AI-native operator model

AI-native engineering changed my output curve.

I operate at the intersection of executive strategy and hands-on build velocity. The value is not just that I can ship faster with AI. It is that I know what should be built, what should not be built, and how to turn ambiguity into working systems.

The current proof: managing 28-30 active codebases, 6K commits, and 1.8M lines committed across a portfolio where the month-over-month velocity keeps rising.

Retainer

$3,000/month8-12 hours

Senior product judgment, architecture, automation, prototypes, and working code without a traditional hiring cycle.

24 mo

Portfolio window

+7.8M

Working output

28-30

Active codebases managed

1.8M

Lines committed into working products

6K

Commits shipped

8.4M

Total source movement

Velocity dashboard

Source-code output curve

An anonymized line graph of engineering velocity: lines committed, net movement, commits, and the month-over-month pace of change.

267K201K134K67K0JanFebMarAprMayJunJulAugSepOctNovDecJanFebMarAprMay

Selected period

May 2026

Lines committed267K
Lines revised26K
Net movement242K
Commits735

Month-over-month

+24%

Change in committed-line velocity versus the prior period.

CommittedNet

Evidence without noise

The receipts are anonymized. The operating pattern is not.

The data spans real codebases and real implementation work, but this page intentionally groups the work by domain instead of exposing project names. The point is the pattern: executive-level prioritization paired with builder-level throughput.

The speed is not chaos. Everything is pushed through platform patterns for security, integrity, repeatable engineering practice, and serverless scalable foundations where the architecture calls for them.

Healthcare AI platform

32%

Clinical workflow, note generation, and operational product systems.

Mobile and desktop surfaces

18%

Cross-platform product experiences that meet clinicians where they work.

EHR integration and automation

17%

Scheduling, context resolution, writeback, and workflow automation.

Agentic workflows

14%

Internal tools and agent loops that compress research, coding, and QA.

Clinical data infrastructure

11%

Data movement, validation, test harnesses, and environment plumbing.

Go-to-market systems

8%

Brand, sales, documentation, and customer-facing proof assets.

Executive judgment

Start with the business constraint, workflow reality, buyer pressure, and product consequence before touching code.

Hands-on build loops

Turn ambiguous ideas into prototypes, automation, integrations, and production-ready direction instead of slideware.

AI-native leverage

Use agentic workflows to compress research, implementation, review, and iteration into a tighter operating cycle.

Platform discipline

Move fast through reusable patterns for security, integrity, good engineering hygiene, and serverless scalable foundations where they fit.

Fractional AI-native product engineering

AI-native product engineering retainer

$3,000/month for 8-12 hours. This is not staff augmentation. It is a compact operating loop for teams that need product clarity, technical direction, and shipped artifacts before committing to a larger hiring plan.

Executive product judgment before code is written
Architecture, automation, prototypes, and working software
Healthcare technology depth without a full-time hiring cycle

Current proof point

1,814,902

lines committed into working systems across the portfolio. The important signal is not volume alone; it is sustained executive-to-code throughput on scalable foundations.

Work with me