ANYCAST v4.2 Active Mesh Node: RU-MSK-01 (MOW-IX-CORE) | 418 LIVE SESSIONS (NOMINAL LOAD)
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.

Integrate Edge Endpoint Live Network Health
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
Concurrent Streams: 418 Established Sockets: 1,482 Keep-Alive Reuse: 99.4% Routing: BGP Equal-Cost Multi-Path
Architectural Primitives

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
High-Concurrency Edge Multiplexing & Live Session Pool
The RU-MSK-01 ingress gateway natively terminates over 2,500 simultaneous long-lived client connections. Designed for high-frequency mobile HLS video chunking, WebRTC signaling, and real-time Server-Sent Events (SSE) telemetry.
Active Ingress Streams
418 Live
Established TCP Sockets
1,482 Sockets
Cluster Load Ratio
16.7% (Nominal)
Linux epoll(7) Engine
Tuned socket backlog and non-blocking I/O event loops sustain continuous high-density traffic without thread starvation.
File Descriptors (nofile): 65,535
Socket Backlog (somaxconn): 16,384
TCP Time-Wait Reuse: ACTIVE (15s)
Congestion Algorithm: BBR v3 Pacing 

        


        
        

            
Telemetry Diagnostics

            
Simulate Edge Header Inspection

            

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