#low code test automation

[yethiconsulting]

No-Code Test Automation: Reducing the Skill Barrier in Software Testing

Introduction to No-Code Test Automation

Begin with an overview of no-code test automation, explaining how it allows users to build and execute automated tests without programming skills. Emphasize that this approach removes entry barriers, making software testing accessible to more team members.

How No-Code Automation Reduces the Skill Barrier

Visual Workflows and Drag-and-Drop Interfaces: Describe how no-code platforms allow users to create tests through visual workflows, eliminating the need for complex scripting and enabling faster test setup.

Reusable Components: Explain how reusable test modules simplify test design, making it easy for users with limited technical skills to create comprehensive test suites.

Cross-Functional Collaboration: Discuss how no-code platforms empower non-technical stakeholders—such as business analysts and product managers—to participate in testing, fostering a more collaborative QA environment.

Conclusion

Summarize by highlighting that no-code test automation is transforming software testing by reducing reliance on coding, enhancing collaboration, and enabling faster and more efficient testing processes for teams of all skill levels.

[tonymattblog]

Low Code Test Automation: Transforming the Landscape of Software Testing

Low code test automation is emerging as a revolutionary strategy in the realm of software development. This forward-thinking method allows testers and developers to construct efficient automated tests without requiring extensive coding skills. At ideyaLabs, we understand the immense potential of low code test automation and provide innovative solutions that simplify the testing workflow.

Defining Low Code Test Automation

Platforms focused on low code test automation offer user-friendly visual environments and pre-configured components. Users can easily create test cases by dragging and dropping elements, drastically lowering the need for advanced programming capabilities. This method makes test automation accessible, empowering team members with various technical backgrounds to contribute meaningfully to quality assurance initiatives.

Advantages of Low Code Test Automation

Enhanced Productivity Low code test automation shortens the testing timeline, enabling testers to create and execute tests more swiftly, leading to faster software release cycles.

Economic Benefits By lessening the dependency on specialized coding expertise, organizations can maximize resource efficiency. This method encourages better allocation of human talent and reduces costs associated with training.

Improved Teamwork Low code platforms enhance collaboration between technical and non-technical personnel. Their visual interfaces facilitate improved understanding and teamwork across different departments.

Increased Test Coverage The ability to rapidly develop tests allows teams to broaden their test coverage. This thorough approach results in better quality assurance, with fewer defects in the delivered product.

Adaptability Low code test automation solutions are designed to scale according to growing testing demands. As projects increase in complexity, these platforms can easily accommodate heightened requirements without major modifications.

Essential Features of Low Code Test Automation Solutions

The low code test automation platform offered by ideyaLabs includes several critical features:

User-Centric Visual Design Our platform provides a simple drag-and-drop interface, empowering users to create sophisticated test scenarios without extensive coding knowledge.

Library of Pre-Built Components Featuring a robust library of pre-configured test components, the platform streamlines the test creation process, allowing users to assemble complex test suites swiftly.

Cross-Device Compatibility The tool enables testing on various platforms and devices, ensuring uniform quality across diverse environments.

Seamless Integration The platform supports smooth integration with widely-used development tools and CI/CD pipelines, enhancing the software development lifecycle.

Comprehensive Reporting and Analytics Detailed reporting features offer valuable insights into test outcomes and performance data.

Steps to Successfully Implement Low Code Test Automation

Organizations can follow these steps for effective low code test automation implementation:

Evaluate Current Testing Approaches Review existing testing methods to identify improvement opportunities.

Select an Appropriate Tool Choose a low code test automation solution that aligns with your organization’s specific needs.

Train Team Members Adequately Ensure thorough training is provided, enabling team members to make the most of the low code platform.

Begin with Simple Test Cases Start by automating straightforward test scenarios to build confidence and skills.

Gradually Expand Test Coverage As the team gains experience, incrementally increase the complexity and scope of automated tests.

Assess and Optimize Continuously monitor the effectiveness of the low code test automation process and adjust it as needed.

Navigating Challenges in Low Code Test Automation

While there are numerous benefits, organizations may face certain challenges in low code test automation:

Customization Limitations Some complex testing scenarios may necessitate a level of customization that low code solutions might not accommodate.

Adjustment Period Despite the straightforward interface, team members may require time to adapt to this new testing methodology.

Integration Challenges Merging low code tools with established systems and workflows can initially present hurdles.

Maintenance Dynamics As test suites grow in complexity, efficient maintenance and updates become increasingly important.

The Future Prospects of Low Code Test Automation

The future of low code test automation appears bright. With ongoing advancements in artificial intelligence and machine learning, these platforms are set to become even more intuitive and intelligent. Innovations in predictive analytics may facilitate proactive generation of test cases, streamlining the quality assurance process even further.

ideyaLabs’ Pledge to Low Code Test Automation

At ideyaLabs, we pride ourselves on leading the charge in low code test automation advancements. Our platform is continuously evolving to meet the dynamic demands of the software development sector. We focus on enhancing user experience, broadening integration options, and incorporating cutting-edge technologies to deliver a holistic low code test automation solution.

Conclusion

Low code test automation signifies a major progression in software testing methodologies. By simplifying the test creation process and enabling a diverse range of team members to participate, this approach accelerates development cycles and elevates software quality. The low code test automation platform from ideyaLabs equips organizations with essential tools needed to thrive in today's fast-paced digital landscape. Adopting this innovative approach enables companies to deliver superior software products efficiently, ultimately gaining a competitive advantage in the marketplace.

As the software industry continues to evolve, low code test automation will increasingly play a crucial role in ensuring product quality and reliability. Organizations that embrace this methodology early on will be well-prepared to tackle the challenges of tomorrow's technology landscape. With ideyaLabs as a trusted ally, businesses can confidently transition to low code test automation and unleash new levels of efficiency and innovation in their software development practices.

[webomates]

Benefits of Low-Code/ No-Code Test Automation

Technology is the primary force behind any transformation. And the role of testing is changing, moving from being overlooked to becoming a value creator. In today’s world, it becomes extremely critical for enterprises to adapt to the fast-changing requirements and customer expectations.

