Busybox Space is building next-generation orbital datacenter satellites to deliver sustainable, secure and ultra-low latency compute for a connected planet.
On Earth, data centers consume massive energy and resources. In space, we harness the natural cooling of the universe to deliver high-performance compute — sustainably.
Ultra-efficient thermal management radiating directly to the 3 Kelvin cosmic cold sink. Zero water consumption.
Clean, renewable energy captured above the atmosphere with 24/7 perpetual sun-synchronous orbit access.
Low-latency access everywhere via optical inter-satellite laser mesh operating at the speed of light in vacuum.
Protected from terrestrial risks, geopolitical conflicts, and grid blackouts with sovereign orbital isolation.
From AI to disaster response, our orbital datacenters enable a more connected, resilient and intelligent world.
High-performance compute for the next generation of AI foundation models and real-time planetary inference.
Bridging the digital divide across the world with direct orbital cloud edge routing and content caching.
Always-on infrastructure beyond Earth's risks, guaranteeing non-stop operations during extreme natural events.
Real-time data processing for maritime fleets, civil aviation, satellite earth observation, and robotics.
We believe in a future where technology uplifts humanity without harming the planet. Our orbital datacenter satellites are designed to deliver sustainable, secure and accessible compute for generations to come.
Harnessing space for a cleaner Earth. Eliminating billions of gallons of data center cooling water and grid emissions.
Technology for everyone, everywhere. Democratizing access to state-of-the-art supercomputing without terrestrial borders.
Prepared for the challenges ahead. Building an autonomous, fault-tolerant orbital network for uninterrupted global intelligence.
Scheduled for Q2 2027 launch aboard a dedicated rideshare, deploying our first-generation 50 PFLOPS Skynode module into sun-synchronous orbit.
Our comprehensive peer-reviewed thermal physics analysis demonstrates how radiative space cooling saves 1.4 billion liters of fresh water per node.
Collaborating with global telecom operators and optical ground networks to standardize 100 Gbps space-to-ground quantum-safe laser communications.
Track Busybox Skynode-1 through Skynode-12 in real time with our orbital HUD console.