“Communications are crucial to emergency response operations. This can be a challenge indoors and underground as radio and cell coverage is often limited in these environments and additional network infrastructure may not be present,” said Hasan Shahid, test engineer for NUSTL, who is leading the project. “First responders can deploy portable radio repeaters in these environments to enable or enhance communications in several types of incidents, such as active shooter responses, urban search and rescue operations, and tunnel maintenance.”
For a radio repeater to qualify as human-portable—a criteria for inclusion in the market survey report—the combined weight of the repeater and enclosure must be under 50 pounds (approx. 22.6 kg) or, if the combined weight is over 50 pounds, the enclosure must be equipped with wheels. The repeater must also be configurable such that it can be deployed for different indoor and underground emergency response operations, rather than fixed installations only.
The market survey report—produced by NUSTL’s System Assessment and Validation for Emergency Responders (SAVER) program—will be posted to the SAVER Document Library on the S&T website, where the findings can be accessed by state, local, and federal response agencies making procurement decisions about this type of technology.
For more information on the RFI prior to the October 16, 2020, submission deadline, visit the solicitation page.
For more information on the SAVER program, visit the SAVER website at https://www.dhs.gov/science-and-technology/saver.