What we study
Four domains, one adversarial mindset
Every engagement draws on the same core discipline: think like the party trying to break in, then prove it. Below is how that discipline splits across the systems we study most.
01
Offensive research
We build working exploit chains against production-grade software and hardware — not proof-of-concept crashes, but the full path from initial foothold to impact. This is how we validate that a bug is a real risk before a client spends engineering time on it.
Memory safety & binary exploitation
Heap and stack corruption, use-after-free, type confusion — reduced to reliable, weaponizable primitives.
Fuzzing infrastructure
Coverage-guided and protocol-aware fuzzing harnesses built specifically for the target, not off-the-shelf configs.
Reverse engineering
Firmware, closed-source binaries, and obfuscated clients broken down to their real logic.
Chain construction
Combining multiple partial bugs into a single reproducible chain with realistic preconditions.
02
Vulnerability disclosure
We manage the full lifecycle of a finding — private report, coordinated timeline, patch review, and public writeup — for both commercial vendors and open-source maintainers who often have no dedicated security contact at all.
Coordinated timelines
Disclosure windows agreed with the vendor up front, with clear escalation if a fix stalls.
CVE & advisory filing
Handling CVE assignment and writing advisories precise enough for a defender to act on immediately.
Patch verification
Every fix is retested against the original proof of concept before a case is marked resolved.
Open-source support
Free coordination for maintainers who lack the time or process to handle a report alone.
03
Threat intelligence
We track infrastructure and tooling tied to active campaigns so clients get warning grounded in what's actually being observed in the wild, not generic risk scoring.
Infrastructure tracking
Mapping C2 infrastructure, hosting patterns, and reused tooling across campaigns over time.
Campaign analysis
Technical breakdowns of how an intrusion actually unfolded, stage by stage.
Attribution, carefully stated
Confidence levels are explicit — we separate what's observed from what's inferred.
Early-warning briefings
Short, actionable briefings delivered directly to a client's security team, not a mailing list.
04
Applied cryptography
Protocol design is rarely the weak point — implementation is. We audit how cryptography is actually wired into a system: key generation, storage, rotation, and the places where a shortcut quietly becomes a systemic failure.
Protocol implementation review
Checking real code against the protocol's actual security assumptions, not just its spec.
Key management audits
Generation, storage, rotation, and revocation paths reviewed end to end.
Side-channel analysis
Timing, cache, and power-based leakage in sensitive implementations.
Migration reviews
Auditing transitions between cryptographic schemes for gaps introduced mid-migration.
05 — Process
How an engagement runs, in detail
Discover — 1–2 weeks
We scope the target with your team, then map real attack surface: code paths, trust boundaries, external dependencies, and the assumptions the design depends on.
Analyze — ongoing through the engagement
Findings are independently reproduced and ranked by actual exploitability and business impact rather than a generic severity score.
Disclose — as findings are confirmed
Each confirmed issue is reported privately to the owning team on a timeline agreed together, with full technical detail and a suggested remediation.
Verify — before close-out
Once a fix ships, we retest against the original proof of concept. A case is only closed once the fix holds.
Ready to start