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Defense

When Networks Degrade, We Don't

Adaptive, Resilient Communication Infrastructure

Reliable Real-Time Performance in Contested Environments

ReliaPlay delivers adaptive real-time communication built for denied, disrupted, intermittent, and limited (DDIL) environments. By dynamically optimizing redundancy and packet recovery based on live network conditions, ReliaPlay maintains stable video, audio, and telemetry where traditional systems fail. 

Built on advanced Forward Error Correction (FEC) and AI-driven network optimization, ReliaPlay reduces freezes, lowers latency, and preserves critical data flow—sustaining situational awareness and command-and-control without changing the hardware. 

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Use Cases

Tactical ISR in contested RF

  • Real-time ISR feeds degrade under interference and contested link conditions
  • Video freezes disrupt targeting and situational awareness 
  • ReliaPlay maintains continuous, low-latency ISR video on degraded links 

SATCOM video Delivery

  • High RTT makes retransmissions infeasible for real-time video over BLOS links 
  • Bursty loss causes choppy playback—even on links with bandwidth to spare 
  • ReliaPlay recovers loss without retransmission and adapts overhead in real time—keeping playback smooth and bandwidth efficient 

Airborne and UxS platforms

  • Mobile platforms experience dynamic and unreliable environments
  • Packet loss increases with range, mobility, and interference
  • ReliaPlay preserves video continuity and control-loop reliability in flight
  • Bandwidth savings can be redeployed to extend operational range or support additional payloads 

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Technical Overview

The Problem

Real-time communication transmits packets of video and audio frames, but freezes occur when packets are lost and not recovered in time. Traditional forward error correction (FEC) adds redundancy to handle losses when retransmission is too slow for the playback deadline.

But traditional FEC schemes are inefficient against the bursty losses common in real-world links, can't prioritize recovery within real-time deadlines, and don't adapt to changing network conditions. 

The result: freezes, wasted bandwidth, and latency spikes.

Simple API integration

ReliaPlay accepts encoded video frames at the sender, generates FEC-protected UDP packets, and delivers recovered frames at the receiver for smooth playback. Compatible with GStreamer, QGroundControl, and any RTP-capable pipeline.

Built-to-purpose redundancy

By exploiting the bursty patterns in packet loss, ReliaPlay recovers more data with less overhead—minimizing freezes and preserving quality.

AI/ML-driven optimization

ReliaPlay's AI continuously tunes redundancy to live network conditions—using just enough overhead to keep streams stable.

Proprietary Resiliency

ReliaPlay uses a proprietary FEC to recover data more effectively by exploiting correlations between packet losses and recovering frames sequentially at each frame's deadline. 

AI Driven

We use AI to adjust the FEC overhead frame by frame based on changing network conditions and variability in the sizes of compressed frames.

Best-In-Class Reliability

In our benchmarks, ReliaPlay reduces freezes by 10.9× while using 14.8% less bandwidth vs industry gold-standard Reed-Solomon FEC—delivering reliable, low-latency performance in degraded environments.