discover and fill testing gaps. You can also create new tests faster using our drag-and-drop interface. Our platform allows you to maintain robust automation scripts using self-healing artificial intelligence, generate reports automatically, and collaborate effectively. Opkey offers comprehensive automation for Oracle, Salesforce, and SAP.
Test Sigma
Test Sigma, an open-source Unifying Codeless Test Automation tool for the Agile/DevOps Era, is a codeless QA automation best practices that unifies all existing testing tools. Use simple English scripts to automate web, mobile, and API testing scenarios.
Testsigma's user-friendly platform allows any team member, regardless of their technical expertise, to develop test cases and maintain them 5X faster than the traditional methods. Our AI capabilities can auto-heal failed test cases and suggest possible fixes. Integrate with CI/CD and automate testing for UI elements and APIs.
Test Sigma offers a complete ecosystem of test automation efforts visible with its robust tools for test management, visual testing, and seamless integrations. It is 5X faster than other tools and saves 70% in costs, according to the company.
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AVO
A No-Code AI-Driven Solution for Test Automation. Avo Assure is a no-code AI-driven solution that automates testing by reducing the time, effort, and resources required to perform manual tests. Avo Assure's seamless integration, cross-platform compatibility, and intuitive user interface allow you to test web, mobile, and mainframes as well as ERPs, Salesforce, and other applications. Avo Assure's unique features include in-sprint testing automation, test maintenance efficiency, and CI/CD Integration. It's also certified for SAP S/4HANA and SAP NetWeaver. Avo Assure will increase test coverage, productivity, and application release speed. It will also reduce infrastructure requirements and production defects. This is a cost-effective, innovative solution that delivers high-quality applications.
Mabl
Mabl is the leading intelligent, low-code test automation solution. It integrates automated tests end-to-end into all phases of development. It allows high-speed teams to create and execute reliable tests for mobile, API, and browser web applications. Mabel's unified testing platform offers tools for data-driven and performance testing as well as tools for scalable cloud testing. Mabel simplifies your automated testing, speeds up development, and improves application quality.
Katalon
Katalon, an AI-powered platform, is designed to test APIs, desktop, mobile, and web apps. Its aim is to deliver high-quality digital experiences and products. Their AI-augmented platform allows for quick test creation with full-code flexibility and low-code ease. It integrates seamlessly and organizes artifacts for automated to manual testing.
It provides instant web and mobile testing environments that enable parallel execution across multiple platforms. This allows for real-time visibility to make informed decisions. Katalon is a platform that uses AI to deliver self-healing tests, brilliant wait execution, and autonomous testing.
Robot Framework
Robot Framework is an open-source, QA automation framework created by Pekka Clarck. It's widely used in test and robotic process automation (RPA). It is supported by the Robot Framework Foundation and used by many industry leaders. The openness and extensibility of the Robot Framework Foundation allows it to be integrated with any tool.
The framework has a simple, human-readable syntax and is free. Libraries in Python, Java, and other languages can expand their capabilities. Robot Framework offers various tools and libraries developed in separate projects.
What Is The Future Of Low-Code Development?
Low code is expected to grow as a social and technological phenomenon.
- Gartner, Inc., in its latest report, expects the global market for technologies that enable low-code development to reach $26,9 billion by 2023, an increase of 19,6 percent over 2022.
- By 2027, the global low-code market will be worth around $65 billion, and by 2030, it is estimated to reach $187 billion. This is a CAGR between 2020-2030 of 31.1%.
- In 2023, Low-Code Application Platforms are expected to continue dominating the market for low-code technology. For example, the LCAP has increased by 30 percent since 2020 and generated $5.8 Billion in 2022.
Business Owners Can Benefit From Low Code Development
Implementing low code will yield immediate results for business owners. Here are a few of the most significant advantages:
Improved Agility
Create and deploy new applications quickly and easily without extensive programming experience. This tool can help businesses become more responsive and agile to changing requirements.
Prevents Technical Debt
Low-code platforms are a great way to prevent technical debt. They can help prevent technical debt by providing a structured, standardized application development environment.
Cost Savings
Low-code can also automate repetitive tasks and reduce costs. Low-code also helps automate repetitive tasks, which can reduce costs.
Time To Market Is Reduced
App development is accelerated, allowing organizations to bring new products to market quickly.
Improved Decision-Making
Business owners who have access to data in real-time can make it data-driven. These better decisions can help improve their business's performance.
New Technologies Are Available
Low-code platforms are crucial to enterprise modernization. Low-code platforms allow companies to easily update their processes and systems, which leads to a digital transformation that is less expensive, time-consuming, and complex. Businesses can integrate AI and machine-learning technologies efficiently by leveraging templates and features.
It's time to embrace low-code culture if you still need to. This transition may only go smoothly if adequate measures are taken. It may be necessary to restructure your organization to educate your team about the new platform's functionality.
Low-Code Adoption: How To Start?
Define Processes And Data
Process data is the foundation of every application. To get a structured flow, start by aligning the processes with business requirements. It is then easier to create apps with the techniques in the correct order and achieve the desired result. By implementing simulations and gaining new insights, you can find the best path. After you've defined your processes, it becomes easier to collect the necessary and correct data. Decide what data is needed to complete the process seamlessly.
