Maximize humanity's long-term ability to understand, build, survive, and flourish.

A general purpose x86-64 operating system written from scratch, where agents are first class system components rather than programs bolted on top. Execution, permissions, memory, task routing, recovery, and human oversight are meant to be OS level concepts.

• Standard Linux and Unix file formats, filesystem layout, and executable formats wherever practical
• No ME specific wrapper or package format required of applications
• Desktop organized around agents, tasks, memory, and live system state
• Reliability and recovery treated as core features, not add ons

A ceiling mounted volumetric display. The unit would live overhead so the shared workspace below stays physically clear, which suits desks, meetings, and collaborative engineering work.

• Fixed external chassis with replaceable internal modules, so emitters, sensors, and compute could be serviced independently
• Capability improvements shift into software: calibration, scene generation, control logic, and agent driven updates
• Control software is display method agnostic, so the physical mechanism can change without a rewrite
• Intended control surfaces include agents, bracers, a holo pencil, hand tracking, and ordinary engineering software

Carl is the agentic system ME products are built to talk to. The design goal is one command path shared by every surface, so an instruction from a person, a wearable, or a piece of engineering software travels the same route and is checked the same way.

• Model agnostic by design. ME expects to rely mainly on strong external models rather than train a frontier model from scratch
• Products integrate against a Carl interface boundary, never against a specific model SDK
• Human override is a first class requirement. If Carl is suspected compromised, people revoke its authority through independent systems