Manual, scenario-driven assessments executed by operators with offensive certifications and live engagement experience.
Adversary-modeled assessment of internet-facing infrastructure — perimeter discovery, OSINT, attack surface management, and authenticated exploitation chains.
Assumed-breach simulation focused on lateral movement, privilege escalation, and segmentation efficacy — measured against MITRE ATT&CK.
OWASP-aligned testing of web, single-page, and API surfaces — including authn/authz logic, business-logic abuse, and SSRF chain construction.
iOS & Android binary analysis, runtime instrumentation, and certificate pinning bypass — combined with 802.11 / RF survey and rogue AP simulation.
Objective-based adversary emulation executed under realistic operational constraints, threat-intelligence backed, and measured against your detection capability.
Multi-week adversary campaign covering initial access through objective achievement — typically a crown-jewel exfiltration, ransomware staging, or wire-transfer authorization scenario.
TTP-faithful emulation of named threat actors (APT29, FIN7, Scattered Spider, et al.) executed against your live environment with detection engineering output.
Collaborative red/blue iteration to harden detection coverage across the kill chain — concluding with deployed analytics, validated runbooks, and measurable MTTD reductions.
Facility access testing, tailgate & piggyback assessment, badge cloning, and full-spectrum phishing / vishing campaigns under legal & ethical guardrails.
Full-cycle NIST 800-37 execution for federal systems — from FIPS-199 categorization to continuous monitoring and cATO transition.
Complete package authoring — SSP, SAP, SAR, POA&M, contingency plan, configuration plan, IRP, and supporting body of evidence ready for AO sign-off.
Engineering the pipeline-as-control-evidence pattern — translating ConMon into automated artifact production from CI/CD, IaC scanners, and observability stacks.
Engineering-grade implementation of 800-53 Rev 5 control families — from AC and AU to SI and SR — with documented inheritance, hybrid responsibility, and customer-tenant boundaries.
Independent assessment, gap analysis, IV&V, and remediation coaching — including direct AO / DAA liaison and risk acceptance documentation.
Programs built to scale across audits — not collapse under them. Policy, process, and evidence engineered for repeatable assurance outcomes.
Build a single, federated compliance program that maps once and reports many — covering SOC 2, ISO 27001, HIPAA, PCI, FedRAMP, and CMMC simultaneously.
Pragmatic policy library that operators actually follow — written for the audit, lived by the engineering organization, and versioned alongside the code.
Connect Drata, Vanta, Secureframe, or custom collection pipelines to live system data — replacing screenshot audits with continuous attestation.
Vendor inventory, tiering, due diligence, continuous monitoring, and contractual control flow-down — including C-SCRM for federal supply chains.
Hardened, multi-cloud architectures aligned with the CIS benchmarks, FedRAMP boundaries, and the shared-responsibility model.
CSPM tooling deployment (Wiz, Prisma, Defender, native Hub), policy authoring, and remediation engineering — turning misconfiguration alerts into closed PRs.
IAM redesign for least privilege at scale — permission boundaries, SCPs, role chaining elimination, workload identity federation, and JIT/JEA enforcement.
Hardening for EKS, AKS, GKE, ECS, and Lambda — runtime defense, admission control, supply-chain attestation, and image-signing pipelines (Sigstore, Notation, in-toto).
Architecture for FedRAMP Moderate & High SaaS — leveraging AWS GovCloud, Azure Government, and Google Assured Workloads — with documented authorization boundary diagrams.
Independent assessment grounded in technical depth — not checkbox theater. We test the way the adversary tests.
Independent assessment of FedRAMP and StateRAMP packages — preparing pre-assessment artifacts, leading control tests, and facilitating 3PAO interaction.
Embedded internal audit function for security and IT — periodic control testing, audit committee reporting, and CAE-aligned independence safeguards.
NIST 800-161 supply-chain risk programs — vendor inventory, criticality scoring, control flow-down, SBOM ingestion, and continuous monitoring.
Tabletop and live-fire exercises against your IR plan — measuring MTTD, MTTC, MTTR, and producing prioritized remediation backlogs for IR engineering.