Test Automation plays an important role in allowing businesses to boost productivity, develop new products rapidly, and enhance the development and testing process thereby leading to increased customer experience.

Many teams use Open-source platforms for their test automation. Although such platforms offer extensive customization, flexibility, and a broader community ecosystem, it’s essential to recognize the potential bottlenecks associated with them.

Bottlenecks of open source platforms:

Requires a higher degree of proficiency in programming languages and frameworks.

Creating and maintaining tests is time-consuming, especially for complex applications with frequent changes.

Flaky tests along with factors such as synchronization issues, dynamic content, or environmental variations can contribute to the instability of tests.

Open-source tools may require dedicated resources for script development, leading to higher costs.

Scaling test automation efforts with open source tools is challenging especially when the application’s functionalities increase, leading to increased complexity.

Test scripts in open-source tools may lack reusability.

Developers need a lot of hands-on experience with programming languages before they can be productive. 

Development of applications takes more time.

Shifting to low code/no code platforms can offer a more accessible and efficient testing process, especially for teams looking to enhance collaboration and accelerate testing cycles.

Transforming the testing landscape with LC/NC platforms

Low-Code platforms, also known as low-code application development platforms, minimize or eliminate the manual coding required to develop and deploy software applications. They have a panel of visual elements that enable development without programming.

No-Code platforms allow people with no knowledge or technical training in software development to create applications without programming a single line of code.

Teams can use Low-Code/No-Code (LCNC) technologies to radically change how work gets done. It can enable teams to automate more tedious, error-prone processes that can occasionally take attention away from more strategic, higher-level work that adds greater value to the company.

According to the Mckinsey report, there will be 70% growth in the market and adoption of new application development that will leverage low-code/no code by 2025 (vs <25% in 2020).

Benefits of Low-Code/ No-Code Platforms

1. Shorter Time to Market

Less time is spent on development using such platforms. With code templates and pre-built features, you can significantly improve your application’s release time, resulting in a shorter time to market for new products. significantly

2. Reduced Learning Curve

It requires minimal coding experience and provides a visual interface and pre-built components making it easy to use. Using a component-based approach enables developers to develop applications without writing any code.

3. Accelerated Test Creation and Maintenance

Creating and maintaining tests is faster due to the drag-and-drop functionality and reusable components. This will ensure testing cycles are much faster compared to traditional test automation.

4. Authoring test scripts

Offers a visual interface and drag-and-drop functionality, reducing the time and effort required to author test cases.

5. Address issues related to Flaky Tests

The LC/NC platforms minimize the reliance on intricate coding and have features for handling dynamic elements and reducing the flaky tests. You can have AI-powered automation with self-healing capability to deal with synchronization issues or dynamic elements.

6. Enhanced Collaboration Between Teams

Quality increases when teams work together. These platforms encourage collaboration by allowing business analysts and testers to contribute to test automation efforts from very early stages, making the development and testing cycles more agile and focused on the end-user experience.

7. Reduced Costs

You can reduce the dependency of developers in creating UI tests. Testers can also contribute to automation, reducing the need for specialized development skills and associated costs of training.

8. Scale with Ease

These tools can handle complex test scenarios and also scale up or down according to the changing needs of the testing process.

9. Increased Productivity

Rather than spending hours coding, developers can be productive by focusing on more important business problems.

10. Reusability

These platforms emphasize on modular designs, allowing developers/testers to create reusable components. You can reuse the test flows across test plans. To know more about this blog : Benefits of low code test automation 

[testrigtechnologies]

What is Codeless Automation and How its work?

As software development cycles grow faster and more continuous, testing needs to move at the same velocity. Traditional automation—powerful though it is—can become a bottleneck when only a small group of engineers can write and maintain test scripts. Enter codeless test automation, a modern answer to the challenge of scaling quality across teams without requiring everyone to write code.

But codeless is more than just a buzzword—done right, it’s a collaborative, intelligent, and scalable testing methodology that’s redefining how organizations approach QA.

What Is Codeless Test Automation?

Codeless test automation refers to the use of platforms and tools that allow testers to create, execute, and maintain automated tests without writing traditional programming code. Instead of scripting in languages like Java or Python, testers interact with:

Drag-and-drop interfaces

Pre-built test blocks or visual workflows

Natural language inputs or behavior-driven design formats (like Gherkin)

These tools abstract the code behind the scenes, allowing both technical and non-technical team members to contribute to the automation process.

Low-Code vs. No-Code vs. Codeless Automation: Understanding the Differences

Although often used interchangeably, these terms are not the same:

Low-Code Automation provides a blend—it offers visual interfaces but also allows code injections for complex conditions. Perfect for semi-technical testers who want both control and ease.

No-Code Automation eliminates code entirely. It's built for business users and testers with no programming background. Simplicity is the goal—but often at the cost of flexibility.

Codeless Automation, as a broader term, may incorporate both low-code and no-code options. It focuses on abstracting complexity while still offering enough control for power users when needed.

Read also: Best Automation Testing Tools

How Does Codeless Testing Work?

Let’s walk through how a modern codeless automation platform functions:

1. Test Creation

You begin by interacting with the application under test (AUT)—clicking, typing, or performing other actions. The tool records these actions and translates them into a structured test case. Some platforms also allow building tests visually—connecting steps like flowchart blocks or writing plain English test scenarios.

2. Object Recognition

Modern tools use AI-powered selectors or smart locators that adapt when UI elements change. This is crucial because flaky tests are often caused by fragile selectors.

3. Test Data Integration

Need to run the same test for different user types or datasets? Codeless tools can link to spreadsheets, databases, or data generators—without scripting loops or variables.

4. Execution & Scheduling

Tests can be executed locally, on the cloud, or across real devices and browsers. You can schedule them daily or hook them into CI/CD tools like Jenkins, GitHub Actions, or Azure DevOps.

5. Reporting & Analysis

Post-execution, you get visual dashboards, logs, screenshots, and detailed analytics. Some tools even auto-file bugs in Jira when a test fails.

Which Tests Are Best Suited for Codeless Automation?

