CHALLENGE

Drone as First Responder (DFR) programs rely on low-latency, high-bandwidth, and secure connectivity to transmit real-time video and telemetry—but many public safety agencies lack the network infrastructure to support reliable, scalable deployments.

DFR programs allow police and public safety agencies to deploy drones rapidly to emergency scenes—often arriving before ground units—to provide live aerial video, situational awareness, and tactical intelligence. However, the effectiveness of DFR depends entirely on real-time transmission of HD video and telemetry data from the drone to command centers and field units. Challenges arise when operating in areas with poor LTE coverage, limited Wi-Fi infrastructure, or congested networks—causing video delays, signal dropouts, and loss of control.

OUR approach

PEAKE provides mission-resilient connectivity solutions designed specifically for DFR programs. By integrating LTE/5G, private wireless, and LEO satellite into a blended architecture, PEAKE ensures seamless drone connectivity regardless of terrain or local infrastructure. PEAKE equips drone launch sites and command centers with multi-path routers, edge compute nodes, and network prioritization tools to guarantee uninterrupted, high-quality video and telemetry delivery to Real-Time Crime Centers (RTCCs), dispatch, and mobile units.

technology

  • LTE/5G/FirstNet Modems and Antennas
  • Private Wireless Networks (CBRS-based) for Dedicated Drone Operations
  • Multi-WAN Blended Connectivity Routers
  • Edge Compute for Real-Time Video Processing and Streaming
  • VPN and Encrypted Data Transmission for FAA and DOJ Compliance
  • LEO Satellite (Starlink) Backhaul for Remote Drone Operations
  • Network Monitoring and PEAKE Pro Support Services

    • Impact

    PEAKE’s connectivity solutions ensure Drone as First Responder programs deliver real-time intelligence and operational oversight—enabling faster, safer, and more informed public safety response.

  • Real-Time Video Streaming: Low-latency transmission to RTCCs, dispatch, and mobile users
  • Expanded Operational Zones: Enables DFR use in rural, suburban, and disaster-impacted areas
  • Enhanced Decision-Making: Live aerial perspective improves officer safety and response planning
  • Resilient Uptime: Redundant connectivity ensures uninterrupted drone command and data feeds
  • Scalable Deployment: Supports multi-drone fleets and regional expansion with flexible network infrastructure

    • Stay Up To Date

    Keep up with PEAKE and everything we’re doing.