Public safety network solutions

Inseego understands the need for public safety networks

When seconds count, first responders need network access without compromise. Inseego provides high-performance and secure 5G indoor routers, outdoor receivers, and mobile hotspots engineered to support priority access, preemption, and dedicated public safety bands.

Verizon Frontline-Verified solutions for public safety networks

High-band, C-Band, and CBRS spectrum optimization

Our Verizon Frontline-Verified portfolio supports C-Band and private LTE/5G CBRS (Band 48), providing flexible connectivity options for public safety deployments. These spectrum options help support reliable, high-performance connectivity for critical operations in a variety of deployment environments.

Verizon Frontline-Verified hardware for diverse public safety use cases

Our Verizon Frontline-Verified portfolio provides connectivity options for a range of public safety environments, from fixed indoor and outdoor deployments to mobile field operations. Solutions include Wavemaker™ outdoor receivers and enterprise indoor routers, along with MiFi® mobile hotspots that help keep field teams connected on the go.

Priority connectivity for critical operations

Verizon Frontline helps public safety agencies stay connected when networks are under heavy demand, with priority and preemption capabilities designed to support critical communications. Inseego Verizon Frontline-Verified solutions provide the connectivity needed to support applications such as voice, video and computer-aided dispatch (CAD).

Engineered for demanding emergency environments

From temporary incident command posts to mobile emergency operations and field deployments, Verizon Frontline-Verified Inseego solutions offer flexible connectivity options designed for demanding public safety environments. Rugged outdoor solutions provide added durability for deployments where reliable connectivity is critical.

Encrypted access for public safety employees

The MiFi PRO M4 and FX4200 provide secure connectivity options for public safety teams in the field, helping reduce reliance on public Wi-Fi. Advanced security features help protect sensitive data and communications across mobile and fixed deployments.

FirstNet Ready® & FirstNet Trusted™ connectivity solutions for first responders

Dedicated Band 14 spectrum support

Our portfolio offers dedicated Band 14 support, the high-quality, nationwide spectrum allocated specifically to public safety. Band 14 ensures critical communications remain open and clear for first responders and public safety giving them the coverage and capacity they need when they need it the most.

Tiered certification for fixed & mobile hardware

Our hardware offers public safety network across FirstNet Ready & FirstNet Trusted: fixed cellular routers like the Wavemaker™ FX4200 have earned FirstNet Trusted™ distinction by undergoing rigorous cybersecurity testing to meet strict NIST and AT&T security standards for 911 dispatch centers and station failover, while portable mobile hotspots like the MiFi® PRO M4 are designated FirstNet Ready® to give field medical staff and incident commanders immediate Band 14 priority access.

Always-on priority and preemption

Built-in support for FirstNet’s active priority and preemption means emergency communications automatically jump to the head of the line. Critical telemetry, voice-over-IP, and situational awareness data bypass commercial cellular traffic during major events or natural disasters.

Engineered for demanding emergency environments

Whether operating from a temporary incident command post, a mobile emergency unit, or an active response field site, our FirstNet-certified devices feature durable construction engineered to withstand high operating temperatures, offer continuous operation, and challenging field conditions.

Encrypted access for public safety employees

For professionals in the field, the MiFi PRO M4 and the FX4200 provide an encrypted private network that replaces the risks of public Wi-Fi. They extend FIPS 140-3, TAA-compliant, and Wi-Fi 7 security to almost any location, ensuring the data and sensitive communications remain protected and logically separated from civilian traffic across remote geographies.

T-Mobile T-Priority™ connectivity solutions for public safety professionals

Dedicated 5G network slicing for public safety

T-Priority™ leverages T-Mobile’s 5G Standalone (5G SA) network to provide a dedicated network slice for public safety. Built on independent 5G architecture, the slice dynamically expands to deliver greater capacity, faster speeds, and lower latency for first responders when network stress is highest.

Priority access and preemption

T-Priority™ provides priority access and preemption for critical public safety communications. During periods of severe network congestion, critical voice, data, and messaging are automatically prioritized over non-essential network traffic, helping first responders stay connected when it matters most.

T-Priority compatible portfolio across fixed & mobile

Inseego offers T-Priority compatible solutions across a range of form factors to support public safety deployments. From fixed indoor and outdoor routers to portable MiFi® mobile hotspots, these solutions give agencies flexibility to connect stations, remote locations, and field teams using T-Mobile’s T-Priority service.


2.5x speed advantage & 5x the network resources

T-Priority™ provides public safety users with 2.5X faster speeds for data-intensive communications and up to 5X the network resources available to the average user. The additional capacity helps support demanding public safety applications and critical communications, even during periods of network congestion.

Secure connectivity for public safety teams

The MiFi® PRO M4 and FX4200 provide secure connectivity options for public safety teams in the field, helping reduce reliance on public Wi-Fi. Advanced security capabilities help protect sensitive data and communications across mobile and fixed deployments.

Frequently asked questions

How do Inseego products handle carrier priority and preemption?

Our certified devices include carrier-specific firmware and radio capabilities designed to recognize Band 14 (FirstNet), Band 48/C-Band (Verizon Frontline), and 5G network slicing (T-Priority). When configured with an authorized public safety SIM card or profile, the hardware automatically negotiates priority access and preemption rights on the cell tower.

What is the difference between FirstNet Trusted™ and FirstNet Ready®?

FirstNet Ready® applies to mobile devices (like the MiFi PRO M4) tested and certified for Band 14 network priority. FirstNet Trusted™ is a higher security distinction for fixed routers (like the FX4200), indicating the device has undergone extensive cybersecurity testing to meet NIST and AT&T standards for critical fixed infrastructure like 911 PSAPs and station failover.

How do Inseego devices support rapid deployment during an emergency response?

Inseego mobile hotspots and fixed wireless routers are built for immediate field operation right out of the box. Designed with intuitive touchscreens and signal indicator displays, non-technical personnel can instantly evaluate cellular signal strength and deploy a secure Wi-Fi footprint or Ethernet connections for field hospitals, tactical operations centers, and emergency command vehicles without complex technical staging.

What automated safeguards prevent total network disconnection if a primary wireline link fails?

Inseego routers (such as the FX4200 and FX4100) feature Dual-WAN switching and multi-carrier Dual-SIM failover. The hardware continuously monitors the health of primary landline connections; if a wireline disruption is detected, the router automatically transitions traffic to a high-speed 5G public safety SIM profile. Dual-SIM functionality allows the router to automatically failover to a secondary carrier if the primary cellular network experiences a site outage.

How does T-Priority™ network slicing differ from standard priority access?

T-Priority™ leverages T-Mobile’s 5G Standalone (5G SA) architecture to create an isolated, dedicated network slice built explicitly for public safety. Rather than simply prioritizing traffic on a congested general band, network slicing allocates reserved radio resources, giving first responders up to 2.5x faster speeds and 5x the network resources with ultra-low latency during regional emergencies.

What advantage do outdoor high-gain receivers (like the FW2000 and FW3000) offer over indoor routers for emergency management?

Indoor cellular routers can experience signal attenuation caused by heavy construction, concrete PSAP structures, or terrain obstructions. Ruggedized outdoor receivers (such as the Wavemaker™ FW2000 and FW3000) utilize high-gain directional antennas mounted on building exteriors or deployable masts to lock onto weak or distant 5G, C-Band, and CBRS signals, extending critical coverage to rural stations, disaster staging sites, and field command centers.

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