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Seeking Synchronicity for Assured C2 in the Indo-Pacific Region

Military needs to intertwine across services and among allies.

Military officials from the United States and Australia seek technical and operational synchronicity for assured command and control in the Indo-Pacific region. Credit: Artistic Mindz Photography

Initial Joint Fires Network To Be Ready Next Month

U.S. Indo-Pacific Command will experiment with an operational prototype next summer.

A panel of experts holds a Joint Fires Network Discussion at TechNet Indo-Pacific in Honolulu, Hawaii, November 8. Credit: Artistic Mindz Photography

DISA's Shift: Less Data in the Cloud and Embracing AI in Government Tech

DISA reevaluates data storage, turns to AI and advises how to increase small business contracting.

DISA's Marianne Roth addresses the audience at Sheraton Baltimore North Hotel, Towson, Maryland. Credit: Diego Laje/ SIGNAL.

IARPA Searches for Space Junk’s Trashed Signals

Novel signal detection methods may revolutionize space debris tracking.

Currently, the U.S. Space Force’s Space Fence is considered the world’s most advanced system for tracking objects in space. Although the system is capable of tracking objects as small as a marble, even smaller objects can cause catastrophic damage and cannot currently be tracked persistently. Credit Lockheed Martin image

DARPA Envisions Commercial Uses for Autonomous Off-Road Vehicles

AI-driven vehicles designed to navigate tough terrain may handle nonmilitary missions.

A RACER robotic vehicle achieves a checkpoint and orients itself to the next objective. The second and final phase will include tracked vehicles weighing approximately 9 tons, maps and global planning and tactics capabilities. Credit: DARPA image

On Point: Q&A With Stuart Young

Stuart Young, who manages the Robotic Autonomy in Complex Environments with Resiliency (RACER) program, joined DARPA in January 2020 as a program manager in the Tactical Technology Office. His expertise includes autonomous/unmanned ground and air vehicles, intelligent behaviors for unmanned systems, multi-agent teaming, applied artificial intelligence (AI), machine learning and field robotics technologies.