Edge that takes
the fast path.
vibeCDN is an anycast edge network with per-prefix BGP/OSPF path optimization, premium CN2 GIA / AS9929 routing and DPI-resistant transport. Packets route around congestion and filtering, not through it.
$ vibe edge connect --pop=auto --policy=premium> resolving anycast 2606:4700:vibe:: ...> selected PoP HKG-01 AS9929 / CN2 GIA> BGP best-path: med 50 localpref 200 as-path 1> OSPF area 0 converged in 0.42s> DPI-bypass transport: QUIC + fragmented SNI> tunnel up rtt 8.1ms loss 0.00% mtu 1500$ ready.Live edge-node latency
Every PoP is probed continuously. Round-trip time, utilization and packet loss are reported here in real time, jittering as traffic shifts across the fabric.
Premium paths, not default transit
vibeCDN steers traffic onto curated carrier paths - CN2 GIA over AS9929, NTT premium over AS2914 - and walks away from congested peering. The difference end to end is not subtle.
- client0 mseyeball
- edge ingress3 msAS9929
- CN2 GIA backbone11 msAS4809
- transpacific λ24 msAS9929
- origin shield31 msAS-vibe
- client0 mseyeball
- regional transit14 msAS4134
- congested peer86 msAS4837
- intl gateway171 msAS1239
- origin214 msAS-vibe
What runs under the hood
A routing engine that reasons about the whole internet, paired with a transport layer built to stay reachable under deep packet inspection.
BGP path optimization
Per-prefix best-path selection weighs real-time RTT, loss and jitter against MED, localpref and AS-path length. Route maps re-converge in under a second when a transit degrades.
OSPF internal fabric
The intra-fabric mesh runs OSPF area 0 with tuned hello/dead timers and ECMP across redundant lambdas, so an edge can lose an uplink without dropping a single session.
DPI-resistant transport
QUIC with fragmented SNI, length-padded records and pluggable obfuscation keeps flows indistinguishable from ordinary HTTPS, so inspection middleboxes have nothing to fingerprint.
Tiered edge cache
Origin-shield and PoP-local tiers collapse origin egress. Stale-while-revalidate and surrogate keys keep a 97% hit ratio while invalidation lands globally in milliseconds.
Anycast everywhere
A single anycast prefix announced from every PoP puts visitors on the topologically nearest edge automatically, with sub-second failover when a site withdraws its route.
Wire-level telemetry
Per-flow logs stream into the cabinet: cache decisions, bypass state, chosen AS-path and RTT for every request, queryable down to the individual connection.
ready when you are
Point a record at the edge and watch the path change.
Spin up your first edge node, attach an origin and inspect the routing decisions live from your personal cabinet.
Enter the cabinet