A cloud data center that fits on a cargo pallet and can be running in under 10 minutes sounds like a stretch. Anduril and AWS say it’s real, and they’re putting it to work in places with no reliable internet at all.
The two companies are integrating AWS Outposts, Amazon’s on-premises cloud hardware, into Anduril’s Menace-I system, an already-established edge computing platform built for military and security use. The combination lets defense customers run AWS cloud services, including S3 storage, in locations that are physically cut off from any traditional data center, whether that’s a remote outpost or an active conflict zone.
Menace-I itself isn’t new. Anduril has fielded it for three years as a self-contained unit that handles its own power, cooling, and communications, built to survive extreme temperatures with almost no outside support. What changes here is the cloud layer sitting on top of it. Instead of hauling data back to a distant server farm, personnel get AWS-grade computing and storage on-site, packed into a shelter that fits on three pallet positions and moves by truck, rail, aircraft, or helicopter.
That matters because military operations increasingly depend on the same AI and data processing tools that power commercial cloud platforms, just without the luxury of a stable connection. The integration also opens access to AWS Project MAVERICK, a testing platform for autonomous systems, giving Menace-I users a way to run and evaluate AI models without leaving a disconnected environment.
Anduril isn’t putting all its cloud eggs in one basket, either. The company has a similar arrangement with Oracle Cloud Infrastructure, running its Lattice software and pairing Menace hardware with OCI’s Roving Edge Infrastructure for connected and disconnected command operations. Between the two partnerships, Anduril seems to be betting that no single cloud provider will dominate the defense edge-computing space, so it’s building compatibility with more than one.
AWS Outposts has been around since 2019 and recently added support for its newer C7i, M7i, and R7i compute instances, giving this latest deployment access to more current processing power than earlier versions offered.
