Defense & Tactical
Mission-Critical Connectivity From Home Base to the Tactical Edge.
Connect soldiers, sensors, vehicles, unmanned platforms and command with resilient video and data.
Market Summary
Built for the Platform and Mission Layer.
Defense and tactical networks operate across dismounted, vehicle, unmanned and command layers where mobility, spectrum conditions and platform constraints change by mission. The workflow must move actionable video and data across air, land and sea while remaining adaptable to new sensors, nodes and operating concepts.
What Wave Brings
Adapt the Architecture as the Mission Evolves.
Using DTC’s mission-ready communications framing, Wave’s RF video and IP Mesh building blocks support modular, SWaP-conscious integration from sensor to command. Self-forming, self-healing networking, compact transmitters, diversity reception and encode/decode infrastructure can be configured around the platform and mission rather than one fixed architecture. This supports faster adaptation as mission needs evolve.
Production Workflow
Build Your Defense & Tactical Workflow.
Connect sensors and platforms through encode, transmission, mesh and relay paths to command, distribution, recording and wider system integration.
Connect the Sensor
Sensor / platform
Encode and Transmit
Encode + transmit
Extend the Mission Network
Mesh / relay
Receive at Command
Receive / command
Distribute and Integrate
Distribute / record / integrate
DEFENSE & TACTICAL CHALLENGES
Start With the Mission Layer.
Dismounted & Sensor Links
Connect compact cameras and sensors to the wider mission network.
Vehicle & Unmanned Platforms
Build configurable video and data paths for mobile assets.
Tactical MANET / IP Mesh
Extend resilient node-to-node connectivity as the mission moves.
Command & Distribution Integration
Receive, decode and route feeds into wider operational systems.
Proof & Guidance
Experience, Evidence and Practical Guidance.
Practical guidance helps teams define platform constraints, plan the network path and connect mission information to command systems.
Selection & Planning
Keep the Next Decision One Click Away.
Explore practical starting points for defining the mission layer, designing the mesh path and integrating command systems.
Mission Architecture
Start With the Mission Layer
Define whether the priority is dismounted, vehicle, unmanned or command.
Mesh Design
Design the Mesh Path
Plan nodes, relays, spectrum and movement across the mission area.
System Integration
Integrate the Command System
Connect video, data, recording and control to the wider architecture.