Security Engineering Practice
Security is an engineering problem. We treat it like one.
Security built into architecture from the foundation — not bolted on after the breach. Every control is codified, testable in CI, and reproducible across environments.
Security Thesis
"Compliance is a byproduct of good engineering, not the goal. When security controls are built into your infrastructure as code and enforced at deploy time — passing an audit is just reading the logs."
Capabilities
Security Capabilities
Security Audits & Attack Surface
Systematic assessment of infrastructure, workloads, and operational pipelines against real threat models. We enumerate attack surfaces, exploitability vectors, and remediation code.
Least-Privilege IAM Governance
Identity and access architectures enforcing least-privilege at scale. Policy-as-code with automated access reviews, role mining, and SCP permission boundaries.
Zero-Trust & Workload mTLS
Network microsegmentation, mutual TLS, identity-aware proxies, and continuous device verification. Zero-trust implemented at the kernel and service mesh layers.
Continuous Cloud Security Posture
Continuous monitoring and automated remediation of misconfigurations across AWS and GCP. Automated guardrails that detect and block non-compliant commits in CI.
Incident Response & War Room Runbooks
Incident response frameworks, escalation matrices, and tabletop exercises. We build the operational muscle memory your team needs before an incident.
Automated Compliance Engineering
SOC 2, ISO 27001, and HIPAA compliance implemented as continuous code controls — automated evidence collection and policy enforcement running in CI.
Supply Chain & Artifact Signing
Dependency scanning, SBOM generation, Sigstore artifact signing, and provenance verification across your build pipeline. Hardening from source to deploy.
Dynamic Secrets Management
HashiCorp Vault deployment, rotation policies, dynamic credentials, and secrets lifecycle management. Zero long-lived API keys in configs.
Security Architecture Blueprint
Zero-Trust Engineering Specification
End-to-end identity verification, workload microsegmentation, and dynamic secrets broker architecture.
Identity-Aware Access Proxy
Isolation Boundary
Context-aware perimeter replacing legacy corporate VPNs
Enforcement & Controls
Hardware token MFA (WebAuthn/FIDO2), continuous posture checks, ephemeral sessions
Auditability & Observability
Per-request HTTP/TCP access logging with identity correlation
Need this implemented in your environment?
Review Spec With Senior Engineer →Compliance Automation
Frameworks We Engineer For
We implement regulatory compliance as automated CI/CD checks and continuous runtime telemetry.
SOC 2 Type II
Continuous compliance controls with automated evidence generation for auditors.
ISO 27001
Information security management systems mapped to Annex A technical controls.
HIPAA
Encryption in transit/rest, audit logging, and BAA-compliant cloud architectures.
PCI DSS
Cardholder data environment microsegmentation and automated key rotation.
FedRAMP
NIST 800-53 control enforcement, continuous monitoring, and system security plans.
Process
How a Security Engagement Works
Threat Modeling
We map your attack surface, trust boundaries, data flows, and threat actors relevant to your business.
Assessment
Systematic evaluation of existing controls against the threat model. Ranked by actual exploitability.
Remediation
Every fix is implemented as version-controlled infrastructure code — Terraform, OPA, and K8s webhooks.
Hardening
Deploying automated guardrails and continuous detection so security posture does not degrade over time.
FAQ
Questions We Get Asked
What is the difference between a penetration test and a security audit?
A pen test validates point-in-time exploitability ('can someone break in?'). A security audit evaluates your systemic architecture, controls, and IAM boundaries. We combine both to give you a complete threat posture.
How long does it take to prepare for SOC 2 Type II?
Typically 8 to 12 weeks to implement automated controls and launch the observation window. Because evidence is collected continuously in CI, passing the audit requires reading logs rather than compiling screenshots.
How do you handle critical vulnerabilities discovered during an assessment?
Immediate disclosure. Critical findings are documented and transmitted within hours alongside immediate mitigation code, rather than held for a final slide presentation.
Let's talk about your security posture.
We start with a technical conversation about your attack surface and current constraints. No sales decks, no scare tactics.