ENERGY INFRASTRUCTURE BEYOND THE GRID
A network that moves power by laser to where it is needed, and a logistics system that moves structures manufactured on the Moon into space at industrial cadence. MUSEN is building both infrastructures toward a Dyson swarm.
MUSEN is a laser wireless power and space infrastructure project operated by Granicus LLC.
THE END STATE
As AI, robotics, electric transport, and manufacturing scale, civilization is constrained by the amount of usable energy it can access. MUSEN is developing the two infrastructures required to build a Dyson swarm.
From generation regions through a low-Earth-orbit satellite network to demand centers—and eventually from near-Sun power satellites to Earth orbit. Convert electricity into a high-quality laser, relay and route it, then convert it back into useful power.
ENERGY DELIVERY ↗Manufacture power-satellite structures from lunar resources and launch them repeatedly with a mass driver. Capture and transfer the cargo in orbit, then supply construction orbits near the Sun at scale.
MASS SUPPLY ↗One system expands the power-satellite fleet. The other delivers the power it generates wherever it is needed.
THE FULL MISSION ↗
AXIS A / ENERGY DELIVERY / EARTH
Move surplus generation from where it is abundant to cities, factories, and data centers where power is scarce. A multi-hop laser route through a low-Earth-orbit satellite network is not constrained by the geography or construction timeline of transmission lines.
HOW IT WORKSWHY A NEW EARTH POWER ROUTE
The best places to generate power are often far from the cities, factories, and data centers that need it most. New generation cannot serve demand if grid interconnection and transmission construction cannot keep pace.
Generation and storage capacity waiting in U.S. interconnection queues at the end of 2025. Not all of it is expected to be built.
For projects that began operating in 2025, the median time from interconnection request to commercial operation exceeded five years.
Share of capacity that entered U.S. interconnection queues from 2000–2020 and had reached commercial operation by the end of 2025.
Wherever the required land, equipment, safety measures, and permits are secured, our wireless power system targets same-day energization.
AXIS A / ENERGY DELIVERY / AVIATION
One of the main constraints on long-range electric aviation is the battery mass required to carry cruise energy. Above the clouds, power can be delivered from low Earth orbit while onboard storage remains for takeoff, landing, route handover, safe shutdown, and reserve.
AXIS B / MASS SUPPLY / LUNAR LOGISTICS
Manufacture solar panels and structural material on the Moon, then launch one payload every three minutes with a mass driver. After capture, orbit change, and additional propulsion, move the cargo at scale to construction orbits near the Sun.
EXPLORE LUNAR LOGISTICS
CONVERGENCE / THE DESTINATION
Not a single shell, but a large fleet of independent power satellites. Lunar logistics carries the structures that expand the fleet; the laser power network delivers near-Sun generation to low Earth orbit and onward to demand centers.
THE FULL ROADMAPFOUNDING TEAM / RECRUITING NOW
You only need deep, hands-on experience with one hard boundary: high-power CW sources, space optics and PAT, dynamic routing, photovoltaic conversion and power electronics, mass drivers, orbital capture, or lunar manufacturing. We are assembling a founding team from people who have built and measured real systems.
SEE EXACTLY WHO WE NEEDYou have designed or measured at least one of these in hardware: CW optical output, WPE, M²/BPP, thermal behavior, or source arrays.
OPEN INTERVIEW EMAIL ↗02You have implemented acquisition and tracking of moving targets, wavefront control, inter-satellite optical paths, or route handover.
OPEN INTERVIEW EMAIL ↗03You have built the path from laser capture through MPPT, power conversion, thermal rejection, and useful load output.
OPEN INTERVIEW EMAIL ↗04You have built railguns, linear motors, electromagnetic catapults, pulsed-power systems, or long acceleration tracks.
OPEN INTERVIEW EMAIL ↗05You have designed or operated dispersion control, navigation, guidance, orbital capture, added propulsion, or transfer trajectories.
OPEN INTERVIEW EMAIL ↗06You can build regolith-processing, solar-cell or structural manufacturing, or autonomous equipment for vacuum and dust.
OPEN INTERVIEW EMAIL ↗TECHNICAL PARTNERS
We also work directly with organizations that can provide evaluation hardware, test facilities, co-development, or manufacturing capacity.
TECHNICAL PARTNERSHIPS