Resources

When new federal guidance required contract and policy changes, SLAC used Legion to find affected documents across its systems 90% faster, so the contract assurance team could focus on fixing them.

The Army's Acting CIO and Chief Data Officer join Legion Intelligence CEO Ben Van Roo to discuss what the Army built before it could field AI: a unified network, a central data layer, and the access controls that let agents work across systems.

Five defense, NATO, and industry leaders on maintenance and sustainment. Where information becomes the bottleneck, how to modernize on top of legacy CMMS and ERP systems, and what predictive readiness requires.

A U.S. Army aviation digital transformation lead and Legion Intelligence's VP of Mission Engineering on what changes after AI reaches the field: disconnected operations, ATO pathways, and outcome-based measurement.

At Project Convergence Capstone 6, planners described a gap in how planning discussions were captured. Legion engineers built a working capability against it in under 24 hours, on tactical SIPR.

A U.S. Department of Energy national laboratory replaced AI that fabricated sources with RAG-grounded workflows that surface real, cited papers. Source verification dropped from two hours to minutes, a 12x gain, with follow-on work cut 80%.

A U.S. Department of Energy national laboratory uses Legion Intelligence to generate analytical code that tests research findings, with full reasoning scientists can inspect and trust. Development time dropped 95%, from a week to a half day.

Civil Affairs cadre spent 16 hours searching wargaming documents to resolve a single scenario contradiction. With Legion, instructors complete the same quality control work in under 10 minutes, a 96x improvement.

INTSUM production dropped from 4 hours to 5 minutes when XVIII Airborne Corps ran Centurion fully disconnected on tactical SIPR during Scarlet Dragon 26-01.

Centurion is Legion's deployable edge AI system for DDIL environments. This whitepaper explains how agentic workflows run offline-first, coordinate across mesh nodes, and synchronize with cloud when policy permits.