AI that ships to production and that your company owns.
An AI implementation firm: agents, automations and RAG running inside your operation, on infrastructure that is yours. Two ways in, one citable method.
First call is 30 minutes, no strings. We talk, then we decide.
2 tracks · 6 services·from 1 day to 6 weeks
FIG. 01 MWP tree · the folder structure is the architecture
The problem SHEET 02
AI fails in two different ways.
One is technical and the CTO sees it. The other is about ownership and the owner pays for it. Almost nobody tackles both.
Pain 01 · Operations
The pilot dies in the demo.
The team tries tools, builds a demo that impresses, and it stops there: no technical owner, no integration with the real operation, no path to production. Six months later, AI is still a promise.
Every process you delegate to a closed SaaS is your company's memory living on someone else's infrastructure. The day the vendor changes the price, the API, or disappears, that part of your operation leaves with them.
The CTO enters through operations: pilots that must reach production. The owner enters through the estate: systems and knowledge that must stay in-house. Same method, different altitude. Start with the pain you have today.
T1OperateCTO · Operations
AI that ships to production.
Agents, automations and RAG that ship and run inside your operation. For teams tired of pilots that die in the demo.
Sovereign systems without vendor lock-in: institutional memory, succession and AI governance. For companies where knowledge can't live in people and someone else's SaaS.
Everything we build follows the Model Workspace Protocol: the system's folder structure is the agent's architecture. Nothing lives in a black box.
Every instruction, every memory and every process in the system is a file you can open, read and version. If an agent decides wrong, the error has a location: a concrete path, not an inscrutable model.
That turns the system into an asset you audit like code and transfer like documentation: your team understands it, your git versions it, your infrastructure runs it.
The same protocol that makes Track 1 shippable makes Track 2 sovereign.
MWP · Model Workspace Protocol · Jake Van Clief · arXiv:2603.16021 Public, citable method: we implement the paper, we don't rebrand it.
FIG. 02 The same tree, two promises: it ships and it's yours
P · 01
Interpretable
Anyone on the team can read the system, file by file.
P · 02
Debuggable
When something fails, the error has a location: a path, not a black box.
P · 03
Versionable
Every change lands in git: who, when and why.
P · 04
Portable
It moves with you, not with the vendor.
P · 05
Sovereign
It belongs to your company: no locks, no vendor lock-in.
Why us SHEET 05
Evidence, not promises.
The best proof of an implementation method is what already runs in production. Starting with our own.
Evidence 01Own system
Our system runs our operation
The harness we use every day to run E-Growth is built with the same method we sell: agents, versioned memory and quality gates in real use.
In production · todayVerified
Evidence 02Own product
Our own SaaS with paying users
Medra, software for medical practices, was built and is operated with this method. We know what it takes to keep a system alive, not deliver a report and disappear.
Medra · health-techVerified
Evidence 03Method
The method is public and citable
Trained directly with Jake Van Clief, author of the Model Workspace Protocol. We implement the paper as published: no methodological black box.
arXiv:2603.16021Verified
Evidence 04Leadership
Domain judgment, not just technique
Nicolás Patrón Uriburu runs E-Growth with dual training in medicine and business: used to operating where mistakes are expensive, and to translating between the owner and the engineer.
Medicine · Business
Contact
The first step is not a contract. It's a diagnostic.
30 minutes, no strings: you tell us how your company operates today and you leave with an honest read on what to automate first, what not to automate, and which track to enter through.