Adaptavist’s Post

Automate Your Boring Repetitive Work with n8n (No Coding Required!) One of the best things I love about working in TECH is learning about new technologies that help reduce stress and most importantly TIME, thats why I have become a fan of n8n, a no-code automation platform that can help you automate all sorts of boring, repetitive tasks. Whether you're a marketer, salesperson, or customer support rep, n8n can help you save time and be more efficient. Here are just a few examples of what you can automate with n8n: Marketing: Send emails, social media posts, publish blog articles, and generate leads. Sales: Send personalized follow-up emails, create sales proposals, and track leads. Customer support: Create and manage tickets, send automated responses, and route tickets to the right people. And the best part is, you don't need to know any code to use n8n. It has an interface that makes it easy to create and manage your workflows. I've been using n8n, and it has the potential to save you hours of time. If you're looking for a way to automate your boring, repetitive work, I highly recommend n8n. Try n8n today and see how much time you can save! Hashtags: #automation #nocode #productivity #n8ncloud

Streamline your beta feedback process with Centercode’s feedback automation. Collect, analyze, and prioritize user feedback efficiently to build world-class products. Learn more about how it works.→ https://hubs.la/Q02BDjGW0

Why choose manual testing when automation is abundant? Many leading companies, including tech giants like Microsoft, still prioritize manual testing alongside automated processes. Manual testing offers flexible, real-world problem-solving capabilities that automation sometimes misses. It's crucial for understanding diverse user environments, ensuring compliance, and enhancing user experience. While automation excels at repetitive tasks, manual testing addresses nuanced scenarios, making it indispensable for thorough quality assurance. As technology evolves, integrating insights from manual testing can significantly enhance product value and responsiveness, giving businesses a competitive edge. Full article: https://lnkd.in/dpi7zrQR

Step 4: Write the algorithm on a piece of paper. Conduct mock-runs for happy flows and edge cases. Share the algorithm with peers and testing team. Only after most stakeholders are reasonably satisfied with their evaluation of the algorithm, code! 👎 The urge to start coding as soon as clients define their requirements is probably the easiest way to ensure complete failure of any tech transformation or process automation project. 🧗♂️ Even after the requirements have been reasonably detailed, breaking modules into algorithms helps in ensuring minimum gaps between functional requirements and the code. Ascent #consulting #technology #solutions

There's a reason ‘no-code and low-code automation tools are so exciting, and it's not just because the technology makes things easier for developers. Read more 👉 https://lttr.ai/AGh59 #LowCode #BuildNoCodeWorkflows #EmailAutomation #NoCode #NoCodeAutomation #WorkflowAutomation #SocialMediaAutomation #NoCodeAutomationTools

Automated performance tests: Ensuring software excellence under stress 🥇 In today's fast-paced digital landscape, software applications are expected to perform flawlessly, even under the most demanding conditions. Ensuring that your software can handle high loads and remain responsive is critical to delivering a positive user experience. This is where automated performance testing becomes invaluable. What are automated performance tests? 🤔 Automated performance tests are a subset of software testing designed to evaluate how an application performs under various conditions. This includes assessing its speed, stability, scalability, and responsiveness. Unlike manual testing, automated performance tests use specialized tools to simulate a large number of users, transactions, or data inputs to mimic real-world scenarios. This is why it is important: 👉 Identifying Bottlenecks: Automated performance tests help pinpoint bottlenecks in your software's architecture that might cause slowdowns or crashes under heavy loads. 👉 Scalability Assessment: They assess how your software scales with an increasing number of users or data, ensuring it can grow with your business. 👉 Optimizing Resource Usage: Automated tests reveal resource-hungry code or processes, helping you optimize resource usage and reduce operational costs. 👉 Preventing Downtime: By identifying performance issues early, you can fix them before they impact your users, preventing costly downtime and reputational damage. Here are some common types of automated performance tests: 👉 Load Testing: Simulates expected load levels to assess performance under normal conditions. 👉 Stress Testing: Pushes the software to its limits to find the breaking point. 👉 Scalability Testing: Measures how well the software scales by gradually increasing the load. 👉 Spike Testing: Evaluates performance during sudden, sharp increases in traffic. 👉 Endurance Testing: Assesses system stability over an extended period, uncovering memory leaks or gradual performance degradation. Automation brings consistency and repeatability to performance testing. It allows you to run tests at any time, on various configurations, and even as part of a continuous integration/continuous delivery (CI/CD) pipeline. Head over to 👉 testup.io and contact us to talk about testing strategies or how to automate testing! #softwareengineering #technology #automation #programming #data

Curious about the power of Low-Code Automation? 🌟   Dive into the world of innovation with our latest article on “What is Low-Code Automation? Benefits & Use Cases”.  💥Uncover how this tech is revolutionizing workflows and delivering efficiency like never before.   👀Don't miss out! Read more here https://lnkd.in/dNbNKEm8   #ExecutiveAutomats #LowCode #Automation #Innovation 

**Elevating Your Test Automation: The Art of Scalability** In today's dynamic tech landscape, building a scalable automation suite is pivotal. As software evolves, so should our testing strategies. Here's a glimpse into what makes an automation suite truly scalable: 1. Break down your suite into modular components, ensuring seamless adaptability to changes. 2. Embrace reusable components for efficient maintenance and updates, reducing redundancy and streamlining workflows. 3. Make your test scripts flexible by parameterizing inputs, promoting adaptability across various scenarios. 4. Separate configuration details for easy updates without altering the core automation code. 5. Speed up testing cycles by enabling parallel execution, and distributing the workload intelligently. 6. Scale your test data management to accommodate diverse scenarios effectively. 7. Clear logs and detailed reports are your best allies in identifying and resolving issues swiftly. 8. Seamlessly integrate automation into your CI/CD pipelines for swift, automated testing with every code change. 9. Keep your automation code under version control for collaborative development and easy rollbacks. 10. Just like a well-oiled machine, regular updates ensure your automation suite aligns with the evolving software landscape. #TestAutomation #Scalability #TechInnovation #LinkedInTech

Check out my article on medium talking about avoiding technical debt in #automation. In the article I go through a set of guidelines and guardrails that are important to help improve code quality. The #ninegoldplatform replaces copy and paste templates and generated archetypes to create an API that is more than just a framework with common code. We reverse engineer the code from the target system to create a fully-functional API complete with our #openbestpractices, reducing the risk of technical debt and increasing speed to market.