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Systems I've designed, built, and shipped.

A sample of production systems — each architected, built, deployed, and operated end to end by one person.

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The code is private, so each system is described by what it does and how it's built rather than by the business it runs — and every one is a production system, not a demo.

Case study · 01

Parallax

Always-on autonomous decision-and-execution engine with retrieval-grounded inference.

462k+
corpus rows
24/7
operation
~110s
decision loop

A hardened service that ran 24/7 on a single server — ingesting real-time data from multiple external sources (streaming and REST), fusing LLM inference with a 460k+ record historical corpus to produce retrieval-grounded decisions on a ~110-second loop, then executing actions automatically through signed API calls, with staged decision gates, risk-aware sizing, and full per-cycle observability.

  • A self-healing engine time-aligns two independent real-time data sources simultaneously.
  • Run as pre-registered, falsifiable experiments — each hypothesis instrumented and measured against real outcomes, then kept or retired on the evidence — producing a reusable measurement instrument and a public 462k-row dataset.
  • Disciplined delivery: versioned releases with soak windows, codified smoke tests, and static-analysis gates.
Built with
Python systemd SQLite Grok-4 + RAG WebSocket/REST Ed25519 signing
What this means for you

I can build and operate a sophisticated real-time autonomous system — and have the discipline to let measurement, not assumption, decide what ships.

Case study · 02

Autonomous End-to-End Workflow Platform

A full multi-stage pipeline that runs unattended — zero human touches per cycle.

~8,400
lines of code
389
offline tests
0
human touches per cycle

Runs a multi-stage workflow end to end with no human in the loop per cycle — it sources and enriches inputs, evaluates each against an evidence-based scoring engine, generates personalized content with an LLM, sends compliant email and classifies the replies, processes payments through Stripe, and auto-delivers generated documents.

  • Adaptive workload allocation via Thompson sampling decides where to focus effort with no human input.
  • At-least-once payment semantics: revenue is recorded before the irreversible delivery step, so a crash never loses accounting.
  • Production-grade safety and compliance: SSRF defense on a public endpoint, regulatory email compliance, and per-domain deliverability/reputation management.
Built with
Python PostgreSQL systemd Claude Stripe Cloudflare
What this means for you

I can build a system that runs a complete multi-stage workflow — from input through payment to delivery — unattended and safely.

Case study · 03

Radar

Multi-source monitoring, triage, and document-generation pipeline.

~6,400
lines of code
38
module test suite
Human
in the loop

Monitors multiple external feeds, normalizes them through a source-agnostic intake layer, scores each item for relevance with an LLM, and for qualifying items auto-generates tailored documents — dropping the finished package into a review queue for one-tap human approval. It never acts on the irreversible step on its own.

  • Source-agnostic intake: every feed normalizes to one internal record behind interchangeable adapters, so new sources plug in without touching the core.
  • LLM scoring with a deterministic spine — a validator clamps outputs and routes low-confidence items to human review.
  • Every generated draft passes a voice check and a compliance check before it's queued.
Built with
Python Claude IMAP/GraphQL SQLite WeasyPrint
What this means for you

The engine fits any inbound stream — leads, RFPs, tenders, applications — scoring each and auto-drafting a tailored response you approve before it goes out.

Have something like this to build?

Tell me what you're trying to solve. I respond personally within one business day.