When ransomware strikes, every hour counts. Our incident response team reverse engineers ransomware binaries, identifies cryptographic weaknesses, and works to recover your data — without negotiating with attackers.
Modern ransomware groups operate as organized crime syndicates with dedicated development teams, affiliate programs, and customer support portals. We study them so you don't have to.
Self-spreading ransomware with custom exfiltration tools. Uses intermittent encryption for speed. Targets ESXi, Windows, and Linux. One of the most prolific RaaS operations globally.
Written in Rust for cross-platform targeting. Uses AES encryption with per-file keys. Known for triple extortion — encryption, data theft, and DDoS threats against victims.
Targets VPN appliances without MFA. Deploys both Windows and Linux encryptors. Linked to former Conti operators. Rapidly growing affiliate network across multiple sectors.
Emerged from Conti's dissolution. Uses ChaCha20 + RSA-4096 encryption. Targets large enterprises with sophisticated double extortion and data leak sites on Tor.
Exploits zero-day vulnerabilities in file transfer solutions (MOVEit, GoAnywhere). Specializes in mass data exfiltration campaigns. Known for supply chain attacks affecting thousands of organizations.
Emerging groups targeting healthcare, education, and government. Use living-off-the-land techniques to evade EDR. Increasingly targeting critical infrastructure across the Middle East.
We don't just respond to ransomware — we dissect it. Our team reverse engineers the malware binary to understand exactly how your data was encrypted and find paths to recovery.
We collect ransomware samples, encrypted files, ransom notes, and memory dumps from your environment. Every artifact tells a story about the attacker's tools and techniques.
We disassemble and decompile the ransomware executable. We trace execution flow, identify the encryption algorithm (AES, ChaCha20, RSA), and look for implementation flaws — hardcoded keys, weak RNG seeds, or reused IVs.
When cryptographic weaknesses are found, we build custom decryptors. When they aren't, we explore shadow copies, backup restoration, memory forensics, and partial file recovery to salvage as much data as possible.
We produce a full forensic timeline — initial access vector, lateral movement, dwell time, and exfiltration scope. You get a detailed report with IOCs, MITRE ATT&CK mapping, and evidence for law enforcement or insurance claims.
We don't stop at recovery. We remediate the entry point, deploy detection rules specific to the variant that hit you, review backup architecture, and help you build resilience against future attacks.
When technical recovery alone isn't possible, we advise on threat actor communication, validate proof-of-decryption, and manage the process if payment becomes a last resort — always under legal counsel.
Most recovery firms treat ransomware as a black box. We crack it open. Our reverse engineers work at the assembly level to understand exactly what the malware does — instruction by instruction.
We disassemble binaries with IDA Pro and Ghidra, decompile to pseudo-C, and execute in sandboxed environments to trace system calls, network traffic, and cryptographic operations in real time.
We analyze the encryption implementation looking for mistakes — predictable key generation, reused nonces, hardcoded seeds, weak PRNG, or incomplete file encryption that leaves recoverable data in slack space.
Encryption keys often persist in volatile memory. We capture and analyze RAM dumps to extract session keys, private keys, and intermediate cryptographic material before it's lost to reboot.
When we find a vulnerability in the ransomware's crypto, we don't wait for someone else to build a tool. We write custom decryptors tailored to the exact variant and version that encrypted your files.
Don't reboot. Don't delete anything. Don't pay. Contact us immediately — our incident response team is standing by to help you contain, investigate, and recover.