
FIELD DEPLOYMENTMAR-22-2026
Deploying Tactical Mesh in Dense Forest Environments
A field deployment study covering route continuity, terrain loss, and relay placement in dense forest environments.

RiverCom 911 Case Study
By MANETmesh Research • 6 min read
A leading healthcare organization in the American Midwest, spanning over 50 locations and supporting 1,000+ clinical providers, required a full replacement of its aging analog pager architecture. The primary objective was maintaining backwards compatibility with the central paging link hub site.
Working closely with local operators, MANETmesh engineered a phase-migration plan to gradually transition old transmitters. The newly commissioned secure simulcast paging network expanded overall physical coverage by 30% while retaining absolute sync across high-volume emergency channels.

FIELD DEPLOYMENTMAR-22-2026
A field deployment study covering route continuity, terrain loss, and relay placement in dense forest environments.

EVALUATIONFEB-11-2026
Detailed testing inside defense proving grounds, including spectrum hopping performance and anti-interference behavior.

LATENCY TRIALJAN-05-2026
A controlled trial measuring video continuity and end-to-end latency as streams traverse multiple mobile relay nodes.

FIELD DEPLOYMENTMAR-22-2026
A field deployment study covering route continuity, terrain loss, and relay placement in dense forest environments.

Published:FEB-11-2026
Detailed testing inside defense proving grounds, including spectrum hopping performance and anti-interference behavior.

Published:JAN-05-2026
A controlled trial measuring video continuity and end-to-end latency as streams traverse multiple mobile relay nodes.

Published:NOV-11-2025
Tracking phase-lock behavior and carrier restoration across transceivers moving at operational speed.
to learn how MANETmesh can meet your defense needs.