ANYCAST v4.2 Active Core Mesh Node: RU-MSK-01 (MOW-IX-CORE)
GLOBAL EDGE STATUS: 100% OPERATIONAL | UTC 00:00:00
NVMe Tier-1 Sub-10ms Global Anycast Ingress Active

The Anycast Edge Network for
Sub-Millisecond Delivery

Engineered for instantaneous asset distribution, automated Brotli & Zstd byte compression, and carrier-grade Layer 3–7 DDoS mitigation. Deployed directly on Moscow MSK-IX and European tier-1 fiber backbones.

BBR PACING: ON
Measured Edge TTFB
3.1 ms
RAM Page-Cache Hit Ratio
98.8 %
Compression Ratio (Zstd)
84.2 %
Live Ingress Traffic Waveform • RU-MSK-01
4.2 Gbps Line Rate

Constructed for Zero Failure Tolerance

Every component is isolated, stateless, and deployed directly into hardware routing tables.

Global Anycast Peering Topology
Real-time BGP routing broadcasts the same IP prefix across all major European internet exchanges. Your users connect to the physically closest datacenter automatically.
MSK-IX (3.1ms) HEL (11.8ms) AMS (27.4ms) FRA (30.8ms) US-IAD (94ms)
Sub-Millisecond TTFB
Breakdown of an edge-cached 150KB JS bundle request over HTTP/3.
DNS Anycast Lookup 0.4 ms
TLS 1.3 0-RTT Handshake 0.0 ms
NVMe RAM Cache Lookup 0.8 ms
Full Content Transfer (100G) 1.9 ms
Total Elapsed: 3.1 ms
Real-Time Brotli & Zstd Compression
Dynamic compression pipelines negotiate client support and compress text, JSON, and WASM payloads on-the-fly with zero CPU penalty for your origin.
Raw Origin Payload: 1,420 KB
Edge Compressed (Zstandard lvl 19): 224 KB (-84.2%)
Inline L3–L7 Hardware Scrubbers
Every edge packet passes through kernel eBPF XDP filters, deflecting volumetric UDP amplification and multi-million RPS Layer 7 floods without blackholing.
Scrubbing Capacity
4.2 Tbps Line Rate
XDP ACTIVE

        

Simulate Edge Header Inspection

Enter any origin URL to simulate Anycast edge ingestion and verify response headers and caching behavior.