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AI product & platform strategy · systems reliability · inventorship

An AI output is not yet a product decision.

AI product and platform strategy grounded in large-scale systems reliability, applied research, and working technical artifacts. I focus on choosing the right problem, designing the workflow around the model, and validating the system before it earns broader authority.

12+ years
Systems, release operations, reliability, and field triage
US 12,670,085 B1
Issued U.S. patent
GAISS 2026
Accepted paper · presentation forthcoming
Penn State
Doctor of Engineering in AI candidate

The through-line

Reliability is a product discipline.

In broadband systems, an explanation has to line up with telemetry, reproduce on real devices, and lead to a sensible release or triage action. Weak assumptions eventually become customer impact.

I bring the same discipline to AI products: define what the system may do, design the fallback path, and make the result easy for engineering and leadership to challenge.

How that shaped my work →

Selected work

Production systems, applied research, and an issued patent.

Issued patent · working evaluator

ReplayGuard

US 12,670,085 B1

A control point for a hard automation question: when should generated remediation be allowed to move forward?

ReplayGuard runs a bounded remediation twice, compares the resulting bytes, records cryptographic evidence, and routes the outcome through an explicit gate. The public implementation is inspectable and the synthetic evaluator runs entirely in the browser.

Applied research · under review

Reliability-aware provenance verification

Treat uncertainty as routing behavior, not a score that disappears into a dashboard.

PCS-R studies image-text provenance and human-review routing for generative-AI workflows. The practical question is which cases can advance automatically and which need a person because the available signals are weak or conflicting.

See the research record →

Platform reliability · field triage

Turning field signals into action

Narrow what is happening, distinguish observation from explanation, and make the next move obvious.

My current work includes broadband and Wi-Fi field triage, telemetry analysis, release validation, and customer-impact investigation. The useful output is a narrower problem statement, a defensible interpretation of the signal, and a clear next test or owning team.

See operating work →

How I work

Good AI product work designs what happens before, during, and after inference.

01

Frame the real problem

Start with the user, business consequence, and workflow friction. Model choice comes later.

02

Design the operating path

Define inputs, controls, review points, observability, and what happens when the system is uncertain or wrong.

03

Validate before scale

Use tests, telemetry, and explicit launch criteria so the product can survive both technical and executive scrutiny.

Next conversation

I am interested in AI product and platform problems where technical depth and operating judgment change the outcome.

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