Web App Test Infrastructure

Instead of stacking tests on the same VM, QA Wolf spins up an ephemeral, high-resource container for each run. Reusing a versioned container build—and starting a fresh container on every retry—keeps environments clean, prevents collisions, and makes performance predictable.

Pre-provisioned browsers and environments are always ready. When you trigger a run, tests bind to a warm container in milliseconds. The pool auto-expands with load and is refreshed on a rolling schedule, keeping startups consistent, even at peak traffic.

You indicate what runs first, what runs next, and which steps can run together—the platform builds the underlying DAG automatically. The runtime executes that plan while the Console shows live progress, retries, and timeouts. It handles sequencing and safe parallelism out of the box, including multi-user and cross-device flows without custom scripting or fragile CI wiring required.

QA engineers can choose Chrome, Firefox, or Safari WebKit, and configure the viewport for responsive layouts or mobile-web apps.

We use WebRTC to render the remote test browser directly in the Console with sub-second latency. You can intervene mid-run to retry a step, adjust an input, or probe a flaky selector—and the AI agent can do the same. The result is quicker triage, clearer shared context for non-technical teammates, and shorter paths from failure to fix.

The test code and browser share the same runtime, so you can run and re-run just the lines you’re working on without restarting the whole test. Because you’re coding in the same environment that executes in CI, you can adjust selectors, re-check assertions, or advance the flow one step at a time—without any drift between local and CI.

Every run includes a unified, time-aligned record of the test with video, logs, traces, network requests, and system state. Automatically generate and assign a bug report with a link to all the necessary artifacts for QA, devs, and PMs.