HYPERWEAVE://
06
APPLICATION

NEXT_GEN_CONTENT_DELIVERY

Decentralized Edge Content Networks

Stream 4K video, AR experiences, and AI-personalized feeds from the nearest node. Self-healing network means no single point of failure through Hyperweave's geo-intelligent mesh.

001
LIVE_SIMULATION

Edge Content Distribution

Real-time content streaming from edge PoPs to users through Hyperweave's self-healing mesh network

CONTENT_DELIVERY_MESH
POPS6
LATENCY8ms
THROUGHPUT4.2TB/s

US_WEST_POP

CDN
STREAMING

STREAMS

12

CACHE

94%

4K

4

QUALITY: ADAPTIVEBUFFER: 0ms

NETWORK_LOG

LIVE
SIGNAL
6P
HYPERWEAVE
4.2TB

STREAM_QUALITY

4K_HDR
1080p
720p

EDGE_NODES

CDN_POP
USER
STATUSOPTIMAL
BUFFER0ms
UPTIME99.99%
002
HOW_IT_WORKS
01

PROXIMITY_BASED_DELIVERY

Content automatically serves from the geographically nearest node. No DNS-based routing delays—the mesh knows exactly which node is closest to each user.

< 10ms first byte
02

INTELLIGENT_CACHING

Popular content replicates to nodes experiencing high demand. The mesh autonomously decides what to cache where based on real-time access patterns.

95% cache hit rate
03

ADAPTIVE_BITRATE_ROUTING

Video streams switch quality levels based on network path capacity, not just endpoint bandwidth. The mesh routes around congestion automatically.

Zero buffering
04

RESILIENT_DISTRIBUTION

When a node fails, its content instantly becomes available from neighboring nodes. Users never see outages—the mesh heals faster than TCP retransmit.

99.999% availability
003
TECHNICAL_SPECIFICATIONS

First Byte

< 10ms

Cache Propagation

< 100ms

Failover

< 50ms

Max Bitrate

8K HDR

Concurrent Streams

Unlimited

Global PoPs

1000+

004
CONTENT_TYPES
📺

Live Streaming

Sports events, concerts, and breaking news delivered with sub-second latency. Viewers anywhere get the same experience as those at the edge.

🎮

Cloud Gaming

Game streaming with latency low enough for competitive play. Dynamic routing ensures the best path between player and game server.

🥽

AR/VR Experiences

Spatial computing content delivered from the nearest edge node. High bandwidth, low latency requirements met through geographic mesh routing.