Head-borne Soldier Borne Mission Command platform integrating multi-spectral sensors and assured positioning for U.S. Army squads.
The Elbit Soldier Borne Mission Command System is Elbit Systems of America's head-borne platform for the U.S. Army's Soldier Borne Mission Command program, developed under a $120.5 million Other Transaction Authority contract awarded in March 2026. It combines live multi-spectral sensors with assured positioning to provide continuous situational awareness directly in the soldier's field of view.
The system enables real-time information sharing across a unit so squads operate as synchronized sensor-enabled teams, and it pairs Elbit's extended-reality and networking work with core software architecture developed with Booz Allen Hamilton.
Anduril Industries
EagleEye
anduril.com
Rivet
Integrated Task Systems, Soldier Borne Mission Command
rivet.us
| Attribute | Elbit Soldier Borne Mission Command System | EagleEye | Integrated Task Systems, Soldier Borne Mission Command | |
|---|---|---|---|---|
| Provider | | | | |
| Founded | — | 2017 | 2024 | |
| Sells To | — | Government | Defense & Military | |
| Pricing Model | — | Recurring, Software, Transactional | Government Contract | |
| Ownership | — | Equity, Venture-backed | Private |
Provider
Founded —
Sells To —
Pricing Model —
Ownership —
Provider
Founded 2017
Sells To Government
Pricing Model Recurring, Software, Transactional
Ownership Equity, Venture-backed
Provider
Founded 2024
Sells To Defense & Military
Pricing Model Government Contract
Ownership Private
Smartphone-based dismounted soldier situational-awareness system providing geo-referenced maps and digital communication to infantry.
AI-powered command-and-control operating system that networks sensors, drones, and effectors for defense missions.
Self-contained holographic computer and mixed-reality headset used for training, design, and military IVAS programs.
Smartphone-based dismounted soldier situational-awareness system providing geo-referenced maps and digital communication to infantry.
AI-powered command-and-control operating system that networks sensors, drones, and effectors for defense missions.
Self-contained holographic computer and mixed-reality headset used for training, design, and military IVAS programs.