RELEASE v4.18 Western Europe BGP backbone expansion complete: 100Gbps cross-connect active in Amsterdam & Frankfurt. View Routing Map →

High-Performance Anycast Edge & Real-Time Delivery Fabric

Global low-latency data transport, automated BGP failover, and hardware-accelerated TLS termination engineered for modern distributed microservices and mission-critical synchronization.

99.995%
Guaranteed SLA
< 14 ms
EU Core Latency
240+
Active Edge PoPs
edge-gateway β€” ams-core-01 β€” bash

# Probe edge node latency & route health

$ apex-cli probe --target ams01.apexnode.net --asn 51247


[OK] BGP Anycast Peer: Connected (AS51247)

[OK] RTT to Amsterdam Core: 4.12 ms

[OK] eBPF Packet Filter: Active (Zero-Loss Mode)

[OK] TLS 1.3 Cipher: X25519 / ChaCha20-Poly1305


# Live Healthcheck Payload

{ "node": "ams-nl-01", "status": "healthy", "load": "0.02" }

4.8M
Requests Processed / sec
100Gbps
Tier-1 Fiber Uplink
0.001%
Global Packet Jitter
24/7/365
Automated NOC Telemetry

Engineered for Extreme Resilience

Eliminate single points of failure with redundant multi-homed transit and sub-second failover across major European internet exchanges (AMS-IX, DE-CIX, LINX).

🌐

Global Anycast Routing

Single IP address announced via BGP across hundreds of regional nodes worldwide. Inbound client packets automatically terminate at the physically nearest edge server.

BGP-4 • Flowspec • BBRv3 Congestion Control
⚑

Hardware TLS Termination

Offload heavy cryptographic handshakes with kernel-level kTLS and modern TLS 1.3 resumption tickets, slashing initial connection times to near theoretical limits.

TLS 1.3 • ALPN h2/h3 • Zero RTT Resumption
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Layer 3/4 & L7 Shield

In-line eBPF packet inspection and dynamic rate-limiting instantly drop synthetic floods, SYN reflections, and anomalous scans without human intervention.

Always-On • Zero Latency Overhead • eBPF Core
πŸ”„

Distributed State Sync

Microsecond-level state coordination between edge clusters ensures instant cache invalidation and distributed token verification without centralized database round-trips.

Sub-5ms Consistency • Raft Consensus Engine
πŸ“Š

Real-Time Telemetry

Stream granular per-packet network statistics, TCP window sizes, and regional route flaps straight to OpenTelemetry, Prometheus, or Grafana dashboards.

Prometheus • OTEL Native • Live Health Checks
πŸ”’

Zero-Trust Network Mesh

Strict cryptographic tenant isolation ensures no cross-talk between data channels. Built-in mutual authentication keeps administrative endpoints completely invisible.

ChaCha20 • Curve25519 • SOC2 Type II Certified

European & Global PoP Status

Continuous automated ICMP, TCP, and HTTP synthetic transactions from 40+ monitoring locations.

Live Node Telemetry (Amsterdam Metro Core)
All Edge Relays Operational
Location / Node ID Exchange (IXP) Avg Latency Bandwidth Capacity Status
πŸ‡³πŸ‡± Amsterdam (AMS-01) AMS-IX / Equinix AM4 4.2 ms 100 Gbps Active • Primary
πŸ‡©πŸ‡ͺ Frankfurt (FRA-02) DE-CIX Frankfurt 8.6 ms 80 Gbps Active • Standby
πŸ‡±πŸ‡» Riga (RIX-01) LIX Riga / VEESP Core 14.8 ms 40 Gbps Active • Synchronized
πŸ‡¬πŸ‡§ London (LON-01) LINX / Telehouse North 9.1 ms 80 Gbps Active • Operational
πŸ‡«πŸ‡· Paris (PAR-01) France-IX Paris 11.3 ms 60 Gbps Active • Operational
πŸ‡ΈπŸ‡ͺ Stockholm (STO-01) Netnod Stockholm 16.2 ms 40 Gbps Active • Operational

Scales Seamlessly from Startup to Enterprise

Predictable billing with zero hidden bandwidth egress fees or handshake surcharges.

Developer
€0 / month

Ideal for small staging setups, internal prototypes, and edge test runs.

  • Up to 1,000,000 requests / mo
  • Standard Anycast DNS (10 PoPs)
  • Community Discord & Forum Support
  • Standard TLS 1.3 Termination
  • 99.9% Uptime Commitment
Deploy Free Cluster
Enterprise Core
Custom

Tailored infrastructure with dedicated BGP routing, custom ASN announcements, and 24/7 phone NOC.

  • Unlimited Inbound & Outbound Throughput
  • BYOIP (Bring Your Own IP) BGP Announcement
  • Private Interconnect (Equinix Fabric / Megaport)
  • Custom Tailored TCP Congestion Algorithms
  • Designated Technical Account Manager
  • SOC2, ISO 27001 & GDPR Compliance Packs
Contact Sales Team

Frequently Asked Questions

Everything you need to know about our routing, failover, and compliance.

How does Anycast DNS failover work during carrier outages? +
Our edge routers continuously monitor BGP link health and local RTT across three independent Tier-1 upstreams. If a trans-continental fiber cable or transit provider experiences degradation, BGP withdraws the local prefix announcement within 400 milliseconds, instantly redirecting all incoming packets to the nearest healthy European datacenter with zero TCP session drop.
What security standards are applied to edge proxy nodes? +
All ApexNode edge systems run stripped, hardened Linux kernels with unneeded kernel modules, compiler tools, and legacy protocols completely disabled. Network ingress is filtered via eBPF XDP programs before packets reach user-space buffers, protecting against common SYN flood and amplification vectors.
Can I announce my own ASN and IP prefixes (BYOIP)? +
Yes. Enterprise customers can bring their own /24 IPv4 or /48 IPv6 allocations. We establish bilateral BGP peering sessions and announce your prefixes through our upstream transit providers in Amsterdam (AMS-IX) and Frankfurt (DE-CIX).
Where is client synchronization data stored? +
Data is stored strictly in memory within the European Union (Netherlands & Latvia) and fully complies with GDPR Article 28 data protection guidelines. We do not write client payloads or inspection transcripts to permanent non-volatile storage.