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Real-Time Streaming

Built for the future of video conferencing, cloud gaming, live streaming, and immersive media

Adaptive Infrastructure for Real-Time Experiences

ReliaPlay keeps video calls, games, live streams, and immersive experiences flowing when networks don't cooperate

In the real world, connectivity is unpredictable. Networks become congested, mobile users move between coverage zones or areas of interference, and shared infrastructure experiences sudden spikes in demand. Packet loss and latency don't just degrade quality; they freeze conversations, interrupt live broadcasts, and break the sense of presence that immersive experiences depend on.

ReliaPlay continuously adapts to changing network conditions to keep real-time video streams stable and responsive. By dynamically adjusting redundancy and recovering lost data in real time, it minimizes freezes, smooths out latency spikes, and preserves the continuity users expect from live interactions.

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Use Cases

Video Conferencing

  • Network congestion and unstable connections disrupt the flow of conversations and collaboration.
    Freezes, latency spikes, dropped frames, and audio-video glitches interrupt meetings and reduce engagement
  • ReliaPlay maintains smooth, low-latency video communication that keeps participants connected and conversations natural, even under challenging network conditions

Cloud Gaming

  • Gameplay is highly sensitive to lag, packet loss, and inconsistent latency.
    Even brief disruptions can make controls feel unresponsive, create unfair competitive disadvantages, or break immersion entirely
  • ReliaPlay helps keep gameplay responsive by recovering lost data in real time, reducing latency spikes, and extending the network conditions under which cloud gaming platforms can deliver a smooth experience

Live Streaming

  • Live audiences expect uninterrupted, broadcast-quality experiences regardless of where they are watching
  • Network instability leads to buffering, dropped frames, quality degradation, and increased viewer abandonment during critical moments
  • ReliaPlay keeps streams smooth and resilient by minimizing freezes and latency spikes, delivering reliable streaming across unpredictable network conditions

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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.