Vision

The moon becomes infrastructure.

The current model, where every lunar mission carries its own power, communications, thermal management, and autonomy, does not scale. The next decade is a transition from one-off missions to shared infrastructure that commercial and government users subscribe to. We built Constanellis around the four layers that transition requires.

Thesis

Missions become services.

A sustained presence on the moon is not a mission. It is an economy. And an economy does not work when every participant has to bring their own electricity, their own communications, and their own thermal management.

The transition from exploration to industry plays out over the next decade. One-off landers give way to shared infrastructure. Hardware sales give way to service contracts. Commercial and government users stop buying platforms and start subscribing: power by the kilowatt-hour, communications by the gigabit, cargo by the kilometer.

Someone has to build the infrastructure that makes this possible. The hard part is not the launch. The hard part is everything that has to work on the other end, coordinated across disciplines, with no one to call when the first reactor doesn't start.

We built Constanellis to work on that side of the problem.

The Work

Four layers. One company.

Any credible read of what the lunar economy requires converges on the same four layers. None of them work in isolation. We built Constanellis around all four because the integration between them is where the program risk lives.

Transportation & Logistics

ATLAS · HERMES

Precision landing of payloads on the lunar surface. Cislunar transfer and orbital relay. Sustained logistics between Earth and the surface is the layer the rest of the economy runs on top of.

Communications, Navigation, and Timing

WIRES

Persistent communications, navigation, and timing infrastructure. Without a PNT-and-relay layer independent of Earth-bound ground stations, sustained operations on the surface are not practical.

Autonomy and Intelligence

NEXUS

Multi-source sensor fusion, on-platform autonomy, and space domain awareness. The same infrastructure that runs commercial operations is the infrastructure that delivers cislunar awareness to defense users.

Manufacturing and Qualification

FORGE

Precision machining, metal additive, and composite fabrication for flight-qualified aerospace hardware. The faster this pipeline runs, the faster every other layer gets built.

Dual Use

The same infrastructure serves civil and defense users.

The communications network that a commercial lunar mission depends on is the same network a defense mission depends on. The autonomy platform that lands a science payload is the same platform that delivers cislunar domain awareness. Building both sides of that dual use from one codebase and one manufacturing pipeline is what vertical integration is for.

Civil

Payload delivery, surface operations, science data return, commercial relay services.

Defense

Cislunar domain awareness, resilient relay, edge autonomy, dual-use platform hosting.

Shared substrate

One codebase, one manufacturing pipeline, one compliance posture covering both.

Honest

Building for the hard version of the problem.

The monetization of a lunar economy is not yet settled. First revenue comes from infrastructure services, not from extracted materials. Insurance is still a real barrier to scale. Interoperability standards are still being written. Those are reasons to build a vertically integrated company, not reasons to wait.

The early programs will not look profitable on the spreadsheet that prices a lander in isolation. They will look profitable on the one that prices the layers underneath every future mission. That is the layer we build.

Interested in what we are building?

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