"Understanding systems from their kernel primitives to build resilient, hardened, and automated cloud-native pipelines."
I operate at the convergence of Linux systems engineering, runtime container security, and backend automation. My work eliminates operational fragility through predictable automation, strict policy enforcement, and reproducible architectures.
- Core Focus: DevOps & DevSecOps Engineering, Container Runtime Security (CIS Benchmarks), Linux Kernel Hardening (
cgroups, capabilities,seccomp BPF), and Automated CI/CD Quality Gates. - Engineering Values: Deterministic execution, zero-CVE dependencies, fail-closed design, and formal security reporting (OASIS SARIF 2.1.0 & CycloneDX SBOM).
- Current Status: Open to Global Remote Roles · Junior DevOps / DevSecOps Engineer.
The engineered systems below interconnect into a cohesive, five-layer zero-trust ecosystem:
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Layer 01 [Systems & Kernel Hardening]:
OS: Arch Linux, Debian, Ubuntu LTS
Core Primitives: systemd daemons, cgroups v1/v2, namespaces, capabilities, seccomp BPF
Automation & Security: Idempotent Bash, nftables firewall, ShellCheck compliance
Layer 02 [Containers & Runtime Security]:
Engines: Docker Engine API (UNIX socket), Docker Compose
Standards: CIS Docker Benchmark v1.6.0, Non-Root Hardening, Resource Quotas
Build Optimization: Multi-stage slim builds, zero-CVE base images, Distroless
Layer 03 [CI/CD & DevSecOps]:
Pipelines: GitHub Actions Reusable Workflows, Pre-commit automated hooks
Standards: OASIS SARIF 2.1.0, CycloneDX 1.5 JSON SBOM, FIRST CVSS v3.1
Auditing: Gitleaks pattern rules, Google OSV API, pip-audit, Shannon entropy
Layer 04 [Backend & Distributed Systems]:
Languages: Python 3.12+, TypeScript, Bash
Frameworks: FastAPI, Pydantic v2, SQLAlchemy, Celery async queues, Redis, PostgreSQL 16
Quality Gates: Pytest (85%+ suite coverage), Mypy strict typing, Ruff linter
Layer 05 [Cryptography & Zero-Trust Comms]:
Standards: WebCrypto API, AES-256-GCM symmetric encryption, ECDH P-256 key exchange
Architecture: Zero-RAM message relay, Ephemeral WebSockets, In-memory ratchets
| System / Tool | Standards & Specifications | Automated Tests | CVEs in Deps | Output Format |
|---|---|---|---|---|
| DockerWard | CIS Docker Benchmark v1.6.0 | 71 Tests (100% Rules) | 0 CVEs | OASIS SARIF 2.1.0 |
| repo-secret-auditor | CycloneDX 1.5 SBOM · FIRST CVSS v3.1 | 74 Tests (91% Cov) | 0 CVEs | SARIF 2.1.0 + JSON |
| secuscan-api | Anti-SSRF Guard · OWASP Top 10 | 86 Tests (100% Pass) | 0 CVEs | REST API / JSON |
| archforge | 28 Modules · Idempotent Bash · SemVer | Automated Sanity Suite | 0 CVEs | Native Linux Config |
| portfolio | Astro 5 · Tailwind v4 · WCAG AA Access | E2E Playwright Suite | 0 CVEs | Static Web (Netlify) |
| chat-anonimo | WebCrypto AES-256-GCM · Zero-RAM Relay | 40 Suites (Pytest/Vitest) | 0 CVEs | Ephemeral WSS |
To test the systems directly from your local terminal:
# 1. Audit your live Docker containers against CIS Benchmark v1.6.0
git clone https://github.com/h3n-x/DockerWard.git
cd DockerWard && pip install -e . && dockerward --help
# 2. Audit Git history for leaked credentials & generate CycloneDX SBOM
git clone https://github.com/h3n-x/repo-secret-auditor.git
cd repo-secret-auditor && pip install -e . && secret-auditor --help
# 3. Inspect 28 modular Arch Linux post-installation hardening scripts
git clone https://github.com/h3n-x/archforge.git
cd archforge && ./archforge.sh --help
Crafted with the Twilight Sky & Warm Lantern palette · Built for resilience, reproducibility, and precision.
© 2026 Henry Pacheco (h3n-x) · h3n-x.dev


