Why it matters
Deciding on the Moon instead of waiting on Earth.
A round trip to Earth takes about two and a half seconds at best, and far longer when relays and scheduling are involved. Autonomous vehicles, robotic construction and safety systems cannot wait for that loop.
Compute and data are the layer that moves decisions closer to the hardware. As sensors multiply, the ability to store, process and route data on or near the Moon becomes infrastructure in its own right.
Every second of delay is a decision that has to be made locally.
Inside this layer
5 building blocks
Edge computing
Processing at the point of action so rovers, landers and habitats can act inside the light-delay loop.
Onboard processing
Radiation-tolerant processors and software that keep working through a fourteen-day night and solar events.
Data centers
Surface and orbital data facilities that aggregate, store and serve mission data for many customers.
Routing
Delay-tolerant networking that keeps data moving across intermittent links and multiple relays.
Data infrastructure
Storage, formats, security and access standards so data from many providers can be shared and trusted.
Connect the stack
Dependencies
Rather than evaluating companies in isolation, we look for dependencies between infrastructure layers, and ask what must exist before the next layer can scale.
This layer depends on
This layer enables
Across every layer
Questions we are watching
Open questions
- How much autonomy has to live on the Moon before operations scale beyond a handful of missions?
- Who operates shared lunar data infrastructure, and what does it cost to use?
- Which security model governs data crossing between commercial, civil and national systems?