Not every test type fits codeless automation. It shines in areas like:

• UI Regression Tests

When your product UI evolves frequently, regression test coverage can grow exponentially. Codeless tools make it easier to keep up without burning out your dev team.

• Smoke Tests

Want to validate login, dashboard loading, or payment gateway availability with every build? Codeless tools help you get quick feedback without writing dozens of scripts.

• End-to-End User Journeys

For tests that simulate real-world user paths—like signing up, purchasing a product, and logging out—codeless testing maps these flows efficiently and understandably.

• Cross-Browser / Device Testing

Codeless platforms often integrate with device farms (like BrowserStack or Sauce Labs), letting you run the same test across multiple environments without duplication.

When Not to Use Codeless Automation

Despite its power, codeless isn’t a silver bullet.

Highly complex workflows involving encrypted data, chained APIs, or backend validations still need traditional scripting.

Performance testing, load testing, and deep service-layer tests are beyond the reach of most codeless tools.

If your team needs 100% control over logic, libraries, and exceptions, coded automation is still king.

Final Thoughts

Codeless automation is about making test automation accessible, collaborative, and scalable. It’s not about replacing developers—it's about enabling QA teams to move faster and contribute earlier.

When adopted strategically, codeless testing can reduce time-to-market, increase test coverage, and empower entire teams to contribute to quality.

Want to Get Started With Codeless Automation?

At Testrig Technologies, As a leading Automation Testing Company, we specialize in integrating codeless tools into robust testing ecosystems—balancing ease with enterprise-grade power.

📩 Reach out for a free strategy session, and let’s build a smarter, faster, more inclusive QA process—together.

[jason-roy1]

Low-Code Test Automation: Why Enterprises Are Switching

Software testing is a critical part of the development process, ensuring that applications perform as expected and meet user requirements. Traditionally, test automation required extensive coding knowledge, making it time-consuming and resource-intensive. However, enterprises are increasingly shifting to low-code test automation, a modern approach that streamlines testing without requiring deep programming skills.

What Is Low-Code Test Automation?

Low-code test automation allows teams to automate software testing with minimal hand-coding. It provides a visual interface where testers can create, execute, and manage test cases using drag-and-drop components, predefined templates, and user-friendly workflows. This approach significantly reduces the complexity of test automation, making it accessible to both technical and non-technical users.

Why Enterprises Are Switching to Low-Code Test Automation

1. Faster Test Development and Execution

One of the main reasons enterprises are adopting low code test automation is the speed at which test cases can be created and executed. Traditional test automation requires extensive scripting, which can slow down the process. With low-code platforms, teams can quickly develop test scenarios using visual workflows, reducing time-to-market for software products.

2. Reduced Dependence on Coding Skills

Hiring and maintaining a team of experienced automation engineers can be expensive. Low-code test automation allows enterprises to leverage existing resources, enabling testers, business analysts, and product managers to participate in test creation. This democratization of testing ensures broader involvement and reduces reliance on specialized coding expertise.

3. Enhanced Collaboration Between Teams

Low-code platforms foster collaboration among different teams involved in software development. Developers, testers, and business stakeholders can work together in a unified environment, reducing communication gaps and ensuring that testing aligns with business requirements. The visual representation of test cases makes it easier for non-technical teams to understand and contribute to the testing process.

4. Improved Test Maintenance and Scalability

As software applications evolve, test scripts need continuous updates to accommodate new features and changes. Traditional test automation often struggles with maintainability due to its heavy reliance on code. Low-code test automation simplifies test maintenance by offering modular, reusable test components, making it easier to update test cases without rewriting complex scripts.

5. Cost Efficiency

Enterprises can significantly reduce costs by adopting low-code test automation. The reduced need for extensive coding expertise, faster test execution, and simplified maintenance result in lower operational expenses. Additionally, low-code platforms often integrate seamlessly with existing tools, eliminating the need for expensive infrastructure investments.

6. Seamless Integration with CI/CD Pipelines

Continuous Integration and Continuous Deployment (CI/CD) have become standard practices in modern software development. Low-code test automation supports CI/CD by allowing seamless integration with popular DevOps tools. Automated test execution can be triggered with every code commit, ensuring early detection of defects and improving software quality.

7. Better Test Coverage and Accuracy

Low-code test automation enhances test coverage by enabling the execution of a wide range of test cases, including functional, regression, API, and UI testing. The visual workflow approach minimizes human errors in scripting, resulting in more accurate and reliable test results. Additionally, reusable test components allow teams to scale test automation efforts efficiently.

How Low-Code Test Automation Benefits Different Teams

For QA Teams

Enables testers with limited coding skills to automate test cases

Reduces manual testing effort, allowing more focus on exploratory testing

Improves test case reusability and maintainability

For Development Teams

Speeds up feedback loops with automated testing in CI/CD workflows

Ensures better collaboration with testers and business analysts

Reduces bottlenecks caused by complex test script development

For Business Teams

Allows product managers and analysts to validate application behavior without deep technical knowledge

Enhances visibility into testing progress and quality metrics

Supports faster releases by minimizing testing delays

Key Considerations When Choosing a Low-Code Test Automation Platform

Enterprises looking to adopt low-code test automation should consider the following factors:

Ease of Use: The platform should offer an intuitive interface with drag-and-drop functionality and minimal coding requirements.

Integration Capabilities: Seamless integration with CI/CD tools, cloud platforms, and existing test management solutions.

Scalability: The ability to handle large-scale automation across multiple applications and environments.

Support for Multiple Testing Types: Functional, regression, API, UI, and performance testing capabilities.

Robust Reporting and Analytics: Comprehensive dashboards for tracking test results, identifying defects, and optimizing test coverage.

Community and Vendor Support: Active user communities, documentation, and responsive vendor support for troubleshooting and enhancements.

Future of Low-Code Test Automation

The adoption of low-code test automation is expected to grow as enterprises continue to prioritize efficiency, cost reduction, and faster software delivery. With advancements in AI and machine learning, low-code platforms are becoming more intelligent, offering self-healing test scripts, predictive analytics, and automated test optimizations. As a result, organizations that embrace low-code test automation today will be better positioned to maintain high-quality software in an increasingly competitive landscape.

