Available for Agentic Systems, Architecture & Complex Technical Problem Solving

Drew Wolrige
Systems Engineer | Agentic Software & Harness Engineering

I work on complex software and systems problems where architecture, reliability and technical judgement matter.

After close to three decades in technology, my confidence is in getting inside the problem, understanding what is really going on, and working out a practical way forward.

My current focus is agentic software engineering, harness engineering, applied AI systems and trust-first architectures through OpenTendril, AVYN Health and JurnX.

What I Do

I work directly in the product, system or process. I am most useful when something is complex, fragile, unclear, moving quickly, or requires stronger engineering boundaries.

Agentic Systems & Harness Engineering

Engineering the system around probabilistic models: context, tools, permissions, execution boundaries, persistent state, orchestration, verification, observability and human control.

Architecture & System Reviews

Understanding how a system actually works, identifying weak boundaries and structural problems, and determining what needs to change for it to remain reliable, secure and maintainable.

Product Recovery

Getting a derailed, limited, or messy software project back on track. Understand what is broken, what matters, what can be saved, and what needs to change.

Pragmatic Automation & Efficiency

Working out where AI, automation or lightweight software can remove unnecessary work, and where stronger engineering discipline is required.

Current Work

AVYN

## AVYN AVYN is a privacy-sensitive personal health record designed to help people build and maintain a useful longitudinal health record from the information they already have. It uses AI to turn documents and other source material into structured, reviewable information while preserving the connection to source evidence rather than treating model output as authoritative.

It is also a real-world proving ground for AI-assisted software engineering, where I am testing how probabilistic models and coding agents can contribute materially to a substantial multi-service product without giving up architectural discipline, security boundaries, verification, provenance or human control.

Why it matters: Health information is fragmented, sensitive and difficult to manage. AVYN explores how AI can add useful capability while source evidence, provenance, human review, privacy and durable system boundaries remain explicit.
Visit avyn.health

OpenTendril

An applied research and engineering project exploring harness engineering for governed autonomous software work.

OpenTendril engineers the environment around probabilistic models: context, tools, permissions, execution isolation, persistent state, orchestration, verification, observability and human-control boundaries.

Why it matters: Increasingly capable agents can perform substantial software-engineering work, but model capability alone does not make autonomous work reliable. OpenTendril explores how AI agents can work freely within defined boundaries, recover across interruptions and handovers, produce evidence of what they did, and return reviewable results while humans retain meaningful authority.

The model is an input to the architecture, not the architecture itself.
Visit opentendril.com

JurnX

A trust-first records and provenance architecture for systems that need attributable history, reliable evidence and human control.

Why it matters: AI systems increasingly generate proposals, decisions and actions. JurnX explores how source evidence, identities, AI output, human decisions and resulting records can remain connected, auditable and verifiable over time.
Visit jurnx.com

Inline-Skates

A stake market experiment in niche websites, product discovery, and AI-assisted web builds.

Visit inline-skat.es

Where I Can Help

Agentic Software & Harness Engineering

Architecture & System Reviews

AI Control, Verification & Reliability

Product Recovery

Distributed Systems & Developer Infrastructure

Pragmatic Automation & Efficiency

Contact

If you are working on a difficult software, systems or agentic-AI problem and need deep practical technical judgement, send me a message.

I am particularly interested in agentic software engineering, harness engineering, AI control and verification, developer infrastructure, distributed systems, trustworthy AI deployment and complex systems problems that do not yet have obvious answers.