Fun Fact

Originally, status.health was incorporated as STD Verify and focused primarily on verifying STI testing history. It became clear during the development process that verifying any health action would be possible so it was changed from STD Verify to status.health.

Jan 2025 – Present
Founder
Health Protocol Labs
Launched status.health which enables privacy-preserving health and identity verification and later created a network for incentivizing health actions, healthprotocol.network.

Impact & Innovation

Zero-to-one protocol-level infrastructure. Built AI-assisted development workflows that accelerated product velocity.

Key Technologies: Node.js, React, PostgreSQL, TypeScript, AI orchestration pipelines
Team Size: Just me and AI tooling
Notable Achievements: Cut development costs by nearly 70% using AI-assisted coding and testing
Mar 2025 – Present
Founder & Researcher
0x42 Research
AI attestations and novel protocol research. Developed attest.ink for cryptographically verifiable AI outputs and published autophage.xyz.

Research & Development

AI attestations, novel protocol research, and patent filing for privacy-preserving verification systems.

Research Focus: AI attestations, privacy-preserving verification systems, metabolic token decay
Patent Status: Published privacy-preserving health verification patent (US20250267003A1)
Publications: Autophage Protocol with mathematical models and simulations (litepaper)

Did You Know?

Aleo was the first vertically integrated zero-knowledge project to include a custom DSL for zero-knowledge applications (Leo), data availability through their blockchain (snarkOS), and execution through their virtual machine (snarkVM). I was the only Product Manager in charge of all core services and was eventually promoted to Engineering Manager. As EM, I was responsible for all Technical Operations after we launched the deploy and execute components prior to full network launch.

Aug 2023 – Mar 2024
Engineering Manager, Technical Operations
Aleo
Led the internal tools, data engineering, and developer experience teams for a zero-knowledge blockchain platform.

Scale & Leadership

Drastically improved developer adoption through DX improvements. Cross-functional teams of 8-12 across tools, people, and pre-launch pressure.

Key Initiatives: Internal tooling, data engineering pipelines, developer experience improvements
Impact: 3× increase in developer adoption during pre-launch period

Did You Know?

I relocated to Berlin, Germany during COVID for Parity. Due to the increasingly uncertain regulatory environment in the US, many core blockchain projects began forming entities internationally.

Nov 2021 – Nov 2022
Technical Program Manager
Parity Technologies
Designed and operated the $18M Pioneers Prize program for ZK research and hardware acceleration. Vetted partnerships including two parachains and a $50M acquisition deal.

Ecosystem Building

Funded legitimate ZK research with on-chain transparency. Bridged executives, engineers, and ecosystem partners across the Polkadot network.

Fun Fact

During COVID, I helped Coinbase deploy remote service flows for endpoint management which enabled them to better handle the shift to remote work. Coinbase was among the first to solve this at scale for crypto infrastructure enabling employees to work from home while not sacrificing security.

Dec 2019 – Jun 2020
Systems Engineer
Coinbase
Designed endpoint management tooling for 5,000+ machines during Coinbase's pre-IPO hypergrowth phase. Built infrastructure that scaled through explosive user and transaction growth.

Hypergrowth Operations

Operational rigor at massive scale. Systems that supported Coinbase's path to becoming a public company and crypto infrastructure leader.

Did You Know?

GitHub Actions was launched during my time at GitHub. I played an early role in its development and adoption by building internal tools to test its implementation. One of the key projects I shipped was a tool that enabled employees to "rent" loaner computers from a vending machine we had in the office.

2018 – 2019
Implementation Engineer / IT Ops
GitHub
Built internal tooling and delivered professional services for the world's largest code hosting platform. Focused on developer enablement and enterprise deployment solutions.

Developer Enablement

Enhanced the platform that powers millions of developers worldwide. Improved enterprise adoption and internal productivity tools.

Fun Fact

Apple hired me to join their building automation team when I was 19. The Goal? Build out protocols to manage sensors in each of their more than 200 offices around Cupertino and Sunnyvale. We used those protocols to track the number of employees in a given space and then deploy scripts to control the heating, verntiliation, and cooling in a room to save on costs during their zero carbon emission commitment. Before I left this role, we were building out protocols that were similar on a larger scale for what would eventually become the Apple Park Campus.

2013 – 2015
Building Automation Engineer & Various
Apple
Developed automation tools that reduced Genius Bar wait times by 15 minutes. Promoted through multiple roles, eventually moving to Apple HQ for advanced projects.

User Impact & Innovation

Direct customer experience improvements affecting millions of Apple Store visits. Rapid advancement through demonstrated technical impact.

Did You Know

Before I dropped out of college to join Apple, I was studying criminology at SBCC. Understanding human behavior patterns built foundations that later helped with better conceptualizing user experience and security best practices that I still use today.

2013
College Dropout Decision
SBCC → Apple
Made the decision to leave SBCC (criminology major, law school prep) to join Apple. Chose hands-on technology experience over traditional academic path.

Life-Changing Decision

Pivoted from law school track to technology career, trusting in the potential of hands-on experience over formal education.

Original Plan: Criminology major, preparing for law school
Decision Factor: Technology industry growth and hands-on learning opportunities
Risk Assessment: Chose experience-based learning over traditional academic credentials

Fun Fact

The first Linux distro I learned to use and installed was Debian and the first cryptocurrency I mined was BitMonero which was later called Monero.

2005 – 2016
Learning to Program
Self-Taught
Taught myself programming to get World of Warcraft running on Linux (Debian). Started with bash scripting, moved to Python, discovered systems engineering passion, and later mined Monero in early 2015. All these experiences formed my eventual passion for, and work in, distributed systems and blockchain infrastructure.

Gaming → Programming

What started as wanting to game on Linux became a deep dive into systems programming and automation.

Motivation: Wanting to run WoW on Linux instead of dual-booting Windows
First Languages: Bash scripting, Python, basic C
Learning Method: Forums, documentation, trial and error
Key Discovery: Automation could solve complex problems elegantly

Did You Know?

I built my first computer at age 10 with my Dad. Understanding how various hardware components fit together and gaining the confidence to build my own machines so early would later benefit me during my time at the Apple Store and shaped how I think about software optimization today.

2000 – 2005
Building Computers with Dad
Family Project
Learned hardware fundamentals by building computers with my Dad. Understanding how components work together sparked my interest in systems thinking and optimization.

Hardware Foundation

Hands-on experience with hardware created a deep understanding of how software meets silicon.

Skills Learned: Component compatibility, thermal management, cable routing
First Build: AMD Athlon 64, GeForce 6600 GT, 1GB RAM
Key Insight: Understanding hardware constraints shapes software optimization