Create Forms That Are Easy To Use
Adoption of low code becomes more accessible when the user experience and interface are seamless. Drag-and-drop functionality and defined processes and data can create intuitive forms that collect relevant information. Users can build dynamic structures with a robust low-code platform to control the user and use ready-to-use tools. The ability to create the perfect form with any field and functionality helps developers build better apps.
Create A Fully Functional Application
Low-code functionality makes it easy to build apps and requires minimal training. This solution uses a visual approach to app building that allows anyone to create simple to complex applications without needing developers. Low-code software is increasingly being adopted by Business Process Management (BPM) due to its novel approach to software creation, which emphasizes minimal coding.
You can also modify the default code to unlock advanced features within the app. Business-process AUI automation code review is one of the most significant advantages of low-code platforms. You can automate repetitive tasks without human interaction using prebuilt templates. It saves time and effort for employees, who can then focus on more critical studies.
Test And Execute The Application
Before launching the application, it is mandatory to test it. So, all technical problems and glitches will be detected before the application is launched. A defective application can negatively impact efficiency and performance. Low-code platforms offer a testing environment that allows the application to be tested and scrutinized multiple times to eliminate technical errors and check its performance. Test results and user feedback can be used to make necessary changes before the app goes live.
Deployment Of The Application
Low-code platforms allow for flexible application deployment. Install, configure, and set up fully functional applications with simple clicks. Low-code platforms also provide real-time updates, fixes, and feature updates.
Adoption Of Low Codes Is A Challenge
Low code has many advantages, but there are some challenges to be aware of. Low-code technology can make it difficult for non-technical people to navigate and understand the platform. It can be challenging for domain experts and business analysts to test atomic automation and create their apps. For IT departments, it is more difficult to maintain and support those apps.
Low-code solutions are also limited in terms of customization and scalability. The drag-and-drop user interface may be easy to use and intuitive. Still, it might provide a different flexibility than traditional coding. It can be challenging to create complex apps or custom applications tailored to an organization's needs.
Low-Code Development Features
Visual Modeling Tools
Apps developed using visual templates and approaches take less time than those created using code. Low-code systems with visual modeling features use built-in modules to reflect details in a manner everyone can understand, from non-technical user stories to advanced developers.
Functionality Out of the Box
Leading low-code platforms offer OOTB software, removing the need to develop critical components from scratch. Low-code systems can provide, for instance, data storage or app components aimed at customers, like service management and sales process management.
Drag and Drop Interface
Any well-known platform that uses low-code supports drag-and-drop functionality. It is a precious and critical feature that facilitates production. Drag-and-drop functionality is available throughout the app development process to support technical and citizen developers.
The Security of Your Own Home
No matter how user-friendly or usable a low-code tool is, it will only be enough if it's safe. Ensure your low-code framework is secure enough to protect the applications and platform you are creating.
Scalability
Scalability is a must for low-code applications. It should be able to create applications that will accommodate increased users as you expand your business. It should be able to accommodate both twenty and twenty thousand employees.
What Can You Build Using Low-Code Development?
To maintain operational efficiency, organizations tend to adopt new technology as they grow exponentially. Low-code technology is one of these robust technologies that allows organizations to be more digitally progressive. Low-code platforms will enable you to create flexible solutions, such as automating business processes, digitizing operations, managing requests, and building custom apps at scale.
Use Cases for Low-Code
- Employee lifecycle Management
- Purchase management
- Expense claim management
- Complaint Management
- Marketing budget management
- Sales lead management
- IT bug tracking management
- IT incident management
Evolution Of Low Code No Code Tool
According to the Industry Report, "low code" has been used since 2011. In 2014, they published a report that included the following definition: "Low-code platforms allow rapid delivery of business apps with minimal upfront investment for setup, training, and deployment."
Initially, some options are built into the development tool to accelerate the process. The speed of delivery has improved dramatically. It started with small applications and was expanded to include a few more services. In less than a second, we can integrate multiple applications. Many test automation tools are available to help functional testers automate their testing, saving them time and effort. As they grow, so do the tools.
What Is The Relationship Between These Tools And Software Testing?
Applications built via low-code/no-code platforms have fewer functionality-related bugs. These tools have already been through extensive unit testing and a few types of testing. It allows software testers to concentrate on other aspects of testing, such as Security, Performance, and so forth.
Various low-code/no-code test automation tools on the market can test web, desktop, mobile, and APIs. These tools can be Beneficial for testers who are not familiar with coding or don't wish to learn coding but want to automate their testing. This tool is excellent for short-term projects and easier to maintain for new testers.
During the UAT phase, business users can also execute the Automation scripts. Open-source contributions are sought by many tools, which is a boon for software testers. They can then contribute to the testing community while still coding if that's what they love.
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Conclusion
The QA Automation expert will undergo a significant transformation by 2024. The future of QA is shaped by the convergence of AI and advanced technologies, as well as a change in testing paradigms. QA professionals must stay on top of the latest trends to ensure software quality. Keeping up with the latest trends allows testing effort professionals, teams, and organizations to remain competitive.
