Reverse Engineering
Malware analysts, firmware engineers, vulnerability researchers.
Our reverse engineers work without source code, vendor documentation, or vendor cooperation. Point them at a binary, a firmware image, or a protocol, and they can tell you how it works, what is wrong with it, and how to change it.
Binary & Code Analysis
Engineers who reconstruct how software works without the source code.
Our binary analysts work directly with compiled software, without source code or vendor cooperation: tracing function calls, following data flows, identifying cryptographic routines, and reconstructing logic from machine code using IDA Pro, Ghidra, Binary Ninja, x64dbg, and radare2.
Every finding is verified against the binary itself. They deliver answers: what the code does, how it does it, and where in the binary that behavior lives.
Malware Analysis
Understanding adversarial code completely: what it does, how it does it, and what to do about it.
Our malware analysts perform static and dynamic analysis, sandbox behavior review, anti-analysis technique identification and bypass, and control flow analysis on obfuscated, packed, and encrypted samples.
Analysis goes beyond detection to explain what a sample does, what it communicates with, and what it leaves behind, delivered as indicators of compromise, YARA signatures, network signatures, and behavioral patterns your security team can act on. Cleared analysts available for classified malware analysis.
Vulnerability Research
Finding what is wrong before someone else does.
Automated scanners find known vulnerabilities. Our researchers find the ones that are not in any database yet, through binary vulnerability analysis, fuzzing, protocol analysis, logic flaw identification, and authentication bypass research.
Reports are written for both engineering and leadership audiences: what is wrong, how severe it is, and what to do about it.
Firmware & Embedded Systems
Below the operating system, before the software, where most people stop looking.
Our firmware engineers extract, unpack, and analyze firmware for embedded systems, IoT devices, network appliances, industrial controllers, and hardware security modules, identifying hardcoded credentials, unprotected debug interfaces, unsigned update mechanisms, and logic flaws at a layer most scanners never reach.
Experience spans ARM, MIPS, x86, and RISC-V architectures, with fast turnaround on findings and remediation guidance.