High-Velocity Problem Solving.
Discover → Build → Deploy → Iterate. From the first portable audio device to real-time trading platforms to AI-driven agentic systems.
About
Principal Engineer & Fractional CTO based in San Francisco
for·ward de·ployed /fôr-wərd di-ploid/ adj.
1. Embedded directly with the customer. Operating at the intersection of complex business problems and production-grade engineering. Taking systems from zero to scale through first-principles problem solving.
I've spent 25+ years at the frontier of every major tech wave — early internet, e-commerce, real-time financial systems, healthcare IT, legal tech, and now applied AI and agentic orchestration. The constant: turning ambiguous, high-stakes problems into systems that ship and hold up under load.
Whether it's building a HIPAA-compliant messaging platform, designing the transaction engine for the world's first betting exchange, or wiring up LLM-driven workflows in production, I bring CTO-level thinking with hands-on-keyboard execution.
Career Timeline
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Ported data processing SaaS into an embeddable microservice. Migrated AWS to Azure for SOC2 compliance. Built expert system for legal timesheet categorization saving clients hundreds of thousands.
Built multi-tenant SaaS platform for legal budgeting and spend management from zero. Led discovery with legal & finance stakeholders. Built data ingestion and normalization pipelines.
Boutique consultancy. 20+ client engagements across fintech, legal tech, hospitality, real estate, consumer apps, and IoT/energy. Discovery to production to scale.
Architected HIPAA-compliant messaging and e-prescribing platform. Built secure Java/C# backends supporting provider-patient workflows and regulatory compliance.
Built the world's first online betting marketplace. $39M from Benchmark, Index Ventures, UBS Capital. Merged with Betfair to create the world's largest exchange betting company.
Built the world's first internet-based gourmet same-day meal delivery service. End-to-end: e-commerce, credit card processing, JIT manufacturing, logistics, same-day distribution.
Built the first portable downloadable audio device — a predecessor to the iPod. Won CES 1997 Most Innovative Product of the Year.
Established Internet division. Built Ford Motor Company's first website, generating $1.5M+ in internet business. Integrated legacy systems with online vehicle configuration.
Pioneered combining digital precision encoders with brushless servo motors to create a new class of precise motion control systems. Deployed across wafer fab, fiber optic cable manufacturing, airframe optimization, and trans-oceanic oil pipeline construction.
Expertise
Core competencies across three decades of building production systems
Embedded Engineering
Customer-embedded delivery. Discovery through production through iteration, operating inside complex enterprise environments with first-principles problem solving.
AI & Agentic Systems
LLM integration, agentic orchestration, multi-agent systems, workflow automation. Production AI pipelines with Claude Code, Codex, Ollama, and custom frameworks.
Distributed Systems
Real-time transaction processing, SaaS, messaging architectures, command & control platforms, telemetry systems, and 24/7 production operations.
Security & Compliance
HIPAA-compliant healthcare systems, SOC2 enterprise migrations, secure handling of sensitive legal and financial data, and audit-ready production environments.
Data Engineering
Ingestion pipelines, normalization engines, ETL at scale, data classification systems. Multi-tenant architectures with PostgreSQL, MongoDB, and SQL Server.
CTO & Technical Leadership
Strategy, roadmapping, team building, investor presentations. Scaled teams from 3 to 25. Multiple acquisitions and IPOs. Technical due diligence and advisory.
Technology
Languages, platforms, and tools across the full stack
Education
Mechanical engineering foundation with deep cross-training in software systems, machine learning, and applied AI. The ME background shows up everywhere — from designing brushless servo motors at BPC to building mechanical drive systems for large-scale kinetic sculptures.
Large-Scale Kinetic Sculpture
Where mechanical engineering meets public art. I design and develop the mechanical drive systems for large-scale, public kinetic sculptures — pieces that move, breathe, and respond to their environment.
This is where the ME degree from URI meets decades of systems thinking: precision gearing, load analysis, environmental tolerances, and the same reliability engineering that goes into production software — applied to steel, motors, and motion at architectural scale.
Watch the Sculpture in MotionGet In Touch
Available for fractional CTO engagements, forward deployed engineering, and technical advisory