Systems | Development | Analytics | API | Testing

Cloud testing offers a practical path for reducing the environmental impact of software development. By eliminating the need for dedicated physical hardware, teams can cut energy consumption and electronic waste. Virtualized environments scale up only when needed, replacing racks of underused servers with efficient, on-demand resources.

Until recently, performance testing workflows meant complex scripting, manual maintenance, and slow feedback. Now, the adoption of AI chatbots in QA and DevOps is prompting a fundamental shift. Teams using AI-driven testing tools are seeing significant reductions in test cycle times and improvements in defect detection. These are not incremental improvements, but shifts that are redefining benchmarks for speed and coverage.

If there's one thing that stuck with me from Yannick Misteli's session at the Agentic Analytics Playbook event in London, it's this: most AI pilots don't stall because of technology or budget. They stall because nobody answered the "day after" questions. I had the opportunity to sit down with Yannick Mistelli, Head of Engineering at Roche, the global pharma company with 100,000+ employees and heavy regulation across 25+ countries.

Software vulnerabilities must be identified and prevented, which requires you to have an understanding of the vulnerabilities definition. Here, we go over vulnerabilities definitions and provide a list of the top 10 software vulnerabilities and tips on how to prevent software vulnerabilities. Fix software vulnerabilities with Klocwork Back to top.

Sync contacts, conversations, tickets, and eight other Intercom streams into your warehouse, CRM, or AI pipeline, fully transformed, on a schedule you control, with no engineering required. Intercom is where support and product teams live for customer conversations. It's the system of record for tickets, live chat threads, help center articles, and the segments and tags teams use to organize customers by plan, behavior, or lifecycle stage.

Most web applications start clean with a handful of route handlers, each focused on a single business logic. As the app moves to production, the audit team wants every request logged, and the security team wants API key validation on all routes. As the app grows, we might introduce rate limiting, CORS for a new frontend, and a request ID for distributed tracing.

We thought the lemon had no more juice. AI proved us wrong.

Synthetic monitoring is like a flight simulator for your website. In a simulator, you control every variable – weather, engine status, emergency conditions – repeating stressful scenarios until every system is tested. Synthetic monitoring works the same way: it runs scripted interactions on your site from different locations, measuring load times, uptime, and response times under a range of conditions.