Statewide NG911 projects depend on resilient connections at every participating location. Learn how ESInets and Next Generation Core Services work together—and where IP Access can support connectivity diversity, alternate facilities and continuity planning.
A cellular hotspot can handle everyday field work. Remote deployments and network disruptions call for a connectivity plan with more than one path.
LEO satellite connectivity adds another route for critical operations. Explore how IP Access International brings that layer together with cellular networks, real-time blending, and managed support.
The MACC911 field test connected four radio systems across three states and demonstrated vehicle-based radio extension. Explore the findings, limitations, and a practical approach to evaluating resilient broadband alongside LMR.
Fire apparatus need access to dispatch, mapping and field communications across the full response area. See how multiple cellular networks and LEO satellite can help when coverage runs out.
From connected vehicles to remote facilities, Massachusetts agencies need communications designed for the places they operate. Explore how IP Access can help and learn about its newly awarded ITT84 contract.
As LEO satellite networks expand, organizations have more connectivity choices. Learn what the changing landscape means for IP Access customers and their network plans.
Amazon LEO is an emerging low Earth orbit satellite network. As its service expands, it could give public safety agencies another path to evaluate for vehicles, mobile command and remote facilities.
Buying Starlink hardware is only the beginning. See how managed data pooling helps agencies reduce stranded capacity, track usage and meet sudden operational demand.
One energy operator strengthened its hurricane preparedness with blended Starlink and Eutelsat OneWeb connectivity, portable deployment systems, and a fully tested communications plan.
