Site Reliability Engineering · Infrastructure Engineering · Observability · DevSecOps · Distributed Systems · Denver, Colorado
I build production-oriented infrastructure and reliability systems: distributed telemetry, incident-response platforms, CI/CD security tooling, cloud infrastructure, APIs, automation, and operational software.
My background spans software engineering, IT operations, enterprise systems, and business-critical production support. I focus on failure modes, observability, security boundaries, controlled automation, and evidence-backed reliability.
Global edge telemetry fabric · Go · OpenTelemetry · Kafka · Kubernetes · Terraform · Multi-cloud
Durable multi-cloud telemetry ingestion with replicated WAL acceptance, global routing, cryptographic lineage, policy controls, replayable investigations, formal verification, and evidence-producing performance/proof harnesses.
Engineering proof: architecture · ADRs · performance · operational proof
Incident response / NOC platform · C# · .NET 8 · Distributed agents · Reliability engineering
Authenticated Windows agents feed persistent telemetry into deterministic incident correlation, topology/blast-radius analysis, RBAC, audit logging, SLA/error-budget analytics, maintenance windows, and Preview → Execute → Verify remediation.
DevSecOps repository preflight · CI/CD · Containers · Kubernetes · Terraform/IaC · Supply chain
Local-first repository auditing with line-level findings, cross-file correlation, auditable suppressions, security scoring, optional OSV intelligence, and standalone reporting without uploading source code for normal analysis.
| Project | Engineering focus |
|---|---|
| MeshOps | Service-mesh incident command, Istio, mTLS, canary releases, tracing, resilience and chaos exercises |
| AnchorWeight | Defensive reverse proxy, Proof-of-Crawl, trust boundaries, quarantine policy, security operations |
| TrustFix | Laravel/MySQL production application, role-based workflows, security logging and administration |
flowchart LR
SRC[Applications / Hosts / Edge] --> TF[TelemetryForge<br/>Telemetry + Evidence]
TF --> OBS[Observability Backends]
TF --> OF[OpsForge<br/>Incident Response + Reliability]
CI[Repositories / CI-CD / IaC] --> PG[Pipeline Guard<br/>DevSecOps Preflight]
MESH[Microservices / Service Mesh] --> MO[MeshOps<br/>Tracing + Resilience + Incident Command]
WEB[Public Web Traffic] --> AW[AnchorWeight<br/>Defensive Reverse Proxy]
- Reliability under failure, not just the happy path
- Durable evidence and explicit operational contracts
- Bounded retries, backpressure, idempotency, and controlled degradation
- Security boundaries, least privilege, auditability, and safe remediation
- Reproducible CI, release gates, architecture documentation, and ADRs
- Measured performance without invented benchmark claims
SRE · Platform / Infrastructure Engineering · Observability · DevOps / CI/CD · Cloud · Security Engineering · C# / .NET · Go