[ 03 ] — SERVICES

Four core engagements.

Each engagement is a defined-scope, fixed-price project. Hands-on delivery, prioritized findings, and practical outcomes that can stand alone or serve as the foundation for a longer-term partnership. Click any service to start a project conversation.

S/01 · ASSESSMENT

Infrastructure Security Assessment.

A focused, end-to-end assessment of your infrastructure and platforms—identity, trust boundaries, segmentation, secrets, logging, and attack surface. You receive prioritized findings, practical remediation guidance, and implementation support that help reduce risk before it becomes an incident.

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EXAMPLE SERVICES
  • Enterprise Linux and RHEL security reviews
  • Infrastructure as Code security reviews
  • Bastion host and administrative access assessments
  • Kubernetes and Openshift security posture assessments
  • Network architecture – segmentation, VPC design, ingress, egress, and east-west traffic
  • Container runtime and workload security assessments
  • Logging, monitoring, and detection capability reviews
DELIVERABLES
  • Findings register ranked by exploitability and blast radius — not CVSS scores
  • Prioritized remediation roadmap with effort estimates
  • Direct PRs and platform automation runbooks (Ansible/Terraform) for high-priority findings
  • Architecture diagrams reflecting current and target state
  • Executive summary suitable for board or audit reporting
ENGAGEMENT DETAILS
DURATION 4–6 weeks
FORMAT Remote · PST hours
IDEAL FOR 10–500 engineers
PREREQS Read access to infra
S/02 · KUBERNETES

Kubernetes & Container Hardening.

Production-grade cluster security applied to your real workloads — pod security, RBAC, admission control, and runtime detection. Make your clusters audit-ready without slowing your engineers down.

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EXAMPLE SERVICES
  • RBAC audit — service accounts, role bindings, and privilege escalation paths
  • Admission control with OPA Gatekeeper — policies, exemptions, drift
  • Network policy design and enforcement
  • East-west traffic security – Istio, Linkerd
  • Runtime security — Falco, Seccomp, Tetragon, or eBPF-based detection
  • Container image supply chain — signing, scanning, base image governance
  • Secrets injection patterns — External Secrets Operator, CSI drivers, Vault
DELIVERABLES
  • Hardened cluster configuration — applied to staging, ready for production
  • Policy library (OPA Gatekeeper) tested against your real workloads
  • Runtime detection rules tuned to reduce false positives
  • Runbooks for common incident scenarios and policy violations
  • Developer documentation — what changes, what to expect, how to request exemptions
ENGAGEMENT DETAILS
DURATION 6–8 weeks
FORMAT Remote · pair-programming
IDEAL FOR 3–50 clusters
PREREQS Cluster admin access
S/03 · DEVSECOPS

DevSecOps Pipeline Security.

Secure the software supply chain — SLSA-aligned build provenance, signed artifacts, secret hygiene, and pipeline isolation. Security that lives inside the developer workflow, not bolted on top of it.

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EXAMPLE SERVICES
  • CI/CD pipeline architecture review — GitHub Actions, GitLab CI, ArgoCD, Tekton
  • Build provenance and SLSA-level alignment
  • Artifact signing with Cosign / Sigstore and verification at deploy time
  • Static analysis (SAST), software composition (SCA), and IaC scanning integration
  • Secrets in pipelines — eliminating long-lived credentials, OIDC federation
  • Self-hosted runner hardening and isolation
  • Branch protection, code-review, and merge-policy review
  • Policy-as-code rollout for paved-road governance
DELIVERABLES
  • Hardened pipeline templates — drop-in for new and existing repos
  • Working signing and verification flow from build through deploy
  • Tuned scanner integration that fails builds for what matters, not noise
  • Developer guardrails (pre-commit, PR checks) that catch issues early
  • Security champion enablement materials for your engineering team
ENGAGEMENT DETAILS
DURATION 5–8 weeks
FORMAT Remote · embedded in your team
IDEAL FOR Teams shipping daily
PREREQS CI/CD admin access
S/04 · PLATFORM

Secure Platform Engineering.

Design and engineer secure platforms where infrastructure, automation, identity, and security controls work together by default. Build standardized patterns and secure foundations that allow teams to move faster without increasing operational risk.

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EXAMPLE SERVICES
  • Platform Hardening & Security Baselines — Linux distro hardening, LUKS data-at-rest protection, Kubernetes hardening, Openshift security baselines, secure operating system standards, CIS benchmark implementation
  • Service Trust Boundaries & Zero Trust Networking — Istio service mesh, Linkerd service mesh, Mutual TLS, Network policy design, Workload segmentation
  • Infrastructure Automation & IaC — Ansible automation, Terraform design, secure provisioning workflows, configuration management, infrastructure lifecycle automation
  • Identity & Access Architecture — Kubernetes RBAC, PAM implementation (MFA for SSH, smart card authentication, account lockout policies…), bastion access models, administrative separation of duties, identity federation, least-privilege access reviews
  • Observability & Operational Resilience — Centralized logging, security telemetry, audit logging, monitoring architectures
DELIVERABLES
  • Security architecture diagrams and trust boundary maps
  • Hardened platform and operating system baselines
  • Automation playbooks and Infrastructure as Code artifacts
  • Identity, access, and authorization models
  • Service mesh and network security configurations
  • Logging, monitoring, and observability implementations
  • Operational runbooks and recovery procedures
  • Prioritized findings and remediation guidance
ENGAGEMENT DETAILS
DURATION 8–12 weeks
FORMAT Embedded · platform team
IDEAL FOR Formalizing internal platforms
PREREQS Platform team identified
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