Automated Cps Testing Act

---
name: automated-cps-testing-act
description: "Automated CPS Testing Framework (ACT) for continuous testing of open-source cyber-physical systems with robotic platforms. End-to-end automated testing integrated with open-source infrastructure such as GitHub. Use for: continuous CPS testing, open-source robotic platforms testing, multi-module CPS validation, GitHub-integrated testing workflows. Activation: automated CPS testing, cyber-physical systems testing, robotic platforms testing, continuous CPS testing, ACT framework."
---

# Automated CPS Testing (ACT) Framework

End-to-end automated testing framework for cyber-physical systems (CPS) with robotic platforms, integrated with open-source infrastructure.

## Overview

ACT addresses the gap in robust testing for open-source CPS software by providing:
- Automated continuous testing with robotic platforms
- Integration with open-source infrastructure (GitHub)
- Multi-module CPS testing support
- Detection of critical errors in distributed contributor environments

## Core Concepts

### Testing Challenges in Open-Source CPS

1. **Multi-Contributor Complexity**: Multiple modules developed by various contributors
2. **Hardware Integration**: Testing requires physical robotic platforms
3. **Continuous Validation**: Need for ongoing automated testing
4. **Infrastructure Integration**: Must work with existing open-source workflows

### ACT Framework Components

```
┌─────────────────────────────────────────┐
│         ACT Testing Framework          │
├─────────────────────────────────────────┤
│  GitHub Integration Layer              │
│  ├── CI/CD pipeline hooks              │
│  ├── Pull request testing              │
│  └── Issue tracking                    │
├─────────────────────────────────────────┤
│  Test Orchestration Layer              │
│  ├── Test case generation              │
│  ├── Platform abstraction              │
│  └── Result aggregation                │
├─────────────────────────────────────────┤
│  Robotic Platform Layer                │
│  ├── Hardware interface                │
│  ├── Safety monitoring                 │
│  └── Real-time execution               │
└─────────────────────────────────────────┘
```

## Workflow

### 1. Setup Phase

```python
# Configure ACT for your CPS project
act_config = {
    "platform": "educational_robot",  # or custom platform
    "github_repo": "org/cps-project",
    "test_suite": "comprehensive",
    "execution_mode": "continuous"
}
```

### 2. Test Execution

```python
# Run automated tests
test_results = act.run_tests(
    modules=["control", "planning", "perception"],
    scenarios=["normal", "edge_cases", "fault_injection"],
    duration="automated"
)
```

### 3. Integration with GitHub

```yaml
# .github/workflows/act-testing.yml
name: ACT Testing
on: [push, pull_request]
jobs:
  act-test:
    runs-on: act-runner
    steps:
      - uses: actions/checkout@v3
      - name: Run ACT Tests
        run: act execute --platform robotic
```

## Implementation Guide

### Test Case Design

1. **Unit Tests**: Individual module validation
2. **Integration Tests**: Cross-module interactions
3. **Hardware-in-the-Loop**: Real robotic platform testing
4. **Scenario-Based**: Real-world use case validation

### Safety Considerations

- Hardware safety monitoring during automated tests
- Emergency stop mechanisms
- Gradual test complexity escalation
- Sandbox environments for new contributors

## Tools and Commands

| Tool | Purpose | Usage |
|------|---------|-------|
| `act init` | Initialize ACT for project | `act init --platform <type>` |
| `act run` | Execute test suite | `act run --suite <name>` |
| `act report` | Generate test reports | `act report --format html` |
| `act ci` | CI/CD integration | `act ci --github-repo <url>` |

## Activation Keywords

- automated CPS testing
- cyber-physical systems testing
- robotic platforms testing
- continuous CPS testing
- ACT framework
- open-source CPS validation

## Related Skills

- `systems-engineering`: General systems engineering patterns
- `control-systems`: Control theory and implementation
- `robotics`: Robotics-specific methodologies
- `ci-cd`: Continuous integration practices

## References

- Paper: arXiv:2604.11708 (April 2026)
- Authors: Krishnan, Kim, Kim
- Application: Educational robotic platforms

## Example Usage

```
"Set up ACT for my open-source robotics project"
"Configure continuous testing for CPS modules"
"Integrate robotic platform testing with GitHub Actions"
"Run automated tests on multi-contributor CPS software"
```

## Notes

- Designed for open-source projects with multiple contributors
- Requires physical robotic platform access
- Integrates seamlessly with GitHub workflows
- Supports educational and research robotic platforms