5G for public safety

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 mass public emergencies overload commercial cellular towers, frontline communication lines cannot afford to drop. Because this mobile router is FirstNet Ready®, it grants firefighters, medical crews, and law enforcement immediate priority and preemption on the dedicated FirstNet spectrum (Band 14). This preserves mission-critical throughput for voice, data, and telemetry applications when standard public safety networks are pushed to their limits.

When physical critical infrastructure is compromised or entirely destroyed by natural disasters, deploying communication hubs quickly is vital. The pocket-sized hotspot acts as an immediate, secure "on-the-go" hub, delivering the ultra-reliable, low latency and high bandwidth required to stand up mobile command posts in minutes. This drastically improves response times by keeping field personnel securely connected to the core network without relying on local landlines.

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.

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, TAA-compliant, and Wi-Fi 7 security to any location, ensuring the data and sensitive communications remain protected and logically separated from civilian traffic across remote geographies.

Modern public safety operations utilize an expanding ecosystem of connected technology at active incident scenes. The MiFi PRO M4 delivers a high-capacity, localized 5G network bubble to link on-scene IoT devices, tactical airborne drones, and responder wearables (such as body-worn cameras and biometrics monitors). This keeps the incident commander flooded with real-time data for safer, more precise field coordination.

Traditional wireline setups stall the activation of temporary field clinics, disaster response headquarters, or emergency staging sites. The FX4200 delivers instant broadband via a high-speed 5G network from day one. To optimize response times, the router features a signal status display and internal battery backup, allowing first responders to test placement cordless before connecting to primary power

Wireline ISP disruptions threaten public safety operations by taking regional dispatch infrastructure offline. The router leverages Dual-WAN architecture to monitor physical lines and cellular networks simultaneously, triggering a seamless failover to a 5G network if the primary connection is severed. It also provides dual-SIM slots which can be used for carrier-level redundancy, automatically switching service providers to keep real-time communication channels active when it matters most.

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 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.

Streamlines regional hardware deployments without needing technical staff on the ground during active crises. Using Inseego Connect, routers and mobile hotspots can be drop-shipped directly to emergency response zones or temporary staging facilities; devices automatically pull secure agency configurations and cybersecurity profiles upon power-up to establish instant, unified oversight.

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.

Managing a widespread inventory of multiple connections during a multi-agency crisis requires instant asset visibility. Inseego Connect aggregates the real-time data from integrated aGNSS modules across all deployed hardware and field gateways. IT directors can set up automated geofencing alerts, ensuring that high-value critical infrastructure and tactical communication hubs remain securely within approved operational zones.

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.

When a primary fixed gateway or station router experiences a critical software hang, typical remote access tools fail, threatening public safety communications. Inseego Connect provides a secure Out-of-Band Management path via the cellular connection, allowing network engineers to remotely reboot, troubleshoot, and reconfigure unresponsive hardware at critical stations to minimize dispatch downtime.

Built to withstand harsh, unconditioned environments at critical infrastructure sites. The Skyus 160 features a compact, vibration-resistant chassis that mounts inside tight electronics cabinets, roadside alert boxes, or perimeter enclosures, providing a persistent LTE data link to stream sensor diagnostics, regional alarm triggers, and system performance metrics back to the command center in real-time.

Improves resource deployment and site security during multi-agency operations. Featuring integrated aGNSS tracking, this ruggedized gateway continuously reports the exact location and network health of deployed field infrastructure over secure cellular networks. An internal 4400 mAh backup battery guarantees up to 12 hours of untethered operational runtime, ensuring telemetry and tracking stay active even during a complete local grid or power equipment failure.

Public safety agencies can use the gateway to deploy outdoor emergency call boxes, information terminals, and secure access checkpoints. Operating from -4 °F to 122 °F, its vibration-resistant design handles harsh environment deployments seamlessly. The system safeguards sensitive incident reporting and public safety communications by utilizing MAC filtering and secure IPsec or OpenVPN full-tunnel configurations back to the core station.

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.

Dense structural materials or large distances from regional cell towers frequently degrade vital communications. Mounting the Inseego Wavemaker FW2000 or FW3000 outdoor CPE directly to the exterior wall of remote border checkpoints or temporary staging facilities utilizes high-gain directional antennas to pull in stable cellular networks. This extends a high-performance wireless connectivity path directly to internal routers over a single PoE cable.

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.

Natural disasters can take down individual mobile networks unexpectedly. Both the FW2000 and FW3000 include dual-SIM slots with integrated multi-carrier firmware to actively protect critical communications. If a primary service provider experiences an outage, the hardware automatically swaps to a secondary 5G network or 4G LTE link, preventing communication dropouts at vital infrastructure hubs.

Large-scale emergency response events, like active wildfires or major stadium gatherings, quickly saturate public commercial infrastructure. The FW series supports CBRS (Band 48) and private 5G technology out of the box. This allows public safety agencies to deploy the CPEs as long-range fixed endpoints connected to a private, localized network core, ensuring completely isolated, non-congested bandwidth for mission-critical operations.