Sub-Second Latency.
Zero Transcoding.
Absolute Resilience.
The Tier-1 Edge Gateway engineered for hostile broadcast environments. Native SRT ingestion to Media over QUIC (MoQ) distribution with AI-driven packet recovery.
Engineered for the Edge.
A radical departure from legacy CDNs. Teremoq is built from the ground up to guarantee delivery when standard protocols fail.
Media over QUIC (MoQ)
Sub-millisecond latency leveraging WebTransport. Bypasses legacy TCP bottlenecks for absolute real-time delivery to edge clients.
Native SRT Ingestion
Secure Reliable Transport support out-of-the-box. Seamlessly ingest MPEG-TS streams with packet loss recovery.
Autonomous AIOps
Self-healing network topology. Local LLM analysis detects bandwidth anomalies and triggers failovers instantly.
Object Prioritization
Head-of-Line Blocking mitigation. Intelligently drops low-priority telemetry to ensure critical HQ video frames arrive.
24/7 Mission-Critical
Direct access to our Tier-1 engineering team. SLA-backed guarantees for live events.
Disruptive Economics
Slash operational costs by up to 70%. Eliminates legacy transcoding pipelines and expensive satellite uplinks.
Mission-Critical Use Cases.
Deployed in scenarios where standard CDNs and legacy protocols fail to deliver.
Real-Time Betting
Deliver sub-second latency video feeds to betting platforms. Eliminate the delay between live action and platform ingestion, ensuring fair play and maximum operational margins.
Hostile Environment Broadcast
Engineered for motorsports, rallies, and offshore events. Guarantees continuous transmission over unstable bonded cellular or satellite networks using advanced object prioritization.
Remote Robotic Vision
Ultra-low latency streams for critical teleoperation. Enable operators to control UAVs, heavy machinery, or robotics with absolute real-time visual feedback and zero jitter.
Zero-Compromise Data Flow.
Our Rust-based core engine splits monolithic streams into prioritized WebTransport objects, ensuring critical frames are delivered regardless of network degradation.