Platform
Generate, execute, diagnose, maintain, and verify automated tests across web applications, APIs, and critical user journeys — with engineers in control of every important decision.
Workspace: Acme Commerce (illustrative)
Execution timeline
AI explanation · simulated
The checkout request returned HTTP 500 after payment submission. Review the changed checkout handler, payment-service logs, and response validation.
Network
Evidence
One platform. Complete coverage.
“A signed-in user can apply a valid discount code and see the reduced total before paying.”
Turn supported requirements, user stories, and application workflows into structured test scenarios that teams can review and execute.
Automate user interactions across configured browser environments, including navigation, form input, assertions, and evidence collection.
GET /api/orders/1042 200 OK · schema ✓ { "id": 1042, "status": "paid" }
Validate endpoints, response codes, schemas, authentication, negative cases, and chained API workflows.
Identify broken selectors and outdated assumptions, suggest appropriate test updates, and preserve visibility into genuine regressions.
Use available code-change information to identify affected areas, prioritize relevant tests, and summarize potential release risks.
PASSED
42
FAILED
3
INVESTIGATE
2
ASSESSMENT · SAMPLE
Review recommended
Bring test results, failures, coverage information, execution history, and unresolved risks into one decision-ready view.
The BXVTech workflow
Bring the core testing lifecycle into one workflow, with engineers retaining control over execution, repairs, and release decisions.
Interpret requirements, user stories, application behavior, and code changes to identify important testing scenarios.
Create candidate test cases from supported inputs, including natural-language requirements and application workflows.
Run browser and API tests in configured environments and collect execution evidence.
Correlate test output with available logs, network responses, browser events, and code changes to investigate failures.
Identify maintenance opportunities and propose safe test updates for review or controlled application. Repairs change tests — never application code.
Rerun relevant tests, record outcomes, and provide evidence that helps teams assess release readiness.
Release intelligence
Results, failures, unresolved risks, and history in one place — without reducing a release to a pass percentage.
Passed
42
Failed
3
Investigate
2
Duration
14m 08s
Test groups
Release assessment
Review recommended
Some checks remain unresolved. Review the failures and available evidence before making a release decision.
A pass rate alone never marks a release as safe.
Recent execution history
How it works
STEP 1
Configure an application, testing environment, and supported development workflow.
STEP 2
Describe the critical journeys you want to validate and review the generated test scenarios.
STEP 3
Execute tests, inspect evidence, investigate failures, and integrate the results into your release process.
Walk us through how your team tests today. We'll show where AI-assisted test engineering could fit.