Anduril Demos Night Sensor for Orbiting Satellites
Anduril unveils a new night vision sensor designed to track satellites in complete darkness, featuring a massive dynamic range for deep space tracking.

Stock photo for illustration only, not from the actual event
- Anduril develops a new space-based night vision sensor
- Designed specifically for tracking satellites in total darkness
- Features a massive dynamic range to spot objects in full dark
Defense technology firm Anduril has showcased a major advancement in space operational capabilities by introducing a specialized night vision sensor designed to track the movements of satellites and objects in orbit even when sunlight is completely absent.
A primary challenge in space situational awareness has always been spotting objects during orbital night or when satellites fall into Earth's shadow, rendering traditional optical tracking systems blind. This new sensor is engineered specifically to tackle that hurdle.
"What's unique is it's got a huge dynamic range. We can see things in full dark."
Anduril

Stock photo for illustration only, not from the actual event
From an engineering standpoint, building hardware capable of detecting faint light reflections from orbital objects hundreds of kilometers away amidst pitch darkness is exceptionally difficult. Anduril noted that the key to this breakthrough lies in designing a system with an exceptionally large dynamic range, allowing it to isolate tiny light signals from background blackness.
Anduril's development of a darkness-capable sensor highlights the intensifying race for Space Domain Awareness. As nations increasingly prioritize protecting critical space assets and monitoring potential threats from rival spacecraft, orbital night vision has become a vital strategic capability.
The ability to watch adversaries maneuver in orbital darkness empowers operators and defense agencies to assess situations proactively. This initiative marks a significant milestone in the company's expansion into next-generation space defense technologies.
Source: Ars Technica
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