Portrait of Trevor Kincy
Trevor Kincy Direction through production

From AI ambition to dependable production systems.

Strategy often stops at the handoff. I close that gap by designing the operating model, directing the systems and infrastructure, and staying accountable to the production result.

One accountable operator, from direction through production.

25+
shipped products
4
different domains
~700k
lines across the body of work

The proof comes in two parts.

The evidence is deliberately separate: changing how a large human organization operates, and creating an AI-native system that turns direction into shipped software.

Organizational change at scale.

As COO of a 1,200+ person technology group, I led an operating-model redesign that reduced operating expense by approximately CHF 30 million and increased throughput by 65%.

1,200+
people in the technology group
~CHF 30M
operating expense reduction, approximately 75%
+65%
throughput

An AI-native delivery system.

For my own companies, I designed a system that lets one operator deliver like a team, with grounded context, autonomous dispatch, and quality controls built into the path to production.

51
specialized personas
4
custom MCP servers
36
codified skills
3
adversarial voters

Autonomous ticket-to-pull-request dispatch turns direction into reviewable change. A three-voter adversarial gate challenges every AI output before it passes.

One half proves organizational change. The other proves a new production model. Together, they show one operator building the machinery of an engineering organization, then using it to ship across radically different domains.

What I build inside a company.

The work begins with a consequential operating problem and ends with a dependable system, clear controls, and an organization that can keep using it. Rigor is concentrated where failure is expensive: deterministic runtime tests, signed command paths, RLS and security boundaries, recovery systems, and approval gates.

  1. Set direction

    Choose where AI can create material value, sequence the work, and keep accountability with a human operator.

  2. Build the machinery

    Design the platform, context layer, security boundaries, verification gates, and production infrastructure.

  3. Ship the workflow

    Deliver a working system on real company data instead of stopping at a strategy deck or prototype.

  4. Leave capability behind

    Codify the skills, governance, approval paths, and operating rhythm that let the system expand safely.

One operating model, shipped across radically different domains.

The agent fleet is the method beneath four proof domains: industrial real-time systems, simulation, legal services, and consumer mobile. The domain changes. The discipline does not.

Sulaco

Industrial real-time automation platform

Deterministic runtime, a physics-based digital twin, an 18-module operator console, and on-prem ML. Directed and shipped before any engineering hire.

Production proof
385,000+ lines, approximately 240k Rust, 2,500+ automated tests, 36 protocols, 6-microsecond hot path
Built with
Rust, React 19, TypeScript, Python, PostgreSQL/TimescaleDB, NATS, Docker, systemd/PREEMPT_RT

The agent fleet

Agentic delivery infrastructure

A system that lets one person deliver like a team, with quality controls built in so the output is trustworthy, not just fast. Four MCP servers provide semantic search, code and symbol indexing, infrastructure-state collection, and browser verification.

Production proof
51 specialized personas, 4 custom MCP servers, 36 skills, autonomous ticket-to-pull-request dispatch, three-voter adversarial review
Built with
Model Context Protocol, RAG, Qdrant and reranking, tree-sitter, Playwright, Ollama, GitHub Actions, Linear

Kincy Defense Systems

A second company estate, directed by the same operator

Mission planning and simulation studio, common operating picture with live terrain, ISR tooling, and real-time simulation backends across 8 deployed properties.

Built with
React, WebGL terrain, real-time simulation, Cloudflare

C-Bridges

Legal-services platform, closed beta, onboarding clients now

Zero-trust access administration with expiring, revocable, sign-in-limited access codes. Access codes are stored only as SHA-256 digests. The database is ringfenced with no public port.

Built with
Next.js 16, React 19, Cloudflare Workers, OpenNext, PostgreSQL, WireGuard

Our Dacha

Consumer couples app, coming soon

The current build is live on the App Store and Google Play. It comprises 90k lines of Dart, with self-hosted Supabase, row-level security throughout, compressed delivery, and automated CI.

Built with
Flutter, Supabase, Postgres RLS, Caddy, GitHub Actions

Start with one consequential workflow.

The pilot is the smallest useful proof. Larger engagements build the system, controls, and operating capability around it.

The pilot

$1,500 / 72 hours

One working automation on your real data.

Start the pilot

Agent build

$4,500+ / 1 to 2 weeks

A production agent workflow with verification gates.

Scope the build

Internal tool or portal

$5,000+ / 1 to 2 weeks

A dashboard or console on your data, with auth.

Scope the tool

The audit

$10,000 / 2 weeks

Map where AI can ship, then leave a working pilot and governance playbook.

Scope the audit
Trevor Kincy

Fifteen years of operating systems and organizations.

My path runs from US Navy Intelligence, through ventures and a COO turnaround, to designing the machinery of an AI-native engineering organization.

I direct the system and remain accountable for its output. The machines multiply capacity. Experience, taste, decisions, and judgment determine what should be built and where rigor belongs.

Operator
COO turnaround of a 1,200+ person technology group
Inventor
Named inventor on 4 WIPO-published patents
Research
Co-author of published ML research, arXiv:2501.08129
Service
US Navy Intelligence; NATO operations across 13 countries

Bring the operating problem. Leave with something running.