Proving It Works
(Every Time)
We implement multi-layered testing strategies to catch defects early, automate regression, and validate system performance against real-world scenarios.
In high-consequence systems, "it works" isn't enough. You need to prove it works under all conditions, and that it fails safely when pushed beyond limits. We shift verification left, moving from late-stage manual testing to continuous, automated validation.
MIL / SIL
Virtual testing
HIL Testing
Real-time simulation
Static Analysis
Code quality gates
System V&V
Final integration
Situations We Address
Release Cadence Slipping
Verification has become the program bottleneck. Every release takes longer than the last.
Late Defect Discovery
Integration bugs found at qualification, weeks before SOP. No time to fix properly.
Coverage Gaps
MC/DC or structural coverage shortfalls discovered before release. Auditors are asking questions.
Qualification Approaching
A qualification milestone is coming and the verification evidence is not ready for scrutiny.
What Typically Breaks
Regression Hell
Manual testing is too slow. As complexity grows, the team spends all their time re-testing old features, leaving no capacity for new development.
The "Bench" Fallacy
"It works on my bench setup." But the bench lacks the noise, latency, and fault injection of the real environment, leading to failures in the field.
Untraceable Tests
Tests are run, but nobody knows which requirements they cover. You pass the test, but you might have missed critical safety goals entirely.
Proof through automation
Automated Frameworks
We build bespoke automation frameworks that run thousands of test cases overnight. We use Python, Jenkins, and specialized tools to execute tests, capture logs, and generate compliance reports automatically.
Hardware-in-the-Loop (HIL)
We design and operate HIL rigs that trick the ECU into thinking it's in a real system. We simulate sensors, actuators, and network traffic to validate behavior in safe, repeatable lab conditions.
Scope of Services
- Test Strategy & Planning (Master Test Plan)
- Unit & Integration Testing (Code Coverage)
- HIL/SIL/MIL Environment Design
- Test Automation Framework Development
- Fault Injection Testing
- Requirement-Based Testing & Traceability
Tools & Methods
Where We've Delivered
Automotive ECUs
Powertrain, electrification, body electronics: unit, integration, and system-level validation.
Automotive Lighting Systems
Software testing and validation for advanced lighting control units.
H₂ Fuel Cell Systems
vECU development, fault injection testing, HIL environment design and operation.
BSW & Platform Validation
AUTOSAR stack integration, CANoe-based network testing, diagnostic validation.
Defect prevention through rigorous validation.
Reduce warranty costs and recall risks with a validation strategy that finds bugs before your customers do.