Automation Engineering
Build systems that do the repetitive work reliably.
We design and build automation systems that turn repetitive, high-volume, and operationally complex processes into reliable software-driven workflows.
PiBert engineers automation for workflows that are too repetitive, time-sensitive, large-scale, or operationally demanding to depend on manual execution.
From browser and mobile application automation to scheduled processing, data collection, validation, and multi-step operational workflows, we build systems designed to execute consistently, recover intelligently, and produce measurable results.
Discuss an automation problemExecution designed around the real workflow.
Automation can span interfaces, devices, data, schedules, and operating processes while retaining traceability and control.
Web & Browser Automation
Automate browser-based workflows, data collection, form interactions, platform operations, repetitive web processes, and multi-step application flows.
Mobile Application Automation
Build Android automation using real devices, Appium, ADB, and application-level interaction for testing, data collection, repetitive operations, and controlled workflows.
Large-Scale Automation
Design systems capable of coordinating many concurrent jobs, devices, sessions, schedules, or geographic workloads while maintaining traceability and control.
Scheduled & Event-Driven Workflows
Execute processes at defined times or in response to application conditions, with validation, retry handling, status tracking, and failure recovery.
Data Collection & Processing
Combine automation with structured extraction, transformation, validation, storage, and downstream processing rather than stopping at basic interaction.
Operational Automation
Automate recurring operational processes such as monitoring, validation, reporting, application checks, and workflow coordination.
Automation built as a system — not a script
Reliable automation requires more than reproducing clicks. PiBert approaches automation as an engineered system: execution, scheduling, validation, state management, failure handling, observability, and data integrity are considered together.
- 01Trigger
- 02Orchestrate
- 03Execute
- 04Validate
- 05Recover
- 06Store / Report
Designed for the cases where automation can fail.
Real applications change. Networks become unstable. APIs time out. Devices disconnect. UI elements move. Sessions expire.
We design automation with those realities in mind through controlled retries, validation, state tracking, error handling, logging, and recovery strategies appropriate to the workflow.
- Controlled retries
- State tracking
- Validation gates
- Logging and recovery
Where engineered automation fits.
- Business process automation
- Browser workflow automation
- Mobile application automation
- Automated data collection
- Scheduled operations
- Multi-device workflows
- Application monitoring
- QA and regression workflows
- Repetitive platform operations
- Data validation pipelines
- Automated reporting
- Internal operational tools
Tools selected for the system.
Technology is selected around the workflow rather than forcing every problem into the same stack.
Have a process that should not depend on repetitive manual work?
Bring PiBert the workflow, its constraints, and the places it can fail.