“A production platform needs a technical security review beyond a checklist exercise.”
Security Engineering
Engineering-focused security assessment and hardening across Linux, delivery pipelines, containers, Kubernetes, applications, APIs and AI systems.
Recognize the problem before choosing the solution.
These are representative situations, not prerequisites for engagement.
“DevSecOps controls exist but do not reliably influence engineering decisions or remediation.”
“Container / Kubernetes privileges, secrets or network exposure need independent review.”
“An AI / RAG / agentic application needs threat modeling and guardrail architecture before broader rollout.”
Scope the engagement around the engineering decision.
Engagements can be short assessments, focused architecture work, implementation support or retained advisory.
Security architecture review
Linux hardening assessment
DevSecOps review
Kubernetes security assessment
Application / API review
AI security threat model
Remediation advisory
Leave with decisions, evidence and a path forward.
Deliverables are selected during scoping. Not every engagement needs every artifact.
Prioritized findings
Threat / trust-boundary model
Risk register
Hardening recommendations
Remediation roadmap
Security architecture guidance
Verification checklist
This is engineering consulting, not a substitute for statutory certification, formal audit or regulated penetration-testing attestation unless separately contracted with appropriate scope and credentials.
Assess
Independent technical assessment of architecture, reliability, security, performance or operational readiness.
Architect
Reference architecture, design decisions, technology selection and implementation roadmap.
Implement
PoCs, integration, migration, automation, optimization and selected hands-on engineering work where scope permits.
Advise
Ongoing technical advisory, architecture reviews, troubleshooting support and engineering guidance.