Commissioned vulnerability research
Commissioned research into unknown and high-impact weaknesses across approved software, hardware, mobile, and embedded targets.
Authorized research / est. 2016
We research, validate, and prove what breaks before adversaries do.
For product-security leaders, software and hardware vendors, government cybersecurity teams, and operators of critical systems.

Proof, not theater
Enterprise-grade vulnerabilities discovered and validated
Red-team work across perimeter, infrastructure, and Active Directory
100+ cybersecurity and applied cryptography publications
Top CTF background, long-term research practice, strict confidentiality
01 / Research directions
Focus areas for authorized offensive research where real exploitability, evidence, and engineering depth matter most.

Impactful vulnerability research
Closed-source code analysis
Advanced fuzz testing
Cryptographic implementation security analysis
Enterprise red team, infrastructure, and Active Directory
Applied AI for vulnerability research
Secure coding and formal verification
02 / What you can commission
Four defined ways to commission research — from vulnerability discovery and controlled PoC engineering to deep product research and enterprise offensive operations.

Commissioned research into unknown and high-impact weaknesses across approved software, hardware, mobile, and embedded targets.
Independent validation of a suspected flaw or known CVE to establish realistic impact, required preconditions, and chain potential.
Deep reverse engineering of closed-source products, firmware, boot chains, mobile stacks, and low-level trust boundaries.
Authorized adversary simulation across perimeter, identity, cloud, Active Directory, and internal enterprise paths.
03 / Advanced engagements
Specialized offensive research paths for modern enterprise, Active Directory, government, embedded systems, mobile, industrial, and infrastructure attack surfaces.
Corporate engagements across external perimeter, VPN and SSO entry points, exposed infrastructure, internal networks, Active Directory, lateral movement paths, segmentation, and detection readiness.
Perimeter / identity / lateral movementDeep authorized research across mobile platforms, applications, kernels, basebands, and device security boundaries.
Mobile / kernel / basebandKernel internals, local privilege escalation, mitigation bypass research, detection validation, and hardening recommendations.
Kernel / mitigation / hardeningLow-level research across firmware, boot integrity, persistence boundaries, update paths, and pre-OS trust assumptions.
Firmware / boot chain / persistenceSafety-aware exploitability research across industrial networks, control software, PLC/SCADA ecosystems, and production-adjacent systems.
Industrial / exploitability / safety
04 / Method
Five controlled state changes from authorization to long-term security engineering.
Define authorization boundaries, assets, acceptable risk levels, and evidence requirements before testing begins.
ControlledBuild controlled lab conditions, harnesses, fixtures, and repeatable validation paths.
ControlledDemonstrate impact with precise proof, without theater or unnecessary operational risk.
ProofDeliver clear technical evidence, chain analysis, remediation priorities, and executive context.
ControlledSupport retesting, detection validation, remediation context, and long-term security engineering decisions.
Controlled05 / Confidential intake
qwerty research accepts authorized offensive security engagements: vulnerability research, enterprise red team, infrastructure and Active Directory assessments, exploitability validation, and research tooling.
Submit only the system boundaries, constraints, and safe-contact details you are authorized to disclose.