Army Taps Elbit America To Join SBMC Development Effort, Will Test Prototypes This Year

Why It Matters

Adding Elbit diversifies the SBMC supplier pool, speeding deployment of advanced soldier‑wearable tech and strengthening U.S. defense industrial competition.

Key Takeaways

• Elbit becomes third SBMC supplier alongside Anduril, Rivet.
• Prototypes slated for testing before year end 2026.
• SBMC aims to replace IVAS with advanced soldier interfaces.
• Competition drives faster AR and AI integration for troops.
• Program enhances battlefield situational awareness and command speed.

Pulse Analysis

The Soldier Borne Mission Command (SBMC) program represents the Army’s next step in personal battlefield networking, building on lessons learned from the Integrated Visual Augmentation System (IVAS). While IVAS sought to fuse heads‑up displays with night vision, SBMC expands the concept to a fully networked, soldier‑worn command hub that streams data, AI‑driven insights, and secure communications directly to the warfighter’s wrist or visor. This shift reflects a broader defense trend toward edge computing and augmented reality, where low‑latency data processing at the point of use can dramatically improve decision speed in complex environments.

Elbit Systems of America’s entry adds a critical third voice to the SBMC consortium, which already includes Anduril Industries and the startup Rivet. Elbit brings a portfolio of proven sensor fusion, ruggedized hardware, and AI analytics that could differentiate its prototype from competitors. By committing to deliver and test a working system within the calendar year, Elbit signals confidence in rapid development cycles and highlights the Army’s urgency to field a mature solution before the next major conflict cycle. The competition among three suppliers is expected to drive innovation, reduce costs, and mitigate supply‑chain risks that have plagued previous large‑scale soldier systems.

For the defense industry, the SBMC award underscores the growing market for wearable, AI‑enabled combat gear and the importance of agile, modular architectures. As the Army integrates these capabilities, contractors will need to align with open standards, ensuring interoperability across legacy platforms and future upgrades. Successful deployment could set a new baseline for allied forces, prompting NATO partners to adopt similar technologies and potentially reshaping joint operational doctrines. In the long term, SBMC may serve as a testbed for autonomous squad‑level decision support, paving the way for more sophisticated human‑machine teaming on the modern battlefield.