5G for government and the public sector

Eliminates the standard deployment bottlenecks of physical fiber trenching when opening disaster relief zones, voting precincts, or mobile health clinics. The FX4200 is easy to setup just insert a SIM card and plug it in. It also features a built-in signal status display and an internal battery backup, allowing non-technical staff to power up the device cordless to quickly find the optimal placement before plugging it into primary power.

Serving as a high-capacity hub, the FX4200 supports up to 256 simultaneous connections from grid sensors and infrastructure endpoints. This facilitates the massive IoT (Internet of Things) integration needed for local edge processing on military bases or smart government buildings. By accessing a wide range of spectrum, it maintains high throughput even in congested urban environments.

To prevent disruptions to essential services, the FX4200 provides automated redundancy by performing an immediate transition to 5G if a primary wired connection fails. The FX4200 utilizes proactive signal monitoring with Inseego Connect to initiate failover before a link drops entirely, ensuring that automation in critical government facilities remains persistent and uninterrupted during localized outages.

For public safety and emergency management agencies, the cellular router serves as an immediate, dedicated connection. Supporting FirstNet (Band 14) architectures, it grants first responders priority and preemptive communications during crises. The internal backup battery allows tactical teams to establish a secure, high-capacity Wi-Fi 7 footprint for up to 256 active field assets, laptops, and radios before grid power is deployed.

For remote administrative offices or defense staging areas, security compliance is mandatory. Our cellular router features hardware-backed secure boot and supports IPsec and OpenVPN full-tunnel configurations utilizing FIPS 140-3 OpenSSL standards. This ensures that any data transmitted between the field office edge and the centralized federal data center remains fully encrypted and protected from external cyber threats.

During fast-moving security details, public events, or multi-agency operations, command staff need immediate access to cloud communication platforms. The MiFi PRO M4 provides high-capacity Wi-Fi for up to 50 connected devices simultaneously, delivering the flexible bandwidth and ultra-low latency required for real-time data sharing and seamless strategic coordination.

When local governments must deploy temporary health clinics, voting precincts, or community outreach booths, waiting for a fixed-line broadband installation stalls critical timelines. With its intuitive on-device touchscreen and simple configuration interface, non-technical staff can deploy the MiFi PRO M4 instantly, getting local laptops, tablets, and administrative tools online in minutes.

With a high-capacity, quick-charging battery, the MiFi PRO M4 ensures that temporary day 1 connections can stay on long-term. It stays powered through long shifts, providing a constant link between the field and the command center.

The MiFi PRO M4 can be used as a fixed router and as a failover device if necessary. If a local facility's primary wired internet encounters an outage, the MiFi PRO M4, through its Ethernet port, provides an immediate failover path to access secure internal networks and sign off on time-sensitive municipal documentation.

For professionals in the field, the MiFi PRO M4 provides a portable, private network that replaces the risks of public Wi-Fi. It extends FIPS 140-3 and TAA-compliant security to any location, ensuring the data and sensitive communications remain protected and logically separated from civilian traffic across remote geographies.

During emergency response scenarios, infrastructure deployment cannot wait for specialized IT staff to travel to the field. With Inseego Connect, agencies can drop-ship hardware like the FX4200 or FW2000 directly to a temporary disaster relief site, field hospital, or voting precinct. Once non-technical staff plug in the device, it automatically communicates with the cloud to pull pre-configured, agency-approved security profiles and network configurations. This brings critical operations online securely in just minutes.

Eliminate the need for manual configuration. Pre-define cybersecurity settings, Wi-Fi passwords, and network configurations in the cloud; as soon as an Inseego device connects to a network, it automatically pulls its unique profile and goes to work to provide instant internet access that is secure for government use.

Inseego Connect allows IT teams to execute remote diagnostics, run advanced downstream troubleshooting, and push mandatory firmware updates simultaneously across hundreds of Inseego devices. This keeps the entire ecosystem protected against evolving cyber threats and ensures that hardware configurations remain strictly aligned with security policies like FIPS 140-3 encryption standards without manual, device-by-device intervention.

Inseego Connect interfaces with integrated GNSS location data. This allows agency administrators to monitor the real-time geographic location and connection of field-deployed hardware on a live map, ensuring smooth coordination and strict perimeter security across scattered municipal facilities and temporary field offices.

Local and state governments often need to host public services and secure administrative operations on the same physical routing footprint. Through Inseego Connect, network administrators can leverage carrier-level network slicing to partition the cellular connection. IT teams can create a isolated, encrypted cellular "lane" specifically to backhaul sensitive court records, financial transactions, or public safety data.

Built for 24/7 operations, the Skyus 160 provides the bandwidth required for real-time inventory tracking and supply chain monitoring. It ensures that critical data from warehouse sensors and distributed infrastructure endpoints is delivered to the core network without latency.

Designed for remote and unconditioned field settings, the Skyus 160 serves as a reliable communication gateway for public sector installations. Its compact casing and integrated mounting tabs allow for seamless installation inside tight electronics compartments, roadside telemetry boxes, and smart utility enclosures. The device delivers a persistent data connection to sync real-time environmental metrics, system diagnostics, and automated logging software back to the agency's main data centers.

For public safety tracking and asset monitoring, the Skyus 160 features integrated aGNSS support (GPS, GLONASS, Galileo). This allows state and local agencies to accurately stream the location data of emergency response units, mobile trailers, or heavy equipment over the cellular network via local UDP, ensuring command centers can orchestrate assets safely during widespread field operations.

Municipalities can use the gateway to run automated outdoor payment kiosks, public information terminals, and smart parking structures. Operating under extreme conditions from -4 °F to 122 °F, its semi-rugged design handles localized temperature spikes.The system safeguards sensitive municipal transactions and user data by utilizing advanced port filtering, MAC filtering, and secure IPsec or OpenVPN full-tunnel configurations.

Utilizing a high-gain directional antenna array (up to 14 dBi), the FW2000 outdoor CPE is engineered to reach across vast distances to connect to towers that other devices cannot see. This makes it the primary choice for rural and underserved setups that need fast internet speeds, where signal strength or lack of wired connection are the greatest barriers to entry.

Thick concrete walls and metal shielding often cause severe internal signal degradation inside government buildings, command centers, and maintenance depots. By mounting the FW2000 or FW3000 directly to the exterior facility wall, agencies capture a clean outdoor 5G network signal and route it directly past the structural barriers into the building via a single Power-over-Ethernet (PoE) cable. This bypasses structural interference to provide reliable baseline network connectivity on day one.

For large-scale public infrastructure, such as water treatment plants, border staging areas, and municipal transit yards, running physical fiber lines to the outer perimeter is cost-prohibitive. Mounted on high fixtures or perimeter poles, these IP67-rated outdoor units safeguard critical communications networks from extreme weather while providing the low latency needed to backhaul high-definition security feeds, gate control systems, and automated IoT perimeter sensors to the central monitoring station in real-time.

To ensure an "always-on" connection for public safety answering points (PSAPs) and emergency communication hubs, the FW series acts as a high-capacity WAN and carrier backup. Operating on a Dual-WAN and Dual-SIM architecture alongside primary wired lines, the FW CPEs can failover between different SIM cards or a primary wired connection to 5G.