Final Thoughts

Low-code test automation is transforming the way enterprises approach software testing. By reducing the complexity of test script development, improving collaboration, and enabling faster test execution, businesses can enhance software quality while optimizing resources.

By making the switch, enterprises can stay ahead in the fast-paced world of software development while maintaining high-quality standards and reducing costs.

[assureqa-ai]

Low-Code vs. No-Code Automation Testing: Choosing the Right Tool for Your QA Success

Low-Code vs. No-Code Automation Testing Tools Choosing the right automation testing tool can revolutionize your software quality assurance process. Low-code tools offer flexibility with minimal coding, perfect for complex workflows, while no-code tools empower non-technical users to automate effortlessly. When it comes to the best platform, Assure QA stands out. With expertise in functional, automation, performance, and security testing, Assure QA provides robust, high-performing solutions tailored to your needs. Its intuitive platform allows you to create reusable, scalable tests and offers seamless integration with CI/CD pipelines. Simplify your automation journey with Assure QA\u2014your trusted partner for exceptional software quality assurance.

[automationqa]

Unleash the power of test automation in driving digital transformation with No-Code/Low-Code platforms in 2024! 🚀💻

Explore the game-changing synergy that's reshaping the testing landscape.

[techinsightweekly]

LOW CODE/NO CODE TESTING: WHY CXOS SHOULD PRIORITIZE AI-ENHANCED TEST AUTOMATION

In the quest for faster application delivery and uncompromising software quality, traditional approaches to test automation often fall short. However, with the emergence of low code/no code testing and the integration of agile methodologies and AI-enhanced tools, a new era of efficient and effective QA automation services has arrived. It is imperative for CXOs to recognize the benefits and prioritize the adoption of AI-enhanced test automation to stay competitive in the modern digital landscape.

Here's what low code/no code brings to the test automation services landscape:

Hassle-Free Test Automation: Low code/no code platforms empower testers to automate regression and functional testing with remarkable ease, reducing the need for complex scripting and coding. This simplicity accelerates the testing process, allowing for quicker iterations and faster time-to-market.

Agile Alignment and Unparalleled Speed: Low code/no code test automation seamlessly integrates with agile methodologies, ensuring that testing keeps pace with rapid development cycles. This alignment enables organizations to deliver high-quality software within shorter timeframes, gaining a significant competitive edge.

AI-Enhanced QA Automation Tools: Leveraging the power of artificial intelligence, low code/no code test automation tools can intelligently analyze vast amounts of test data, identify patterns, and make informed decisions. This enhances test coverage, improves efficiency, and minimizes false positives, resulting in more reliable and accurate test results.

Cost Savings and Optimal Resource Utilization: By significantly reducing the need for extensive scripting and coding expertise, low code/no code QA testing reduces maintenance costs and frees up valuable resources. Organizations can allocate their testing budgets more effectively, achieving higher ROI on their quality assurance investments.

Uncompromising Software Quality: Through comprehensive and automated testing, low code/no code test automation ensures robust software quality. By minimizing the risk of human errors and identifying defects early in the development lifecycle, organizations can deliver superior products that consistently meet or exceed customer expectations. This focus on quality helps build trust, enhance brand reputation, and drive customer loyalty.

Why CXOs Should Prioritize Low Code/No Code Test Automation Services:

CXOs who recognize the potential of low code/no code qa automation testing services and its ability to drive innovation will be well-positioned to lead their organizations to success. Here's what low code/no code enabled test automation specifically brings to the table for CXOs:

Agility for Competitive Advantage: The combination of agile methodology and low code/no code QA automation enables organizations to respond quickly to market changes, customer feedback, and emerging opportunities. CXOs can ensure that their teams embrace agility, allowing them to outperform competitors and capture new markets swiftly.

Unleashing the Power of AI: AI-enhanced quality assurance testing platforms leverage the capabilities of artificial intelligence to drive intelligent testing. CXOs can harness the power of AI to enhance test coverage, identify complex patterns, and make data-driven decisions that optimize testing processes and ensure high-quality software.

Resource Optimization and Cost Efficiency: Adopting low code/no code test automation practices allows CXOs to optimize resource allocation and testing budgets. The reduced reliance on specialized coding skills enables organizations to leverage the full potential of their testing teams, saving costs and achieving more efficient testing outcomes.

Meeting the Demands of Software Quality: In today's competitive market, software quality is non-negotiable. CXOs must prioritize agile methodology and AI-enhanced test automation to ensure that their organizations consistently deliver high-quality software that meets or exceeds customer expectations. This commitment to quality helps build trust, enhance brand reputation, and drive customer loyalty.

By prioritizing low code/no code AI-enhanced test automation, CXOs can empower their organizations to achieve faster, more efficient, and high-quality software delivery while gaining a competitive edge in the digital landscape.

[dijacrypt]

Revolutionizing DeFi Development: How STON.fi API & SDK Simplify Token Swaps

The decentralized finance (DeFi) landscape is evolving rapidly, and developers are constantly seeking efficient ways to integrate token swap functionalities into their platforms. However, building seamless and optimized swap mechanisms from scratch can be complex, time-consuming, and risky.

This is where STON.fi API & SDK come into play. They provide developers with a ready-to-use, optimized solution that simplifies the process of enabling fast, secure, and cost-effective swaps.

In this article, we’ll take an in-depth look at why developers need efficient swap solutions, how the STON.fi API & SDK work, and how they can be integrated into various DeFi applications.

Why Developers Need a Robust Swap Integration

One of the core functions of any DeFi application is token swapping—the ability to exchange one cryptocurrency for another instantly and at the best possible rate.

But integrating swaps manually is not a straightforward task. Developers face several challenges:

Complex Smart Contract Logic – Handling liquidity pools, slippage, and price calculations requires expertise and rigorous testing.

Security Vulnerabilities – Improperly coded swaps can expose user funds to attacks.

Performance Issues – Slow execution or high gas fees can frustrate users and hurt adoption.

