01 / 06
Secure SDLC
SAST and DAST in CI on every PR, dependency audits with signed provenance and images verified at admission. The pipeline is a defense surface.
Capabilities · AppSec · Threat Modeling · Cloud · Compliance
Engineered defense for the systems we build.

Where it breaks
Pick a failure mode to see what we ship against it.
Start with the problem
Identity is misrepresented to slip past authentication.
Forged tokens, missing mTLS, tampered OAuth scopes. We ship KMS-signed tokens, mutual TLS between services and MFA on every administrative path.
Discuss this challenge
Manifesto
Keys rotate on cadence, identities re-issue against scope changes, tenants can be cryptographically erased on demand, and deploys roll without opening a gap. This is Rollable Security — a posture engineered for rotation rather than a snapshot taken for the auditor.
Audit is not an incident-response artifact; it’s the prevention model. SOC 2, ISO 27001:2022, GDPR, HIPAA and PCI-DSS v4.0 aren’t certifications we add at the end — they’re the control framework we build inside.
The pillars
Every engagement is led by senior practitioners and scoped to an artifact you can audit.
01 / 06
SAST and DAST in CI on every PR, dependency audits with signed provenance and images verified at admission. The pipeline is a defense surface.
02 / 06
STRIDE at architecture review, attack trees at design time and PASTA where the regulatory surface warrants it — mitigations ship with the feature.
03 / 06
IAM scoped to the least privilege the workload needs, secrets in KMS-backed stores and network posture audited continuously.
04 / 06
RBAC at every boundary, MFA on every admin path and append-only audit logs that are cryptographically chained.
05 / 06
Playbooks rehearsed before they’re needed, quarterly tabletops and simulated breaches against production-equivalent environments.
06 / 06
LLMs need their own threat model: prompt isolation, scoped tool permissions, deterministic gates over load-bearing outputs and runtime auditing of every model call.
Red team
Five engagement modes, each modelling a different adversary across the full kill chain.
Perimeter only, public information, no credentials — an outside attacker with zero prior access.
Start with one compromised credential and measure how far lateral spread goes before detection.
Start with junior-employee access and model the malicious-insider scenario end to end.
Source code plus credentials for a deep application-layer assessment.
A multi-week engagement measuring detection and response cadence across the kill chain.
The four pillars
Every regulated customer has to demonstrate all four to a third-party auditor. Each answers a different question, cites a different standard and produces a different artifact.
Who did what, when, with what permission and for what business reason — row-level logs attributable to a human or service identity (NIST SP 800-53 AU-2, AU-3).
Where data flowed after a transaction touched the system — forward to every downstream state and back to the originating event (OpenTelemetry, OpenLineage).
Access captured even when no data changes: source, protocol, identity, role and consent grant per call. A login that read nothing is still logged (NIST SP 800-137).
Generated at the point of action with a business reason and evidence hash, then handed to the auditor as a pre-staged, tamper-evident pack (OCSF v1.2.0).
Posture
Figures from the practice dossier. Client identities are held back by default and available under NDA.
“Fourteen-day red team for a pharmaceutical company: nine P1 findings, every one resolved within SLA.”
Engagement · redacted sample · client identity available under NDA
Frameworks, standards & certifications
Discover more
The same engineers sit behind every capability — no siloed teams handing work over walls.
01
End-to-end software for systems that must not fail.

02
Enterprise network, telecom and connectivity transformation — engineered as an audit-grade capability, not a packaged service.

03
Engineered for the institutions that depend on it.
