Bolt: The Drone That Thinks Before It Strikes
Anduril just changed what a soldier can carry into battle. A backpack, a touchscreen, and a drone that finds its own way to the target.
Photo source:
anduril.com
The Problem with Autonomous Drone Deployment
Operating an autonomous drone on a battlefield
has always required skill. First-person view drones, the kind that have
reshaped modern conflict, demand trained pilots who can navigate at speed,
track moving targets, and make split-second decisions under pressure. That
dependency on specialist operators has been one of the biggest bottlenecks in
deploying drone capability at scale across frontline infantry units. Anduril
built the Bolt autonomous drone family to remove that bottleneck entirely.
What the Anduril Bolt and Bolt-M Actually Are
The Anduril
Bolt is a vertical takeoff and landing autonomous air vehicle that fits in
a backpack, weighs between twelve and fifteen pounds, and can be assembled and
airborne in under five minutes. It carries an electro-optical and infrared
camera for intelligence, surveillance, and reconnaissance missions, operating
in both day and night conditions. The Bolt-M is the autonomous strike drone
variant. It carries a payload of up to 1.4 kilograms and is designed to track
and engage static or moving ground targets, including light vehicles and
fortified positions. Both variants share the same man-portable drone platform,
the same ground control station, and the same core software, with the mission
role determined by the payload attached.
The Lattice AI Platform Running Underneath
What separates the Bolt autonomous drone family
from conventional systems is the software layer powering it. Both variants run
on a tactical version of Anduril's Lattice AI platform, a machine learning
system that automates the complex flight behaviors required to find, track, and
in the case of Bolt-M, engage a target. The operator is reduced to four
decisions: where to look, what to follow, how to engage, and when to strike.
Drawing a box around a target on the touchscreen is enough to initiate autonomous
tracking. The onboard vision and guidance algorithms maintain that track even
if the loitering munition loses connectivity with the operator entirely,
continuing to execute the mission independently.
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