A poorly integrated swap feature can turn users away from a DeFi application, affecting engagement and liquidity. That’s why an efficient, battle-tested API and SDK can make a significant difference.

STON.fi API & SDK: What Makes Them a Game-Changer?

STON.fi has built an optimized API and SDK designed to handle the complexities of token swaps while giving developers an easy-to-use toolkit. Here’s why they stand out:

1. Seamless Swap Execution

Instead of manually routing transactions through liquidity pools, the STON.fi API automates the process, ensuring users always get the best swap rates.

2. Developer-Friendly SDK

For those who prefer working with structured development tools, the STON.fi SDK comes with pre-built functions that remove the need for extensive custom coding. Whether you’re integrating swaps into a mobile wallet, trading platform, or decentralized app, the SDK simplifies the process.

3. High-Speed Performance & Low Costs

STON.fi’s infrastructure is optimized for fast transaction execution, reducing delays and minimizing slippage. Users benefit from lower costs, while developers get a plug-and-play solution that ensures a smooth experience.

4. Secure & Scalable

Security is a major concern in DeFi, and STON.fi’s API is built with strong security measures, protecting transactions from vulnerabilities and ensuring reliability even under heavy traffic.

Practical Use Cases for Developers

1. Building Decentralized Exchanges (DEXs)

STON.fi API enables developers to integrate swap functionalities directly into their DEX platforms without having to build custom liquidity management solutions.

2. Enhancing Web3 Wallets

Crypto wallets can integrate STON.fi’s swap functionality, allowing users to exchange tokens without leaving the wallet interface.

3. Automating Trading Strategies

The API can be used to build automated trading bots that execute swaps based on real-time market conditions, improving efficiency for traders.

4. Scaling DeFi Platforms

For DeFi applications handling high transaction volumes, STON.fi API ensures fast and cost-effective execution, improving user retention.

Why Developers Should Consider STON.fi API & SDK

For developers aiming to create efficient, user-friendly, and scalable DeFi applications, STON.fi offers a robust solution that eliminates the complexities of manual integrations.

Saves Development Time – Reduces the need for custom swap coding.

Improves Security – Pre-tested smart contracts minimize vulnerabilities.

Enhances User Experience – Faster swaps create a smoother, more reliable platform.

Optimizes Performance – Low latency and cost-efficient execution ensure better outcomes.

Whether you’re working on a new DeFi project or improving an existing platform, STON.fi’s API & SDK provide a solid foundation to enhance functionality and scalability.

By leveraging STON.fi’s tools, developers can focus on building innovative features, rather than getting caught up in the technical challenges of token swaps.

[tonymattblog]

Understanding Low Code Testing: Revolutionizing Software Development

The advent of technology has transformed the landscape of software development. A significant shift has occurred with the introduction of low code and no code platforms. These platforms empower developers and non-developers alike to create applications rapidly. They simplify the process of coding, allowing for more focus on business logic rather than the underlying technology. This post explores the concept of low code testing and how ideyaLabs contributes to this evolution.

What is Low Code Testing?

Low code testing refers to the practice of testing applications built on low code platforms. These platforms enable the development of applications with minimal hand-coding, relying instead on graphical interfaces and configuration. Testing these applications requires a unique approach that aligns with the low code philosophy. Low code testing tools focus on automation and efficiency, enabling faster development cycles while maintaining high-quality standards.

The Importance of Low Code Testing

Quality assurance remains a critical part of software development. With the rise of low code platforms, ensuring the quality of applications has become increasingly important. Low code testing provides several advantages:

Speed: Low code testing accelerates the testing process. Automated tests can be created with fewer resources and less time compared to traditional testing methods.

Accessibility: Business users and citizen developers can participate in testing. This democratization of testing enables broader input and feedback, leading to better products.

Cost-effectiveness: Organizations can reduce costs associated with testing. By minimizing the time and resources required, businesses can allocate funds to other critical areas.

Key Features of Low Code Testing Tools

Low code testing tools come with several notable features. These features enhance the testing process and improve efficiency.

1. Visual Development Interface

Low code testing tools typically offer a visual interface. This interface allows testers to create tests using drag-and-drop functionalities. Users can easily map out workflows and processes without diving deeply into coding details.

2. Integration Capabilities

Integration with existing tools is essential. A good low code testing tool integrates seamlessly with other platforms used in development and operations. This capability ensures a smooth workflow and fosters collaboration among teams.

3. Automated Test Generation

Many low code testing tools can automatically generate test cases based on application logic. This automation significantly reduces the manual effort involved and speeds up the testing process.

4. Easy Maintenance

As applications evolve, tests must adapt. Low code testing tools simplify maintenance. Changes in the application can automatically reflect in the tests, reducing the need for constant manual updates.

The Role of ideyaLabs in Low Code Testing

ideyaLabs positions itself at the forefront of low code testing solutions. The company harnesses the power of low code platforms to enhance the testing experience for users. ideyaLabs provides tools that support speed, efficiency, and quality.

Innovation in Testing Processes

ideyaLabs focuses on innovation. The tools offered automate repetitive tasks and free testers to concentrate on more complex aspects of testing. This approach streamlines the testing process and promotes higher efficiency.

User-Centric Design

The tools at ideyaLabs prioritize user experience. Testers can navigate through intuitive interfaces. This ease of use attracts both technical and non-technical users, allowing them to engage in testing without extensive training.

Comprehensive Support

Providing support remains a priority for ideyaLabs. Users receive guidance on utilizing the tools effectively. The support team ensures that any concerns are resolved promptly, maintaining user confidence in the platform.

Challenges in Low Code Testing

While low code testing offers many benefits, challenges persist. These challenges require attention to maximize the potential of low code platforms.

Limited Customization Options

Some low code testing tools may have limitations in customization. Users may find certain functionalities restrictive. Businesses must evaluate their specific needs and select tools that offer the required flexibility.

Dependence on Tooling

Reliance on specific low code tools can pose challenges. If a tool does not meet evolving requirements, transitioning to a new tool can become cumbersome. Organizations must consider this when selecting low code testing solutions.

