Kukulkan
Kukulkan is live as a production product in the JMP0X1B stack, focused on practical, high-reliability engineering workflows.
JMP0X1B develops space-grade and reverse-engineered, out-of-this-world technology for a galactic civilization.
01 / Mission
Technology for Earth, designed with space as the operating condition.
The first frontier is the disciplined improvement of Earth systems using space-derived thinking: resilient software, observable infrastructure, autonomous machines, distributed sensing, and tools that make complex planetary decisions easier to execute.
The long horizon is larger: a human civilization capable of operating beyond one planet.
Earth endeavors + space discipline =
civilization-scale capability.
02 / Products
Live products.
jmp0x1b lang
The jmp0x1b programming language is complete and live for systems development: pure by default, actor-aware, and explicit about effects.
jmp0x1b libs
The jmp0x1b libraries ecosystem is complete and live, providing core building blocks for the language and deployed products.
03 / Trajectory
From local tools to interplanetary systems.
Phase I (Completed)
Language and ecosystem foundations are complete and live: jmp0x1b lang and jmp0x1b libs are now production-facing.
Phase II (Completed)
Kukulkan is live as the first deployed product built on the stack.
Phase III
Extend toward autonomous hardware: drones, robotic swarms, local-first coordination, sensor networks, and edge intelligence.
Phase IV
Prepare the architecture for orbital and off-world conditions: latency, fault isolation, scarcity, autonomy, and long-duration operation.
04 / Principles
Design constraints.
Local first
Systems should remain useful under weak connectivity, partial failure, and degraded infrastructure.
Explicit failure
Failure is a first-class operating condition.
Human scale
Tools must serve operators, farmers, engineers, maintainers, and communities.
Long horizon
Build with the assumption that civilization is not finished and Earth is not the final boundary.
05 / Contact
For collaborators, engineers, researchers, farmers, operators, and frontier-minded builders.
JMP0X1B is actively shipping and maintaining live systems while continuing long-horizon R&D for resilient Earth operations and off-world-capable architectures.