With over 25 years of pioneering work in autonomy and positioning, the W8less team has helped shape the evolution of unmanned systems across government and industry. From the first 100-robot DARPA swarm to scalable PNT for GPS-denied missions, our legacy reflects a deep commitment to real-world impact, mission resilience, and intelligent automation.

2025

W8less Rover and BORG Module Officially Launched

Released as flagship products, the W8less Rover and BORG (Battlefield Operations Robotics Gateway) Module deliver deployable autonomy, decentralized control, and cm-level positioning for GPS-denied, multi-domain missions.

December 2024

New Multi-Robot Intuitive Interface

Launched a next-gen UI to simplify coordination across heterogeneous robotic teams with minimal operator input.

Summer 2024

Testing with the U.S. Army

August: Showcased multi-agent convoy and overwatch behaviors in complex terrain during a joint field exercise in the San Diego mountains.

October: Demonstrated robust pseudo-GPS capabilities in a live environment, at the U.S. Army Futures Command PNTAX, maintaining localization under jamming.

April 2024

Fully Autonomous RIK Demo at AUVSI

Presented the complete Robotics Intelligence Kernel operating without external comms or GPS at AUVSI XPONENTIAL.

2022

New Jersey Transit Deployment

Deployed AI-driven navigation and positioning tools for rail and bus systems in active transit networks.

2020

ADAS Capabilities for Automotive OEMs

Delivered core autonomy components supporting major OEMs including Ford, GM, Stellantis, and Aptiv.

2017

Scalable Micropositioning for NYC Transit

Demonstrated real-time, high-accuracy positioning for public transportation systems in urban environments.

2007-2016

Intelligent Convoys and Assured Positioning, Navigation, and Timing (APNT) for the Military

Enabled GPS-denied convoy operations and developed advanced navigation and EOD capabilities for the U.S. Army and U.S. Navy.

2002

Autonomous Robots for High-Radiation Environments

Developed robotics for the energy sector to safely operate in hazardous, high-radiation zones.

1999

DoD Landmine Robots

Achieved 4× speed improvement and increased probability of detection from 80% to 95% for landmine clearance missions.

1999

1st 100-Robot Swarm for the U.S. Army (DARPA)

Pioneered the first large-scale autonomous robot swarm, laying the foundation for distributed military robotics.

1997

National Science Foundation (NSF) Autonomous Search & Rescue Robots

Early work on autonomous systems supporting disaster response and environmental hazards under NSF-funded efforts.