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Most test automation uses AI for one isolated task, such as generating a test or healing a locator. AI-native testing uses agents throughout the development lifecycle: authoring coverage, choosing and executing tests, maintaining the suite, and learning from every run. Momentic connects those stages through tests that remain readable, reviewable YAML files in your repository. AI reduces the work at each stage without taking away control. The result is faster development, more reliable coverage, and run data that can explain product risk instead of only reporting pass or fail.

Use AI throughout the lifecycle

1

Author

Coding agents use your code and a live product session to create or update coverage alongside application changes.
2

Run

Runtime agents find elements from their descriptions instead of brittle selectors, recover from transient conditions, and select the most relevant tests based on a code change.
3

Maintain

Agents classify failures, repair outdated tests, verify changes, and quarantine persistent flakes when needed.
4

Learn

Memory, the knowledge base, and the app graph make future decisions more consistent while exposing journey coverage and product risk.

Author with product context

Install the Momentic skill so your coding agent knows how to add and edit tests. Connect the MCP server so the agent can combine repository context with a live browser or mobile session, execute steps, and inspect artifacts while it works. For web projects, the Explore agent can bootstrap coverage for the whole application or identify and cover journeys affected by a code change. This moves test development into the same loop as product development instead of leaving coverage as a separate, manual follow-up.

MCP

Give coding agents direct access to the product, tests, and run artifacts.

Explore agent

Discover user journeys and generate reviewable coverage in your repository.

Run intelligently

Run tests locally, in coding-agent sandboxes, in CI, or on a schedule. Use the full suite for scheduled runs and bug bashes. For pull requests, AI test selection uses the code diff and app graph to choose a representative set of web tests, shortening feedback without relying on manually maintained dependency rules. During execution, Momentic uses semantic element resolution and transient recovery to absorb routine UI variation. AI is involved where judgment helps; successful paths remain fast through deterministic replay and step caching.

Local runs

Run web or mobile tests by path, name, or label.

CI/CD

Configure GitHub Actions, GitLab CI, CircleCI, Jenkins, and other runners.

AI test selection

Use code and journey context to select the most relevant tests based on a code change.

Results and reporting

Upload runs or generate JUnit, Allure, and JSON reports.
See Performance for latency benchmarks, parallelism, and sharding.

Maintain automatically

When a test fails, Momentic starts with the least invasive response and escalates only when needed. It can re-resolve a locator, recover from a transient condition, classify the failure, propose and verify a permanent repair, or quarantine a persistent flake. This keeps maintenance in the development loop and leaves durable changes reviewable in Git.

Locator auto-healing

Re-resolve locators and wait for page stability during a run.

Transient recovery

Clear temporary obstructions without changing the test.

Permanent healing

Classify failures, repair tests, and deliver reviewable changes.

Quarantine

Keep flaky tests running without blocking CI.

Turn runs into reusable insights

Every run produces more than a result. Momentic reuses what it learns to make future AI decisions more consistent and to build a model of how tests exercise the product.

Memory

Reuse relevant decisions from earlier runs so AI behaves consistently.

App graph

Measure journey coverage, power AI test selection, and analyze product risk.

Knowledge base

Give every agent shared product terminology, rules, and known flows.
Together, these systems turn test execution into reusable context: where the product is covered, which journeys a change puts at risk, and what the next agent should know before it acts. See How Momentic works for how preset steps, AI actions, custom code, and CLI agents fit together.