Odyssey

Data-center electricity demand is climbing past every utility's ability to expand. Interconnect queues stretch past a decade. Transformers are backordered into the 2030s. Every hyperscaler is racing for the same scarce watts. Every major AI site draws millions of gallons from freshwater basins that are already strained. Communities are pushing back. Governors are intervening. A new data center is built on a multi-year timeline. Frontier AI moves on a much faster one. On Earth, compute infrastructure is always chasing the curve.

Odyssey is introducing a new class of capabilites for orbital compute: 01: A Capacity that Grows at an Exponential Rate Every Odysseus supercomputer is equipped with an ultra-high-density, energy-efficient, space-optimized intelligence engine along with multiple ISLs operating as a node in the larger constellation-scale system. 02: A New Approach to Thermal Efficiency & Radiation Tolerance Odyssey's new compute architecture decouples compute density from heat generation. We do not fight entropy; we harness thermal and radiation-induced noise as a computational resource. 03: A Model for Orbital Compute that Offers Fast, Low-Cost Compute from Day 0 Because of the ultra-high efficiency and capacity per node, running workloads on an Odysseus supercomputer costs order(s) of magnitude lower than the lowest tier on an Earth-or-Space-based traditional computer.

Working with several hyperscalers and major ISR companies in the US, as well as government agencies.