Systems | Development | Analytics | API | Testing

Optimize Load Test Script Maintenance with AI

AI-driven load test script maintenance can significantly reduce the manual updates required by traditional tools. As your application evolves – whether through new user flows, updated endpoints, or changing parameters – AI features in some platforms help automatically adjust scripts to reflect these changes. This simplifies maintenance and allows your team to focus on testing outcomes rather than constant script rewrites.

Appian Q3 Release Highlights: AI Speed Meets Enterprise Controls

AI is evolving faster than organizations can keep up, and often it’s the most important operations that fall the furthest behind. That’s exactly why Appian is focused on AI for complex, enterprise-grade processes—to make applying AI automation to important work easy. Over the last quarter, Appian has continued to invest in capabilities that help you deploy AI fast without sacrificing control: Over 80% of developers regularly use AI coding tools.

Open Data Infrastructure in the age of AI agents

Fivetran + dbt Labs CEO George Fraser and Fivetran + dbt Labs President Tristan Handy sit down with Andreessen Horowitz general partner Martin Casado, one of the leading investors in software and AI infrastructure, to talk about Open Data Infrastructure in the AI era. Martin and his team have invested in dbt, Fivetran, Tabular, Cursor, OpenRouter, and many other companies.

Marketing Root Cause Analysis: Using AI to Diagnose Why Performance Dropped (and What It Leaves Out)

Your dashboard already told you ROAS dropped. The expensive question is why, and answering it means correlating data across platforms, isolating variables, and testing hypotheses against the numbers. Done by hand, that is an afternoon per incident. Done by AI, it takes seconds, with one catch.

Top Automated Testing Platforms for AI-Driven Software Development

AI-driven software development has reshaped what QA teams face daily. Codebases evolve faster, release cycles are shorter, and a single missed regression can hit production within hours. Today's top automated testing platforms have moved well past scripted checks, they now use machine learning to write, maintain, and adapt tests on their own. The five platforms below represent where the market stands in 2026, chosen for their AI architecture, enterprise track record, and real documented results.

Connect agentic testing with Jira, Linear, and Azure DevOps| SmartBear BearQ

Watch this video to see how see how SmartBear BearQ keeps bug reports and test results in sync with Jira, Linear, and Azure DevOps at AI speed and scale, with no manual copy-pasting. BearQ’s agentic QA system connects to the tools your team already relies on, so its three built-in agents can pull in context and push results right where your team lives.

The Top 5 Root Causes of False Failures in Test Automation And How AI Can Help Eliminate Them

False failures, a leading cause of flaky tests, occur when a test reports a defect that does not exist. The application works, yet the test suite says otherwise. The cost goes well beyond a few minutes of investigation. Perforce's 2026 State of DevOps Report found 50% of test failures stem from brittle scripts and UI changes, not actual defects, and 70% of automation effort goes toward fixing those scripts. Most teams are spending their automation budget on maintenance, not coverage.

What Is a Control Plane for Enterprise AI? A Look Inside Klique

A control plane for enterprise AI is the layer between the people and agents using AI and the infrastructure that runs it, meaning your models, GPUs, clusters, and cloud accounts. It decides who can use what, sends each request to the right resource, and records what that request cost. Klique is the control plane for enterprise AI. Teams get self-service access to approved tools, models, and GPUs, and IT sets the policies, quotas, and budgets behind them.
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Use AI and traffic replay to test AI-generated code

When I ask an AI agent to change code, I also want it to run the application and test what it changed. Asking it to write some tests is a start. But if it invents the expected responses from the same assumptions it used to write the code, those tests can miss the same mistake. Traffic replay gives the agent something concrete to test against: requests and responses captured from a working application. The agent can run those requests against its changes, inspect the differences, and repeat the test after a fix. I can open the same results and check its work.