Lagrange Demonstrates Verifiable AI Autonomy in Anduril Lattice SDK
Lagrange Labs announced the successful integration of DeepProve into the Anduril Lattice SDK, proving that autonomous defense systems can operate with verified correctness in real time.
Autonomous Reconnaissance in Action
The demonstration featured autonomous reconnaissance pipelines performing tactical decisions—such as threat assessment, evasion routing, and targeting—while generating cryptographic proof verifying that each decision was executed exactly as authorized.
Traditionally, faster autonomy has meant reduced oversight. However, Lagrange's integration disproves this trade-off by enabling autonomous systems to operate swiftly and remain fully auditable.
Benefits for Operators
- Faster response times
- Mathematical certainty that decisions adhere to authorized logic
- Enhanced security through cryptographic assurance
“Autonomy without verification is a vulnerability,” said Ismael Hishon-Rezaizadeh, CEO and co-founder of Lagrange Labs. “Cryptographic assurance can now operate at the speed of autonomous decision-making. American defense AI scales when it’s verifiable by design, not auditable after failure.”
Testing the System
The Lattice SDK integration was tested on a full autonomous reconnaissance pipeline with four decision layers, each generating cryptographic proof. One key layer involved threat assessment, where AI evaluated incoming tracks to determine if immediate action was necessary.
This integration highlights the potential for combining speed and trustworthiness in autonomous defense AI systems.
Author's summary: Lagrange Labs’ integration of DeepProve with Anduril Lattice SDK proves that fast, autonomous defense AI can deliver verifiable decisions in real time, enhancing operational trust and security.