Physical devices. Controlled execution.
Select a synthetic device to inspect its application state, execution trace, and connection to the control plane.
- ADB
- CONNECTED
- SESSION
- READY
- APPLICATION
- ACTIVE
- STEP
- SELECT LOCATION
- STATE
- WAITING FOR UI
- VALIDATION
- PENDING
Device 03 is validating a synthetic application workflow. ADB connected; validation pending.
Application state made explicit.
This synthetic interface demonstrates a controlled workflow without reproducing any real application or client screen.
- Open app
- Wait for state
- Locate UI
- Interact
- Verify
- Capture result
state: complete
evidence: capturedOne device can recover while others continue.
These device states are illustrative interface states, not measured production activity.
- 01AVAILABLE
- 02RUNNING
- 03VALIDATING
- 04RETRYING
- 05AVAILABLE
- 06COMPLETE
- Detect failure
- Preserve evidence
- Reset session
- Retry workflow
- Validate
- Return result
Control reaches from scheduling to application state.
Every device moves through controlled state.
- 01
Allocate
Select an appropriate available device.
- 02
Connect
Verify communication and device readiness.
- 03
Prepare
Set expected application and device state.
- 04
Launch
Start or restore the target application workflow.
- 05
Interact
Perform controlled application actions.
- 06
Validate
Confirm expected UI, state, and data behavior.
- 07
Collect
Capture structured results and evidence.
- 08
Recover / Complete
Retry, reset, isolate failure, or finalize execution safely.
Mobile Automation
Control mobile workflows at the device level.
We build Android automation systems that coordinate devices, application states, interactions, validation, and structured result collection through controlled execution workflows.
PiBert builds Android automation systems that coordinate devices, application states, interactions, validation, and structured result collection through controlled execution workflows.
From single-device application automation to multi-device operational systems, we combine Appium, ADB, application-state handling, scheduling, validation, and orchestration so repetitive mobile processes can run consistently and remain visible to operators.
The goal is not simply to automate taps. It is to build reliable mobile execution infrastructure.
Discuss your mobile workflowDevice-level execution built as an operational system.
Application interaction, device control, orchestration, validation, evidence, and recovery remain connected throughout the workflow.
Android Application Automation
Automate application navigation, interaction, state handling, data entry, extraction, and controlled multi-step workflows.
Appium-Based Workflows
Build structured mobile automation using Appium and UiAutomator2 for application interaction, validation, and repeatable execution.
ADB Device Control
Use Android Debug Bridge for device management, application control, diagnostics, installation workflows, system interaction, and execution support.
Multi-Device Orchestration
Coordinate multiple physical Android devices through centralized scheduling, execution state, device allocation, and result collection.
Mobile Validation & QA
Verify application state, UI behavior, values, workflow completion, screenshots, and expected outcomes during automated execution.
Operational Mobile Workflows
Build repeatable mobile processes that combine application automation, device control, scheduling, retries, failure recovery, logging, and structured output.
A mobile workflow is more than a sequence of taps.
Real device automation has to deal with application state, permissions, overlays, connectivity, screen geometry, loading conditions, device health, session state, timing, and failures. PiBert treats these as part of the automation architecture rather than assuming every device and application will always behave perfectly.
- 01Allocate
- 02Connect
- 03Prepare
- 04Launch
- 05Interact
- 06Validate
- 07Collect
- 08Recover / Complete
One device failure does not have to collapse the execution system.
Device and application failures should be isolated, visible, and actionable.
A controlled workflow can preserve evidence, reset application or session state, retry when appropriate, isolate an unhealthy device, and allow unaffected devices to continue.
- Controlled retries
- State tracking
- Validation gates
- Logging and recovery
Where controlled mobile execution fits.
- Android application automation
- Mobile regression testing
- Device-based data collection
- Multi-device workflow execution
- Application state validation
- UI interaction automation
- Device provisioning workflows
- Repeatable mobile operations
- Screenshot/result collection
- Mobile QA automation
- Device health verification
- Scheduled device workflows
- Application installation/control
- Centralized mobile execution systems
Tools selected for the system.
The automation stack is selected according to application behavior, device environment, validation needs, concurrency requirements, and operational constraints.
Have a mobile workflow that needs to run consistently across devices?
Bring PiBert the application behavior, device environment, execution stages, validation requirements, and operational constraints.