Quality Assurance Risks

The speed of development in low code environments can lead to quality assurance risks. Rapid iterations may result in overlooked bugs or defects. Robust testing strategies are necessary to ensure quality remains a priority.

Best Practices for Low Code Testing

Implementing best practices ensures effective low code testing. These practices help organizations maximize the benefits of low code platforms.

1. Collaborate Across Teams

Collaboration between development and testing teams enhances outcomes. Input from various stakeholders leads to a comprehensive understanding of requirements and potential issues. This collaboration fosters a culture of quality.

2. Define Clear Objectives

Setting clear testing objectives ensures alignment among teams. Organizations must define what success looks like in their testing efforts. This clarity assists in evaluating the effectiveness of test cases.

3. Prioritize Automation

Automation serves as a key component in low code testing. Organizations should prioritize automating repetitive tasks. Automation saves time and reduces the likelihood of human error.

4. Regularly Review and Update Tests

Regular reviews of test cases are essential. As applications evolve, tests must also adapt. Frequent updates ensure that testing remains relevant and effective in detecting issues.

The Future of Low Code Testing

The future of low code testing looks promising. As more organizations adopt low code platforms, the demand for effective testing solutions will increase. Innovations in AI and machine learning may play a role in further enhancing low code testing capabilities.

Additionally, businesses will continue to explore the potential of low code and no code platforms. Embracing these technologies will reshape the way applications are developed, tested, and deployed. ideyaLabs remains committed to leading this transformation, providing cutting-edge solutions that meet the evolving needs of the market.

Conclusion

Low code testing emerges as a critical aspect of modern software development. Its benefits in speed, accessibility, and cost-effectiveness make it an attractive option for organizations. Through innovation and a user-centric approach, ideyaLabs positions itself as a leading provider of low code testing solutions.

Organizations must navigate the challenges associated with low code testing carefully. Embracing best practices ensures effective implementation. The future of low code testing presents numerous opportunities. With the right tools and strategies, businesses can achieve exceptional results in their software development efforts.

[techit-rp]

The Growing Importance of Cybersecurity in IoT Devices

In today's hyperconnected world, the Internet of Things (IoT) is transforming how we live and work. From smart homes to industrial automation, IoT devices are becoming an integral part of our daily lives. However, with this rapid growth comes an equally rapid increase in cyber threats. The need for robust cybersecurity in IoT devices has never been greater.

The IoT Revolution and Risks:

IoT devices are set up to ease lives, but it also involves certain risks with this convenience. There is vulnerability with the likes of smart thermostats, connected security cameras, wearable fitness trackers, or industrial machinery, because these devices all come under hacking opportunities. Through such vulnerabilities, hackers may hack unauthorized, obtain sensitive information, or disable key systems.

For instance, a hacked smart home device might give the attacker access to the homeowner's personal data or even control over their home's systems. Industrial IoT breaches can be a larger threat that might lead to disruptions in manufacturing or energy sectors with severe implications.

The devices of the Internet of Things usually lack serious security measures and therefore become vulnerable to cyber criminals. Many are delivered with the default password, with old firmware or even low-grade encryption; that leaves open a door to be attacked. In general, this vulnerability is made worse because an IoT network will have more than one device in communication with another. One device could become the access point of a gateway into a full network.

The Role of Ethical Hacking in Securing IoT

To this end, cybersecurity experts are increasingly employing ethical hacking as a way to find and remediate vulnerabilities in IoT systems. Ethical hackers, often referred to as "white hat" hackers, utilize their expertise to probe for vulnerabilities in a system before an actual hacker could take advantage of the weakness.

Cyberspace security and ethical hacking courses may be subscribed to, which will train aspiring professionals to secure various IoT devices and networks. These topics include penetration testing, secure coding, as well as network defense strategies suited for IoT environments.

What Can You Do to Stay Safe?

1. Update Regularly: Make sure all IoT devices have the latest firmware updates and patches.

Use Powerful Passwords: Change default passwords with strong unique passwords.

Secure Network: Use a powerful Wi-Fi password and apply network encryption.

Use Minimum Permissions: Give IoT devices the minimum permission required.

Know Cyber Security: Enroll yourself in a cyber security and ethical hacking course that would enhance your knowledge further to protect their devices.

IoT Future Security

As IoT grows, so does the necessity for advanced security. This practice is beginning to have regulations and standards in place from governments and industries for increased security. However, individual awareness and action will remain a critical engine for change.

By prioritizing cybersecurity and investing in ethical hacking knowledge, we can ensure that the IoT revolution brings convenience without compromising safety. Protecting IoT devices isn't just a technical challenge—it's a responsibility we all share. At this juncture, the relationship between IoT and cybersecurity is bound to be of challenges and opportunities. The higher the number of connected devices grows, the bigger the potential is for innovation, and for exploitation. Enroll in a cyber security and ethical hacking course and be ready to stay a step ahead of the threats towards a safer digital future.

Join the IoT revolution; join it with security. All power to the hands of those who can.

[theskyexists]

I think possibly this website is a bit in a bubble on the AI topic... It was interesting to learn that a friend of mine is genuinely concerned about jobs becoming obsolete in IT but also production because of AI and that robots are now able to do very detailed, softhand work like pick tomatoes. That last thing really is a huge limitation for automation in greenhouses over here. I do think that... There is going to be a bit of a crunch - that is to say, generating code does weed out the banging out basic shit people. Except it still needs to be read and adjusted and tested extensively. So they're never getting rid of most coding specialists. So I think he's also in a bit of a bubble (he called it the reinvention of the wheel...) My prediction is that the investment bubble is going to partly collapse because most startups and companies can't sell AI or sell useful AI. But I do think some big tech companies offers' are going to replace (very) low-level graphic work, writing work and coding. And yes, make it available to more people who otherwise would never have paid for it. It'll make live transcription and translation even more feasible. I think robotic applications are going to be developed, which might replace people in factories and agriculture. Only if they manage to continue to offer low prices however. (And then predatorily lock in the market). If the development of detailed factory robotics continues then we will see a further accumulation of the means of production into fewer hands - and that would be bad. Jobs in factories and warehouses would be eliminated except technical supervision, and that increased efficiency is not going to create wealth that'll pass to most of the population. I'm not sure if the field is developed enough however... And investors are getting impatient. Maybe softhand applications like picking fruit and vegetables, but sewing remains unlikely in my opinion. I think neural network 'AI' will continue to be developed by those who have capital to burn, but its unpredictability and inconsistency is a hurdle. And of course it won't do shit if the climate crisis wipes out our civilisation.

