Dual-Use

Reliable Connectivity for
Mission Critical
Systems

Reliable Connectivity
for Mission Critical
Systems

Designed for environments where connectivity failure is not an option.

Edgewater Wireless is defining wireless performance for next-generation UAV, robotics, and autonomous systems through patented Spectrum SlicingTM technology engineered for low latency, reduced contention, and ultra-high reliability communications. 

THE PROBLEM

When Connectivity
Fails, Missions Fails

Modern UAVs operate in increasingly congested RF environments where interference, contention and latency can disrupt control, degrade video streams and delay critical telemetry. Legacy wireless architectures force every device to compete for the same wireless channel, creating bottlenecks that reduce reliability.

The Challenges of Legacy Wireless Architectures

CONTROL LINK ISSUES

Increased latency and dropped connections can lead to delayed responses or loss of control.

VIDEO FEED DEGRADATION

Congestion and interference reduce throughput, causing pixelation, buffering and situational awareness loss.

TELEMETRY DELAYS

Critical flight and sensor data can be delayed or lost, impacting decision making and mission outcomes.

Edgewater's Spectrum Slicing™ technology delivers the highest channel density in the market, eliminating bottlenecks and enabling resilient, mission-critical connectivity.

The Solution

Spectrum Slicing™

Edgewater’s patented physical-layer technology transforms wireless performance by enabling multiple concurrent channels within the same band. Instead of forcing all devices onto a single channel, Spectrum Slicing intelligently distributes traffic across multiple links in real time — dramatically reducing contention and latency.

Legacy Wireless

Single Channel

All devices compete for the same channel.

Edgewater Spectrum Slicing™

Multiple Concurrent Channels

Traffic is intelligently distributed across multiple channels in real time.

AI-Driven Channel Optimization

Real-Time Spectral Awareness

Multi-Link Operation (MLO)

Reduced Contention & Interference

Lower Latency

Dynamic Channel Density

The Applications

Built for Next-Generation Autonomous Operations

Infrastructure Inspection

Maintain reliable connectivity for inspection of powerlines, bridges, towers, and critical infrastructure.

Industrial Automation

Enable autonomous robots, AGVs, and industrial systems in dense, high-interference environments.

Public Safety

Deliver mission-critical communications for aerial situational awareness and emergency response.

Multi-Drone Operations

Support scalable coordination and high-density UAV deployments with reliable, low-latency links.

Robotics

Power next-generation autonomous systems with deterministic wireless performance.
Why Edgewater?

Innovation. Proven Performance. Built for What's Next.

Patented Innovation

26 granted patents powering industry-leading Spectrum Slicing technology.

AI-Enabled Intelligence

Advanced AI and machine learning optimize wireless performance in real time.

Proven Real-World Performance

Demonstrated 7–18x performance gains and up to 50% lower latency in large-scale deployments.

North American Ecosystem

Strategic on-shore and near-shore partnerships supporting resilient, secure semiconductor supply chains.

Next-Generation Silicon Platform

AI-powered PrismIQ™ silicon engineered for ultra-reliable Wi-Fi, Multi-Link Operation (MLO), and future Wi-Fi 8 networks.

Industry Partnerships

Collaborations with Arm, Silicon Catalyst, CableLabs, and leading ecosystem partners accelerating next-generation wireless innovation.

Building the Future of
Reliable Connectivity

Discover how Edgewater Wireless is enabling next-generation autonomous systems through AI-enabled Spectrum Slicing™ technology.
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