Extreme close-up of a circuit board under active hardware debug, JTAG probe clipped to test pads, green and copper PCB traces filling the frame, cool blue-white lab lighting casting sharp shadows across component legs, left-side composition with dense trace detail
Extreme close-up of a circuit board under active hardware debug, JTAG probe clipped to test pads, green and copper PCB traces filling the frame, cool blue-white lab lighting casting sharp shadows across component legs, left-side composition with dense trace detail
Discuss your hardware scope
/ Hardware & Reverse Engineering

We pull firmware. We map C2. We fuzz your ECU.

Most assessors stop at the network perimeter. We operate at the silicon layer — extracting firmware via UART and JTAG, reversing binaries with IDA Pro and Ghidra, and tracing automotive attack chains from physical access to remote exploitation.

— Three Core Disciplines

Hands-on. Not theoretical.

Firmware & Binary RE

Automotive & ECU Security

RF & Bluetooth Testing

Firmware extraction via UART and JTAG, unpacking encrypted blobs, static and dynamic binary analysis, C2 infrastructure mapping, and malware sandboxing on embedded targets.

BLE sniffing, replay and relay attacks, protocol-level abuse, rogue device impersonation, and proprietary RF signal capture against the wireless attack surface most assessors ignore.

CAN bus traffic analysis, ECU fuzzing, OBD-II attack vectors, telematics chain exploitation from physical port access through to remote command injection.

Flat-lay overhead of hardware security testing tools arranged on a dark matte surface: a JTAGulator probe, Bus Pirate board, logic analyzer clips, and a disassembled router motherboard, cool side-lit studio light casting long shadows across metal contacts and PCB silkscreen markings
Flat-lay overhead of hardware security testing tools arranged on a dark matte surface: a JTAGulator probe, Bus Pirate board, logic analyzer clips, and a disassembled router motherboard, cool side-lit studio light casting long shadows across metal contacts and PCB silkscreen markings
+ Actual tooling, named

The instruments behind the findings

IDA Pro, Ghidra, Radare2, and Hopper for binary analysis. Bus Pirate, JTAGulator, and OpenOCD for hardware debug. Scapy and HackRF for RF work. Wireshark and SocketCAN for CAN bus capture.

Every engagement names the tool, the signal, and the finding — not a summary. Unvarnished output from the hardware layer up.

Scope an engagement

Your hardware attack surface has exposure you haven't mapped.

Scope a hardware or RE engagement before an adversary does it for you. All pre-engagement conversations are covered by mutual NDA.