[arcsimper5]

Yaim'ol - Chapter 6 - Returns

yaim'ol - [yai-MOHL] - return, homecoming

Pairing: Sev x F!Jedi OC, Scorch x F!Jedi OC Characters: Delta Squad (Republic Commando), F!Jedi OC Cin Rating: M - Explicit content in later chapters Warnings: Gore, Canon-typical violence, angst, smut (later chapters), descriptions of injury, force osik.

Following on from the end of Republic Commando, Sev and Cin must make their way through the galaxy, overcoming trials and tests in a bid to keep themselves alive long enough to reunite with their squad.

“You sure about this, mesh’la?”

Sev’s tone was stern and low, an indication of his discomfort at the situation they found themselves in.

Being back in his full armour had never felt so foreign, the weight of it no longer a comfort.

He hadn’t repainted it. No point. He doubted he’d be able to hold back if anyone went for Cin. Better they knew who’d taken them down, or who’d died fighting for what little freedom he had left.

“Yeah,” she breathed, nodding slowly, sounding almost as if she was trying to convince herself, “yeah. I… I need to know.”

It was a risk, she knew that. Returning to Coruscant felt almost like a death sentence, regardless of the codes the wookie delegation had supplied them as cover.

Although their crash on Kashykk was only a few months prior, it had felt so much longer, every day sat waiting, planning, passing like a lifetime.

Now, piloting the tiny shuttle they’d been given, they felt vulnerable as the codes were keyed in upon an automated request from Coruscant control, clearance given almost instantly. It felt… too easy.

The ever present hive of activity swam into view, the traffic lanes of Coruscant flowing as always, painting lines of light across the sky.

It was like nothing had changed at all, and something struck Cin in the chest, her stomach tightening.

“How is everyone still just… going on?” she breathed, Sev shifting next to her, silently wondering the same.

For both of them, the galaxy had fallen apart, their entire lives upended, and yet… life went on. Worlds kept spinning, trade continued, and it felt so unfair.

“Guess for most people, Empire or Republic, nothing really changed,” he huffed, scanning the skyline. It felt so familiar, bar one thing. He spotted it before Cin, gritting his teeth when he saw her eyes lock onto the area the Jedi Temple had once stood.

He heard her gasp as they passed in clear view of the now ruined buildings, the giant halls nothing more than a pile of rubble now, surrounded by skycranes, being cleared away.

“It’s really gone,” she murmured, breath hitching as she tried to process what she was seeing, “the halls, the chambers, the archives…”

Her blood ran cold as she turned back to Sev, eyes wide and tear rimmed.

“Sev… The archives held holocrons,” she explained quickly, voice quiet, almost as if she was scared someone would hear, “containing the names and home planets of every Jedi, and not just the ones who were at the temple… They have the names of every Force sensitive child in the known galaxy, the ones who were to become Jedi recruits…”

Cold realisation hit them both as Sev growled, shaking his head.

“What we’re doing is dangerous enough, mesh’la. We need to focus on the plan. If it goes well, if we can get in and out undetected, there might be a chance, but…”

He hated himself as she turned away with a frown. She knew he was right, but it didn’t sting any less. Logic seemed to go out the window these days though, and Cin cursed her lack of control. 

She felt herself slipping, giving into emotion more and more since the Order went out, and it was troubling her on a level she couldn’t explain to Sev.

“I know, I know,” she muttered, a bitter tone in her voice she didn’t quite catch in time before it slipped out. Heaving a sigh, Sev placed a comforting hand on her shoulder, squeezing gently.

“Can’t save the galaxy all at once, ner kar’ta,” he reminded her, something she’d said to him once, on a particularly difficult mission gone wrong. Smiling softly, she felt a little lighter, grateful for his presence at her side as she lifted her own hand to cover his, leaning into his hold.

“I don’t tell you how much I love you enough,” she murmured, chuckling as Sev’s face went bright red, his expression still stern as he fought a smile, shaking his head and turning back to put his bucket on.

“Ner cyare,” he all but whispered back, her smile widening before it faded as their docking port came into view, the large wings of the ship automatically folding up against the sides as they were brought down by the auto-landing system. “You good?”

“As I’ll ever be,” she sighed, releasing the controls and grabbing her lightsaber, clipping it onto the rear clips of her belt, out of sight.

She knew it was dangerous to be carrying it, that it would identify her in an instant, but she couldn’t bear the thought of leaving it, of being without it, the last piece of a life she’s lost she had left.

Swallowing hard, she grabbed the huge grey cloak Tarful had gifted her before they left, the delicate silver embroidery creating sweeping images of the trees of Kashyyyk.

“Plan?” Sev prompted as the airlock hissed, pressure from the systems releasing while the door lowered, the stale, recycled air of Coruscant hitting her like a speeder bike.

“Level 1345,” she recited, drawing her hood up over her head as she steeled herself to take her first steps onto an Imperial Coruscant, “find the ventilation ducts to the academy, climb them and infiltrate the facility.”

“Then?”

“Find a console, use the generic trooper codes to find the others, download the location onto a data spike and leave the same way we came in.”

Sev nodded in approval, letting out a soft huff of laughter, one that drew him a scathing look from Cin.

“What?” she demanded, a little hurt by his reaction.

“Boss is gonna be proud as kriff of you. You know that?” he murmured, grinning under his helmet as Cin flushed brightly, shaking her head.

“You can tell him all about it when we get him back,” she grumbled, pulling her cloak tightly around her as she began to descend the ramp into the docking bay, keeping her senses open with the Force.

But even with her senses attuned, the anxiety pulsing through her blinded her to the set of dark eyes watching as they exited the ship, ones that followed their progress long after they entered the elevator to the lower levels.

