Edge Infrastructure
Purpose-built global network for security operations that cannot tolerate latency.
We designed and operate a purpose-built edge network for security-critical operations. Certificate validation, XDR telemetry, threat intelligence distribution—operations where milliseconds matter.
This is not a general-purpose CDN. It is security infrastructure purpose-built for operations where latency translates to risk. We serve OCSP responses in single-digit milliseconds globally.
Network Architecture
Anycast routing with automatic failover across six continents
Global Topology
Anycast routing with sub-second failover. Private backbone between major regions eliminates public internet transit. Peering with thousands of networks globally. Latency measured from client perspective—we optimize for end-user experience.
Certificate Infrastructure
Real-time trust validation at global scale
OCSP at the Edge
Pre-signed OCSP responses at every edge location. Client queries resolve locally. Revocation propagates globally in under 60 seconds. Let's Encrypt serves ~100,000 OCSP responses/sec; we engineer for similar scale with lower latency.
CT Log Monitoring
Real-time Certificate Transparency monitoring. Research by Pletinckx et al. (NDSS 2024) documented CT monitor delays from 2-34 days. Our monitoring achieves sub-hour alerting.
XDR Telemetry Fabric
Security telemetry at scale with edge processing
Edge Processing
Telemetry processing at edge reduces detection latency and central load. Initial threat detection using deployed ML models. Cross-source correlation before aggregation. Intelligence propagates in under 60 seconds.
IDS/IPS at Wire Speed
Network-based intrusion detection and prevention at our edge. Signature-based detection, protocol anomaly detection, behavioral analysis, encrypted traffic analysis using metadata without decryption. DDoS mitigation at multi-terabit scale.
Private Backbone
Dark fiber and submarine cable infrastructure
Optical Transport Layer
Our private backbone operates on leased dark fiber and dedicated submarine cable capacity. All inter-regional traffic traverses encrypted optical channels—never the public internet. This eliminates BGP hijacking risk and reduces latency variance to near-zero.
DDoS Mitigation
Inline volumetric attack absorption at every PoP
Multi-Terabit Scrubbing
DDoS mitigation is inline at every edge location—not a separate scrubbing center with added latency. Each PoP contributes to a combined multi-terabit mitigation capacity. Local scrubbing means attack traffic never traverses the backbone, and clean traffic latency remains unchanged during active attacks.
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