Ansight vs Maestro
Ansight combines app control, deep runtime inspection, session capture, and verification in one connected workflow, so evidence from one activity carries into the next. Here is where Maestro fits and when to choose Ansight.
What Maestro offers
Device-level YAML flows, visual authoring, agent access, and hosted execution.
Why choose Ansight
Choose Ansight when verification needs to connect UI behaviour with database state, framework properties, and captured runtime events.
Capabilities vary by SDK, platform, and enabled tools. Descriptions of Maestro reflect its public documentation at the time of writing.
The difference
A run in Ansight becomes an asset for the next stage.
- 01
Debug test
Use the captured failure, actions, and state to author a regression check.
- 02
Test debug
Investigate a failed run using its retained runtime evidence.
- 03
UI internal state
Cross-reference visible behaviour with exposed framework and database state.
- 04
Performance verification
Use observed measurements to inform repeatable checks.
- 05
Investigation handoff
Preserve the session and annotations for another engineer or agent.
- 06
Fix evidence
Repeat the relevant workflow and inspect whether the expected results occurred.
What Ansight brings together
The capabilities behind the workflow.
| Capability | What Ansight brings together | Why it matters |
|---|---|---|
| Deep session capture | Screenshots, visual trees, logs, network events, touches, metrics, artifacts, and annotations. | Preserve the runtime context around a failure for investigation and verification. |
| Live app control | Semantic UI selection, input, navigation, waits, and assertions. | Let agents reproduce behaviour and check the result in the running app. |
| Framework-aware inspection | MAUI bindings and diagnostics, Flutter widget information, React Native component inspection, and native view access. | Explain behaviour using information beyond the visible screen. |
| App-data verification | Read-only SQLite queries and concrete database assertions. | Verify persisted results alongside UI state. |
| App-defined tools | Guarded operations that expose your application's own diagnostics and domain state. | Give agents direct answers about behaviour specific to your app. |
| Guarded state changes | Supported property mutations, framework actions, and custom operations. | Investigate behaviour and prepare verification scenarios with controlled access. |
| Repository tests | Agent-driven scenarios, validation instructions, execution results, and retained audits. | Turn investigation findings into reusable verification. |
| Scripted tasks and triggers | Repository-controlled operations, tool composition, and event-driven automation. | Reuse diagnostic and verification procedures across workflows. |
| Native profiling | Instruments and Perfetto integration. | Investigate performance with platform profiling tools. |
| Performance Trends | Historical measurements, percentiles, and memory-growth analysis. | Identify changes across runs and inform performance checks. |
| Evidence correlation | Action identifiers, timestamps, captured trees, screenshots, and assertion results. | Follow an interaction through its associated runtime evidence. |
| Annotations and handoff | Timeline and UI-target context, portable archives, and historical session review. | Preserve what matters when work moves between people or agents. |
| Configurable sanitisation | Policies for redacting captured content, screenshots, and exported artifacts. | Prepare evidence for handoff with deliberate control over its contents. |
| Physical and virtual devices | SDK-connected runtime inspection on supported hardware, simulators, and emulators. | Investigate behaviour in the environments relevant to your app. |
See the evidence trail on your app.
Install the CLI, or request a demo and bring a bug.