What we look for
Hardware and firmware flaws
we hunt for
Connected devices expose attack surfaces most security programs never see. We test at the firmware, interface, and physical layers to find the flaws before they reach the field.
Firmware Weaknesses
Extractable or poorly protected firmware that reveals keys, credentials, and device logic.
We test for
- Firmware extraction and analysis
- Hardcoded secrets and keys
- Insecure update mechanisms
- Signature and integrity checks
Debug & Physical Interfaces
Exposed ports that give an attacker direct access to the device internals.
We test for
- UART, JTAG, and SWD access
- SPI and I2C flash readout
- Boot process manipulation
- Console and debug shells
Wireless & Radio Protocols
Insecure communication an attacker can intercept, replay, or spoof.
We test for
- BLE, Wi-Fi, and RF review
- Replay and relay attacks
- Weak or absent encryption
- Pairing and authentication flaws
Physical & Side-Channel
Tamper and analysis attacks against the physical hardware itself.
We test for
- Tamper resistance review
- Chip-off and fault injection
- Side-channel leakage
- Secure element usage
How it works
How your engagement runs
From scope through the final retest, your team stays in the loop at every step,
with findings tracked live in our platform.
- 01
Scope & kickoff
Targets, roles, and rules of engagement defined in writing, with a fixed scope and timeline.
- 02
Testing goes live
Findings post to your live platform dashboard the moment our testers confirm them.
- 03
Track remediation
Follow every finding from open to fixed, with severity, evidence, and status in one place.
- 04
Report & retest
Executive and technical reports land, then request a free retest in one click.
Resources
Field notes from the offensive side
Offense in Depth in Red Team Operations
Defense in depth layers protection. Offense in depth layers attack paths so a red team still reaches its objective when one route fails. Here is how it works.
Security Between Penetration Tests
An annual pentest covers two weeks and leaves fifty uncovered. Here is how to secure the rest of the year without waiting for the next scheduled engagement.
The Limits of AI in Penetration Testing
AI is changing penetration testing, but it will not replace human testers. Here is what it does well, where it falls short, and why judgment still wins.
Want to see a real report first?
Request a redacted sample report before you scope an engagement.
FAQ
Frequently asked questions
What teams most often ask before
scoping hardware penetration testing.
01What kinds of devices do you test?
We test IoT, embedded, medical, automotive, and operational technology hardware, covering the firmware, debug interfaces, wireless protocols, physical layer, and any companion apps or APIs.
02Do you need physical access to the device?
Yes. Hardware testing involves hands-on work with the device, so we agree how units are shipped or accessed during scoping. Companion applications and cloud services can also be tested remotely.
03How long does a hardware penetration test take?
Timelines depend on the device complexity and the number of interfaces, but most engagements run one to a few weeks, followed by reporting and a complimentary retest.
Ready to test your defenses?
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