*-*-*

“Hurry up, will you?”

“I’m going as fast as I can.”

“Well go faster!”

“Not the first time you’ve asked that of me.”

“Sev, I swear to the Maker…”

In another life, they might have been laughing as Sev struggled with the latches on the ventilation shaft, the metal tight and rusted from years of neglect.

They were pressed into a dingy alley in the lower levels of Coruscant, the skitter of rats and tookas and the hum of electricity filled the humid air, the bustle of homes and business of various levels of disrepute operating mere yards away covering what little noise they were making.

Still, Cin continued to glance up and down the alleyway as she leant against the wall behind her, trying not to draw attention as she kept watch, hissing back to Sev.

“I thought you were supposed to be a Commando. How hard is a vent cover?”

“Not exactly covered in basic training,” Sev grunted in response, the irritation in his modulated voice clear.

With a screech, the cover finally moved, Cin wincing at the sound, looking up and down the alley, making sure they hadn’t drawn any unwanted attention.

“Got it!” Sev chuckled triumphantly, lifting the huge cover behind some of the bins a little further down, keeping it out of sight.

“Yeah, I noticed,” Cin retorted sharply, rolling her eyes, “and half of the level, most likely. We need to move.”

“You worry too much,” Sev smirked, trying to placate her, the anxiety in her voice impossible to miss.

“And you don’t worry enough,” she chastised him, “you know what we’re risking here.”

“I do,” he replied, serious now as he stared down at her, instinct making him reach up and remove his bucket as she shuffled around, looking up into the pipe.

“Gonna be a tight fit,” she murmured, Sev snorting softly, expression apologetic when she turned round, glaring at him. 

“Just trying to lighten the mood,” he offered, reaching out a hand and wrapping it around her waist, pulling her close, “and trying to remind myself that being terrified isn’t going to help us.”

Cin sighed, dropping her head to his chest for a moment, hesitation taking over.

“Maybe this is a bad idea,” she whispered against his neck, “maybe there’s another way…”

“There probably is,” Sev soothed her, gloved fingers cording through her hair, “but it would take a lot longer. Who knows if they’re even together any more? The faster we move, the faster we’re all back together.”

Something in his tone caught Cin by surprise, the flecks of emotion showing through as he spoke. Through all of this, she’d failed to consider just how hard Sev was finding this, being separated from his batchmates.

They’d been together since birth, raised together on Kamino. They’d shared meals, bunks, missions, even her. They did everything together. To be alone after all those years��

Reaching up, she cupped his cheek, tilting his head down enough to brush her lips over his gently, the promise of her return unspoken.

“It’ll be just like Corellia,” she smiled softly, his lips lilting with the memory, “in and out, no-one will even notice.”

“Maybe we can celebrate the way we did then too,” Sev chuckled, glad for the tiny sliver of normality that passed between them, his heart still hammering away in his chest.

“Deal,” she grinned, leaning up to kiss him once more before she turned back to the vent, drawing in a steadying breath. “Okay, Commando. Give me a boost,” she ordered playfully, Sev letting out a low chuckle.

“Sir, yes Sir,” he smirked, bending down on one knee and placing his hands over it. Within seconds, she’d climbed onto him and was helped up into the vents, the sounds of her movement fading quickly.

“Be safe, mesh’la,” Sev murmured after her, reaching for his helmet and replacing it quickly, beginning his watch.

[eleemosynecdoche]

I have to say, I think SAE J2334 cyclic corrosion testing is mid-key she/they coded when it's using the automated spray option, but spinward-key they/she coded when it's using the manual immersion option. GMW 14872 UB/UH High/EXT 4 sprays/cycle is, of course, north-key coded any/all, but UH Low/Mid 1 spray/cycle is latchkey coded they/them.

[afanofcats]

it took years to finally get to the point where humanity was ready to join the rest of the intelligent universe, with their ego you would have thought them to have created the concept of intergalactic communications, I mean, they even thought they were alone for the longest time. but all of that put aside, it is always nice to welcome new members. we finally let them into our meetings after years and years of observation, ambassadors, lectures, and education. we needed to get their scientists, both physical and social, up to code. we gave them the run down on how to communicate using the automated universal translators, we tested their health and what types of food they could digest. we held interviews and got to know them. all this aside, the first thing mentioned at the meeting was something they called "OSHA".

"you need to have a code that tells people how to work, its for their own safety"

"why do you need a code for this? is there not enough self preservation and logic within your kind to make those choices independently?"

"well, what about building? cant make sure there are any unsafe working conditions or people cutting corners for the sake of saving time"

"really? you all made it this far as a species without being able to look out for each other and yourselves? you need a book, and code, to tell you how to not make certain choices that could result in a hazardous environment?"

"it is for safety."

I wish I could show you the looks on everyone's faces, how had these people, who had made it this far as a race, not have the logic to not kill themselves or set traps for others? that is what the majority of us failed to understand, most of the intelligent life in the universe thus far had only gotten to the point where they are through working together to preserve the growth and safety of themselves and others. the fact that these people did not have the discipline to not kill each other baffled the court.

it was also wondered if this "OSHA" was some kind of God, they seemed to worship it like one. and these outrageous lengths they want to implement could only be thought of by some madman worshipping some sort of god, so we will do our best to respect their traditions.

it was soon after this meeting that the humans had introduced us to hardhats and orange vests, which are clearly just primitive versions of the hover shields and glow jackets developed centuries ago by the founder of the intergalactic alliance. the fact that they found us before moving past this checkpoint is baffling.

the process of setting up the un-needed "safety measures" often took far longer than the construction itself, and I am not too sure how they expect these ill-fitting hats to stay on our heads in a low to no gravity environment. the humans seem to be proud of themselves for thinking that they have made this place safer by having us fallow their little "OSHA" guidelines. whatever makes them happy, I suppose.

they will need to learn eventually that we already have safety measures, they just are not what they are used to. until we get to that point, we will need to suffer the ill-fitting and unflattering colors of their lord and savior, "OSHA"

One of the largest conditions humanity had for joining the intergalactic council was the implementation of some organization called 'OSHA'