Public architecture and doctrine for interoperable, autonomous cyber-physical infrastructure.
Michael James Malecek
Inventor, Program Lead & Maintainer
Delano, Minnesota, United States
I design long-horizon systems describing how computation, machines, operators, and governance coordinate when infrastructure becomes programmable.
UCPIS is the primary vehicle for this work.
UCPIS defines shared primitives for:
- robotics
- manufacturing
- logistics
- control
- safety
- authority
- observability
It is not a company, product, or platform.
It is systems doctrine for constructing industrial capability that remains legible, governable, and interoperable across vendors, jurisdictions, and generations.
Modern industrial systems are fragmented.
- Interfaces are proprietary
- Machines lack shared semantics
- Integration cost slows deployment
- Governance and auditability lag automation
Without common primitives, autonomy scales faster than coordination.
UCPIS exists to provide a stable foundation for cooperation across organizations and technologies.
Canonical layered architecture and normative definitions.
https://github.com/ucpis2026us/ucpis
Visual language, environmental signaling, and hazard semantics for autonomous environments.
https://github.com/ucpis2026us/cyber-physical-aesthetic-stack
Foundations for how entities, capabilities, and locations become referenceable across systems.
https://github.com/ucpis2026us/Canonical-Resource-Addressing
Where physical execution, authority, and machine action meet.
https://github.com/ucpis2026us/embodied-mediation-layer
Additional repositories will appear as abstractions stabilize.
- Infrastructure over applications
- Durable primitives
- Clarity before scale
- Independence from hype cycles
- Systems that must outlive their creators
Early in build.
Advanced in direction.
Those working in robotics, industrial automation, logistics, public infrastructure, or machine governance are seeing early groundwork.
Follow the repositories as the abstractions solidify.