Find failures that only appear
when hardware meets software
Detect timing issues, hardware-dependent bugs, unstable behavior, and edge cases before your devices reach production.
Why traditional testing fails with embedded systems
Embedded systems operate under strict constraints - limited resources, real-time requirements and tight hardware integration.
Traditional testing approaches often fail to detect critical issues in such environments.
We work alongside teams building embedded and hardware-dependent systems to catch these risks early and keep behavior stable across the full lifecycle.
Challenges in embedded systems testing
Embedded environments and hardware-dependent systems introduce unique risks that standard testing methods are not designed to handle.
Limited visibility into runtime behavior
Lack of observability tools makes it hard to detect issues during execution
Hardware and software interaction complexity
Bugs can emerge at the boundary between hardware and firmware layers
Real-time constraints and timing issues
Timing-dependent failures are difficult to reproduce and diagnose in test environments
Late-stage failures are expensive to fix
Issues discovered after hardware integration often require costly debugging, redesign, or delayed releases.
Difficult reproduction of edge-case failures makes embedded testing especially demanding.
Our approach to embedded software testing
We combine static code analysis, system-level validation and distributed testing workflows to provide deep insight into your system.
Use cases
Our embedded systems testing solutions are designed for teams working in demanding hardware-dependent environments.
Embedded devices and firmware
MCU-based products, RTOS environments and bare-metal embedded software
Industrial and IoT systems
Connected hardware with strict reliability and uptime requirements
Real-time operating systems
Timing-critical environments where standard testing tools fall short
Safety-critical environments
Automotive, aerospace and industrial systems where failures have serious consequences
Tools and capabilities
Our platform provides a modular set of tools designed for embedded and hardware-dependent environments.
Static code analysis
Detect vulnerabilities and unsafe patterns in embedded codebases at compile time.
Automated testing workflows
Orchestrate test runs across real hardware and virtual environments at scale.
Dependency and interaction analysis
Map hardware-software dependencies to surface hidden interaction risks early.
System-level verification
End-to-end validation across the entire system stack, including hardware-in-the-loop scenarios.
CI/CD integration
Continuous validation embedded directly into your delivery pipelines.
Understand how your system really behaves
Reveal hidden interactions between hardware and software and detect issues before they become critical.
Related pages
Software testing
Full lifecycle testing for complex systems
Static code analysis
Detect vulnerabilities and risks early
Static code analysis for embedded systems
Detect issues in embedded code before hardware integration
Network hardware testing
Validate performance and reliability of connected hardware
Safety-critical systems testing
Ensure validated behavior where failures are not an option
Start your pilot
Tell us about your embedded system and we will propose a testing approach tailored to your hardware and software environment.
We typically respond within 1-2 business days.