Agentic orchestration
Typed tool use, multi-step loops, retries and fallback, failure classification, and safety gates.
Proof: agent reliability harness, LLM reliability gateway, local-model MCP bridgeDonald B. Havery
Applied AI Engineer, Forward-Deployed Focus
Donald B. Havery
APPLIED AI ENGINEER · FORWARD-DEPLOYED FOCUS
I take vague AI asks to production: agent orchestration, RAG, eval gates, and security controls, handed off clean. Applied AI systems engineering is the layer around the models that makes them shippable.
The strongest evidence is public and measurable: a gateway with failover, an eval gate that exits non-zero on regression, and an agent harness that records retry, fallback, and recovery paths. Inspect the repos, reports, and tests.
LLM GATEWAY / PLATFORM RELIABILITY
118 TESTS
An OpenAI-compatible control layer for LLM traffic: provider priorities, circuit breakers, semantic cache, and from-scratch HNSW search. The proof is deliberately inspectable: public code, MIT license, recent green CI, and cloneable tests.
OPEN REPO → MIT · github.com/dbhavery/citadel
RELEASE-QUALITY EVALS / RAG
54 TESTS
A release gate for LLM/RAG behavior: prompt assertions, retrieval metrics, citation grounding, and baseline comparison. It runs offline and deterministic, then exits non-zero when a case regresses.
OPEN REPO → MIT · github.com/dbhavery/eval-gate
AGENT ORCHESTRATION / RELIABILITY
45 TESTS
A deterministic agent loop built around production failure modes: typed tools, structured traces, bounded retries, fallback, unsafe-action blocking, and explicit failure classes for timeout, malformed output, missing context, and unsafe requests.
OPEN REPO → MIT · github.com/dbhavery/agent-harnessThe flagship trio is the fast proof. The broader portfolio maps that proof to the capabilities senior AI teams hire for: architecture, orchestration, release quality, security posture, product surfaces, and infrastructure.
Typed tool use, multi-step loops, retries and fallback, failure classification, and safety gates.
Proof: agent reliability harness, LLM reliability gateway, local-model MCP bridgeAPI boundaries, model gateways, semantic cache, retrieval, ingestion, tracing, and cost control.
Proof: self-hosted LLM reliability gatewayPrompt assertions, RAG metrics, citation grounding, regression gates, and test reports.
Proof: LLM & RAG evaluation release gate, agent reliability harnessControl-to-evidence mapping, verdicts, audit logs, redaction, severity labels, and remediation.
Proof: policy-control evidence review, compliance gap-analysis appWorkflow design, dashboards, role-based portals, launch copy, and responsive UI.
Proof: fuel-delivery operations platform, live product sitesDocker, Linux, GPU workflows, local model bridges, IaaS choices, and systems that run without babysitting.
Proof: local-model MCP bridge, consumer-GPU fine-tuning pipeline, text-to-CAD loopI am strongest where most AI prototypes fail: turning unclear scope into an architecture, product workflow, implementation plan, eval strategy, security posture, and clean ownership handoff.
Security and compliance review, operations tooling, live-data interfaces, local inference, and support UX, each with public code or a live surface to inspect.
More systems across agents, voice, local inference, fine-tuning, and scheduled automation.
Seventeen AI certifications and thirty ACE college-credit courses. The Coursera and Credly entries verify online at the links below; the Anthropic Academy set covers Claude, Claude Code, MCP, Bedrock, and Vertex AI.
B.S. Computer Science, AI specialization. Capella University, in progress.
Roles where product judgment, hands-on implementation, quality gates, and release discipline matter. Portland, OR Metro Area. Remote or hybrid.