EraDrive Cleared to Test Autonomous Spacecraft Maneuvering on NASA's Starling Mission

As the space economy scales, the traditional method of flying satellites—relying on continuous ground commands and GPS signals—is becoming a critical bottleneck. Orbital congestion is rising, and contested environments frequently experience navigation jamming. To address this, California-based space tech startup EraDrive has been cleared to proceed with autonomous maneuvering experiments aboard NASA's Starling mission, marking a significant step toward self-driving spacecraft.

Spun out of Stanford University's Space Rendezvous Laboratory in 2025, EraDrive develops AI-native software and hardware modules that allow satellites to perceive their surroundings and make decisions at the edge. During the upcoming Starling experiments, the startup's software will operate aboard a swarm of four CubeSats in low Earth orbit. Instead of waiting for ground operators to upload corrective commands, the spacecraft will use onboard star trackers and computer vision to calculate their relative positions and execute trajectory adjustments autonomously.

This approach fundamentally shifts how orbital traffic is managed. While legacy systems rely on radar tracking from Earth and rule-based micromanagement, EraDrive's technology enables rendezvous and proximity operations (RPO) and collision avoidance entirely in orbit. If successful, the demonstration could pave the way for deploying these autonomy modules across hundreds of commercial satellites, creating a decentralized space traffic intelligence network that operates independently of vulnerable terrestrial infrastructure.