Secure by design
Protected data, signed integrations, and local AI options are considered as part of the system—not added later.
Building dependable automation
I build practical AI automation projects focused on secure workflows, reliable integrations, and business operations.
How I build
Protected data, signed integrations, and local AI options are considered as part of the system—not added later.
Backups, restore drills, health checks, and rollback procedures make failure a scenario to plan for.
Each project starts with the business process: the people, handoffs, data, and repeated work behind it.
Selected work
Projects are documented around the operational problem, the decisions behind the build, and how the system behaves when things go wrong.
The problem
Small business processes often depend on disconnected tools, repetitive manual work, and automation that is difficult to monitor or recover. ABAP explores how those workflows can be managed securely from one platform.
What I built
A Docker-based platform bringing employee management, CRM, invoices, protected documents, scheduled workflows, background workers, signed integrations, provider-independent AI, and operational recovery into one system.
Cloud deployment and HTTPS work are now underway.
Technology
This reserved space will hold a real ABAP screenshot after the public deployment.
Next in the workshop
New AI automation case studies will be added here as they are ready to document—without placeholders masquerading as finished work.
About
I build practical AI automation projects focused on secure workflows, reliable integrations, and business operations.
My current work uses Python, FastAPI, PostgreSQL, Docker, webhooks, and local AI to turn business processes into tested, recoverable systems. This portfolio documents what I build and what I learn along the way.
Follow the work on GitHub