Satlyt Raised $8 Million for Orbital AI
The startup plans to expand its shared orbital computing network following a successful seed funding round.
Updated on Oct. 13, 2026 in Artificial Intelligence
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Satlyt has secured $8 million in seed funding to support hiring and the deployment of new spacecraft. The company is developing software that runs AI models directly on satellites.
Why it matters
By analyzing telemetry and imagery in orbit, Satlyt reduces the volume of raw data transmitted back to Earth. This technology aims to connect spacecraft into a cohesive, shared computing network.
Satlyt demonstrated data payload reductions between 64.4% and 64.8% during tests. Its onboard AI model reached generation speeds ranging from 22.71 to 25.48 tokens per second.
The players
Satlyt
An orbital computing company that uses onboard AI to process data for spacecraft.
Rama Afullo
The founder of Satlyt who established the firm in 2024.
non sibi ventures
An investment firm that led the recent seed funding round for Satlyt.
The details
The firm, which operates from Sunnyvale, California, and Nairobi, utilized the Google DeepMind Gemma model to process system logs and images before transmission. The software layer is designed to function across satellites managed by multiple operators.
Timeline
Satlyt was founded in 2024.
The article was published on October 13, 2026.
The Tech Race
The adoption of the Google DeepMind Gemma model for edge computing in space represents a departure from traditional ground-based processing. This move signals a broader shift toward autonomous satellite networks capable of intelligent data filtering.
The deployment of shared orbital computing could lead to faster data transmission and more reliable connectivity for terrestrial users reliant on satellite services. Investors and industry participants should watch for how this model scales across diverse satellite fleets.
The takeaway
Satlyt is pushing the boundaries of edge computing by moving complex AI workloads into orbit. This approach minimizes the bottlenecks associated with satellite-to-ground communication.
Further reading
Learn more about the latest innovations in Artificial Intelligence.
Live Poll
Is processing data onboard satellites a more efficient way to manage information than sending it back?
