CHALLENGE

SWAT teams require secure, low-latency, and mobile communications in dynamic, high-risk environments where commercial networks are often unavailable, unreliable, or pose security risks.

During SWAT missions—such as hostage rescues, barricaded suspects, or active shooter responses—teams need real-time voice, video, and data exchange between tactical operators, mobile command, and headquarters. Urban canyons, underground environments, or remote rural areas can disrupt traditional radio or LTE communications. Additionally, operations must remain covert and secure, making reliance on public networks or static infrastructure impractical and potentially dangerous.

OUR approach

PEAKE deploys a Tactical Mesh Network integrated with LEO Satellite Backhaul, providing SWAT teams with a mobile, decentralized communications solution that operates independently of fixed or commercial infrastructure. The mesh network enables seamless peer-to-peer connectivity among team members, drones, and command units, while the LEO backhaul ensures that real-time intel, bodycam feeds, and operational data can reach remote command posts or fusion centers securely. Systems are rugged, portable, and rapidly deployable to match the pace of tactical missions.

technology

  • Tactical MANET (Mobile Ad Hoc Network) Mesh Radios
  • Integrated Edge Nodes with Data Routing and Storage
  • Body-Worn Cameras with Mesh Uplinks
  • Vehicle and Drone-Based Mesh Extenders
  • LEO Satellite Terminals (e.g., Starlink for backhaul)
  • Secure VPN Tunnels and Encrypted Communications
  • Rugged Tactical Kits with Battery Power and Rapid Setup

    • Impact

    With PEAKE’s tactical mesh and LEO satellite solutions, SWAT teams gain mission-critical, mobile connectivity—enhancing team coordination, real-time decision-making, and operator safety in any terrain or scenario.

  • Real-Time Awareness: Instant data and video sharing between tactical team members and command
  • Silent Operations: Covert, infrastructure-free communications avoid detection and interference
  • Expanded Reach: Maintains connectivity in areas with no cellular or radio coverage
  • Rapid Deployment: Systems can be fielded within minutes, supporting time-sensitive missions
  • Command Connectivity: LEO backhaul links the field to HQ for real-time situational oversight and decision support

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