About — authored.systems

The Author

authored.systems is written by Jeff Rogers.

I spent two decades building software across consulting, ecommerce, adtech, mobile platforms, and healthcare tech. Then my family opened a gym. Not a franchise. An independent ninja warrior facility with obstacles, coaches, birthday parties, open gym sessions, and all the operational chaos that comes with a physical space full of kids and equipment that can hurt them.

I figured building software for my own operation would be the easy part. Nothing on the market modeled what we actually do. Every tool was either a generic checklist app or an enterprise platform that cost more than our annual revenue. So I started building. And I kept hitting the same wall: every feature I tried to build required me to model the same handful of concepts. Rules. Steps. Things. People. Triggers. Records.

Then I built the same system for a property management company. Different industry. Different nouns. Same six concepts.

That's when I realized this wasn't a product problem. It was a structural one. The gym and the property management company both had policies, procedures, assets, people, events, and a ledger. The difference between the gym (where a kid can get hurt on a worn obstacle) and a hospital (where a patient can get the wrong medication) wasn't discipline or effort. It was whether anyone had written the system down.

What "authored" means

An authored system is one where the rules are explicit, inspectable, and enforced. An inferred system is one where the rules live in someone's head. Healthcare authored its systems because regulators forced it. Aviation did it because crashes forced it. A gym doesn't have an FDA. Neither does a property management company or a 30-person engineering team. So they infer. And it works until it doesn't.

This site is about the argument that the structuring work which made healthcare reliable can now make any operation reliable, because AI changed the cost of doing it. The essays make the case. The walkthrough shows how the six primitives fit together. The glossary defines them.