Decentralized High-Throughput Media Fabric
Our Architecture
AntidotStream was engineered from the ground up to solve the challenges of massive 4K/8K video distribution across fragmented networks. Combining carrier-grade peering, Linux eBPF zero-copy kernel routing, and next-generation video compression standards, our platform delivers uninterrupted streaming at scale.
đ 48 Global PoPs
Strategically positioned edge delivery nodes with low latency to major IXPs and Tier-1 transit backbones.
⥠100 Gbps Throughput
Non-blocking hardware pipeline running eBPF XDP acceleration and QUIC congestion algorithms.
đī¸ AV1 / HEVC Encoding
Automated multi-bitrate ladder transcoding saving 40% bandwidth while preserving studio visual fidelity.
đĄī¸ ML-KEM-768 Security
Post-quantum encrypted handshakes securing data against quantum harvest-and-decrypt capabilities.
Media Exchange Protocol Stack
Traditional video platforms rely on legacy TCP streams vulnerable to head-of-line blocking and restrictive network throttling. AntidotStream introduces a modern protocol stack:
- QUIC & Hysteria 2 Transport: Maximizes throughput on noisy, high-packet-loss mobile and satellite connections.
- Encrypted Client Hello (ECH): Enhances privacy by protecting SNI metadata against intermediate network inspection.
- WebRTC Swarm Acceleration: Offloads peak concurrent viewer demand onto high-speed local peering caches.
Engineering Principles
We believe that high-bitrate media streaming should be accessible, open, and resilient against censorship and centralized bottlenecks. AntidotStream operates with transparent technical specifications and zero user profiling.
NOC & Edge Peering Inquiries:
noc@antidothab.xyzEngineering & Core Protocol Team:
dev@antidothab.xyz