Language and runtime
Typed systems foundations, actor-aware execution, explicit effects, package infrastructure, and audit-ready provenance.
01 / Mission
Build Earth systems with space as the operating condition.
JMP0X1B applies space-derived discipline to terrestrial problems: resilient software, observable infrastructure, autonomous machines, distributed sensing, and research systems that keep working when the environment is degraded.
The work is practical today and deliberately long-range. We ship tools for current operators while developing the language, libraries, and system patterns required for off-world-capable architecture.
Now
Operational tooling for resilient Earth
systems.
Next
Autonomous, distributed, observable
infrastructure.
Horizon
Civilization-scale capability beyond a
single planet.
02 / Capabilities
Research, runtime, and field systems.
Planetary intelligence
Tooling for sensing, monitoring, coordination, and decision support under operational constraints.
Autonomous systems
Architecture for local-first machines, edge intelligence, swarms, robotics, and degraded-network operation.
Reverse engineering
Careful reconstruction of systems, interfaces, protocols, and capabilities from observable behavior.
Research infrastructure
Publication pipelines, evidence ledgers, reproducible artifacts, and engineering records for speculative work.
Space-grade operations
Fault isolation, telemetry, scarcity assumptions, low-connectivity operation, and long-duration maintainability.
03 / Products
Live infrastructure in the JMP0X1B stack.
jmp0x1b lang
A programming language for systems development: pure by default, actor-aware, and explicit about effects.
jmp0x1b libs
A package ecosystem with core building blocks for the language, deployed products, provenance, and systems tooling.
JMP0X1B Research
A public research surface for papers, experiments, artifacts, and long-horizon engineering programs.
04 / Members
A small technical group for long-horizon work.
JMP0X1B members work across systems architecture, research tooling, software infrastructure, autonomous systems, and planetary-scale operations. The group is built for people who can move between theory, implementation, and field constraints.
Core systems
Language design, runtime behavior, deployment, infrastructure, and operational reliability.
Research and artifacts
Papers, reproducibility, evidence ledgers, simulations, experiment design, and publication tooling.
Autonomy and field systems
Robotics, swarms, sensing, edge intelligence, and resilient local operation.
Collaborators
Engineers, researchers, operators, builders, and domain experts aligned with space-grade civilization technology.
05 / 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 that must be observable and recoverable.
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.
06 / Contact
For serious technical collaboration.
Reach out for engineering, research, infrastructure, autonomy, and long-range systems work connected to the JMP0X1B mission.