Embedded security testing
for devices that cannot afford
to be compromised
Detect firmware vulnerabilities, insecure communication, and system weaknesses before your product reaches attackers or production environments.
Security validation for firmware, IoT, hardware-connected, and critical systems
Why embedded security failures happen
Embedded systems combine software, hardware, networks, and external interfaces - creating attack surfaces that traditional testing often misses.
Security issues are rarely obvious during normal operation. They appear through unexpected inputs, unsafe communication, weak configurations, or hidden firmware vulnerabilities.
Firmware vulnerabilities
Unsafe memory usage, exposed interfaces, insecure update mechanisms, and hidden weaknesses inside device software.
Communication risks
Unprotected protocols, insecure data exchange, and weaknesses between devices, servers, and external systems.
Hardware interaction issues
Security gaps caused by how software interacts with sensors, controllers, and physical components.
Find weaknesses before attackers do
We analyze how your embedded system behaves under real-world conditions, unexpected inputs, and potential attack scenarios.
Firmware attack surfaces
- Insecure firmware logic
- Exposed debugging interfaces
- Unsafe update flows
Data protection issues
- Sensitive data exposure
- Insecure storage
- Weak communication paths
System behavior risks
- Abnormal inputs
- Unexpected states
- Failure scenarios
Dependency vulnerabilities
- Third-party components
- Outdated libraries
- Configuration risks
Security testing beyond standard checks
Embedded products require more than automated vulnerability scans. We evaluate how the complete system behaves when security boundaries are challenged.
System analysis
Understand architecture, firmware behavior, interfaces, and possible attack paths.
Vulnerability detection
Identify weaknesses across code, communication, dependencies, and configurations.
Security validation
Test how the system reacts to unexpected inputs, failures, and abnormal conditions.
Risk prioritization
Focus on vulnerabilities with the highest impact on reliability and safety.
When embedded security testing is critical
IoT devices
Connected products exposed to networks, users, and external services.
Industrial systems
Hardware and software environments where downtime creates serious impact.
Medical and safety-critical devices
Systems where security failures can affect reliability and safety.
Automotive and embedded platforms
Complex architectures with multiple components and communication layers.
Secure your embedded system before release
Find vulnerabilities, reduce security risks, and improve product reliability before real-world deployment.
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Tell us about your device and firmware - we'll propose a security testing approach tailored to your hardware and software environment.
We typically respond within 1-2 business days.