Welcome to Speck
Operating at an altitude of ~500km, our arrays experience unobstructed solar intensity, completely bypassing atmospheric interference and night cycles.
2mi x 2mi Specialized Panels
~1 GW Continuous Generation
Precision Directed Energy Beaming 24/7
Unlike traditional power grids limited by physical infrastructure, Speck utilizes a planetary network of towering rectennas. These monolithic structures passively receive the energy beamed from our satellites, acting as high-capacity kinetic and solid-state energy silos.
The towers capture directed microwave and laser energy passively. This guarantees zero atmospheric heating and safe transmission, regardless of extreme weather conditions or dense cloud coverage.
Each rectenna tower is fundamentally an ultra-dense energy storage facility. As the ~1 GW beam hits the tower, energy is instantaneously buffered into solid-state arrays, preventing grid overload.
Once stored, towers act as regional distribution hubs. They beam electricity outward to smaller local nodes, industrial sectors, and metropolitan grids—fully eliminating the need for high-voltage power lines.
Managing 4-square-mile structures traveling at orbital velocities requires pinpoint, sub-millisecond precision. Speck relies on a quantum-encrypted AI mesh network to synchronize the space and Earth constellations.
Handshakes between satellites and receiving towers happen instantaneously. The system autonomously handles predictive beam-steering, atmospheric distortion compensation, and dynamic load-balancing as the Earth rotates beneath the arrays.
Real-time adjustments to ensure the transmission beam never breaches the receiving tower's geofence.
As a satellite passes the horizon, the beam seamlessly hands off to the next available rectenna node in the planetary grid.
One gigawatt is enough to power a medium-sized metropolitan city. Our roadmap scales the Speck constellation to 50 active orbital arrays spaced precisely across Low Earth Orbit.
That is 50 gigawatts of pure, uninterrupted, wireless energy blanketing the globe. With strategic placement, no terrestrial receiver will ever be out of line of sight. By the end of the decade, energy scarcity will become a historical artifact.