A platform built to be trusted by engineers.
Eight layers, from your sources to governance. Every agent is specialised, evaluated and reversible, and everything runs around the tools you already have.
From your sources to governance.
Open any layer to see what it does for you.
01 Sources Read where they already live ›
Nothing is copied into a new tool. TuringOne reads stories and specs, test cases, databases, application interfaces and pipeline reports where they already are.
02 Context Your application, understood ›
Sources are accessed read-only and organised into a map of your application, so each agent gets exactly the context it needs and nothing more.
03 Orchestration Sequencing and human gates ›
The orchestrator runs the agents in order, keeps track of each run, stops on any failed check and waits at the two human gates.
04 Agents Seven specialists ›
Each agent has one job and only the permissions that job needs: design, generation, screen elements, test data, review, healing and analysis.
05 AI models The right model for each task ›
Each task goes to a model suited to it, and data is anonymised before every call. Models are hosted in the EU or in your own infrastructure.
06 Execution In your framework and pipeline ›
Generated tests live inside your test framework and run in your pipeline. They keep running without TuringOne.
07 Quality Every output evaluated ›
Each output is scored automatically, failure analysis decides whether the test or the application is at fault, and the quality report brings defects and indicators together.
08 Governance Traceable and reversible ›
Every run is recorded, human validations are logged, agent instructions are versioned and each agent can be rolled back.
Your environment. TuringOne plugs into your delivery tools as isolated services. AI models are hosted in the EU or in your own infrastructure.
Seven specialists, each with one job.
Narrow agents are easier to evaluate, easier to trust and easier to roll back than one assistant that does everything.
Design
Turns stories, specs and existing cases into scenarios; flags coverage gaps.
Generation
Writes executable tests following your framework and conventions.
Screen elements
Maps and maintains the screen elements the tests rely on.
Test data
Builds the data each scenario needs.
Review
Reviews generated code before a human ever sees it.
Healing
Repairs locators and endpoints within a strictly limited scope.
Analysis
Qualifies failures, drafts defect tickets, compiles the report.
You
Two gates and two reviews. The chain waits for you.
The right model for each task, and nothing sensitive sent to any of them.
Each task goes to a model sized for it. Data is anonymised before every call. Models are hosted in the EU or in your own infrastructure.
Why it matters: cost and response time stay under control for every test, and models can change without changing the chain.
High-volume, simple work: reading, sorting, mapping.
Scenario design and failure qualification.
Test generation and repairs in your framework.
Scoring every output and sorting the review queue.
A repaired test must never be able to hide a regression.
So we draw a hard line between how the test reaches the application and what it must verify.
May change
UI self-healing
- Locators and selectors
- Screen element mappings
- Waits and synchronisation
API self-healing
- Endpoint paths and versions
- Request and response structures
- Parameter names and formats
Never changes
Locked for every repair
- Assertions and expected values
- Business steps of the scenario
- Data expectations
- Skip, disable or retry flags
No agent can turn a test green by weakening it.
- Failure qualified on the test sideElement not found, application behaviour unchanged.
- Scored, scoped repairA confidence score and a change limited to what is allowed.
- Replayed separatelyBelow the threshold, it goes straight to a tester.
- Human review, then mergeThe main suite only changes after review.
The indicator that keeps us honest
Healing precision = correct repairs ÷ repairs proposed.
Measured in every pilot and reported next to the false-positive rate. If healing isn't precise on your application, you'll see it in the numbers.
No rip and replace.
TuringOne works around the tools your teams already use.
Your pipeline
Works with the delivery pipelines your teams already run.
Your framework
Tests generated inside the test framework you already use.
Your API definitions
Your existing API descriptions feed API tests and healing.
Your tracker
Qualified defects drafted as tickets, validated before opening.
Bring your engineers into the conversation.
We'll walk your engineering team through the platform, the data flow and how it fits your environment.