Border Patrol Wants Robots that Can Go Underground and Report Back

Friday, June 21, 2019
By Paul Martin

By Aaron Boyd
JUNE 19, 2019

Homeland Security is looking for innovative robots that can navigate underground tunnels and communicate with headquarters.

Customs and Border Protection uses technology to scan faces, probe vehicles and keep a watchful eye on the border from the skies above. The agency—with help from Homeland Security’s Science and Technology Directorate—also is looking to send robots into underground tunnels and other places where its sensors can’t communicate.

The Science and Technology Directorate released a request for information Monday to get a sense of the market for robotic communications technology. Specifically, the agency is looking for off-the-shelf tech that can capture and transmit data—including photos and video—and map hard to reach places.

“DHS S&T is interested in evaluating robotic communication capabilities to characterize underground structures, contents, threats and obstacles along the U.S. southern border,” according to the RFI. “These environments range in size and shape, but are all characterized by lack of GPS-signal, short distance—less than 50 meters—line of sight, and a variety of building materials.”

The agency is looking for solutions that can cover 14 technical areas:

Autonomous navigation in known and unknown environments.
Robot-to-robot communications in close proximity and over larger distance (1 mile).
Navigation and localization in GPS-absent environments.
Virtual/augmented reality robot control interfaces.
Robotic mobility across multiple surfaces.
Robotic situational assessment—environment characterization, localization, mission intent.
Mapping, modeling and visualization of the operating environment.
Near-real time object recognition in video and still images.
Non-line of sight, low latency, continuous communications in a constrained environment.
Robotic package delivery and retrieval.
Command and control communications in GPS-absent environments.
Human-robot teaming in near proximity (<10 feet). Video streaming in intermittent communication conditions. Two-way voice, data and video communications in an underground environment with no existing infrastructure. The Rest...HERE

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