Hardware & Embedded Security Testing
Device-level testing across interfaces, firmware, and physical attack surfaces.
Hardware and embedded security testing assesses devices at the physical level — debug interfaces, firmware, and buses — to find the tamper, extraction, and secure-boot flaws that software testing cannot reach.
Where attackers get in — and where we look.
Debug interface (JTAG/UART)
Firmware extraction
Bus & protocol analysis
Secure-boot & storage
Physical tamper paths
An evidence-driven methodology.
Scope & recon
We agree objectives and rules of engagement, then map what you actually expose.
Map the attack surface
Enumerate entry points, roles, and trust boundaries a real attacker would target.
Manual exploitation
Certified testers exploit flaws by hand — chaining issues scanners never connect.
Prove impact
Findings ship with supporting evidence and business context.
Report & retest
Risk-ranked reporting with remediation guidance; retests under agreed terms.
Evidence you can act on.
Findings and supporting evidence
QA-reviewed findings with evidence and reproduction steps.
Risk-ranked reporting
CVSS + business context, prioritized for your team.
Remediation guidance
Actionable fixes mapped to each finding.
Retests under agreed terms
Retests are requested and tracked in the platform.
Make it a program.
Pair this test with a program that extends testing between engagements.
Hardware & Embedded Security Testing — questions buyers ask.
What hardware can you test?
Embedded devices, IoT hardware, medical and industrial devices, and custom boards — across debug interfaces, storage, and buses.
Do you need physical devices?
Yes — hardware testing requires sample units, and ideally schematics or firmware images to speed analysis.
What do you look for?
Exposed debug interfaces (JTAG/UART), firmware extraction, insecure secure-boot and storage, bus and protocol weaknesses, and physical tamper paths.
Prove what an attacker could actually do.
A short scoping call, no obligation.