Intelligent Routing for the Modern Web

Smart Link Path analyzes traffic in real time and routes every request through the fastest available path. Fewer hops, lower latency, better outcomes.

See How It Works
31ms
Median Latency
99.995%
Availability
180+
Routing Nodes
6.8B
Links Routed / Day

Route Smarter, Deliver Faster

An adaptive routing layer that sits between your infrastructure and the world. Every link resolves through the optimal path in real time.

Adaptive Path Selection

Every request is evaluated against real-time network telemetry. Routes shift automatically when congestion, latency spikes, or failures are detected on the primary path.

Built-In Traffic Security

DDoS mitigation, bot filtering, and rate limiting run at the routing layer. Malicious traffic is dropped at the edge before it reaches your origin servers.

Live Path Analytics

Monitor routing decisions as they happen. See which paths carry your traffic, compare latencies across regions, and track cache efficiency per route segment.

Multi-Origin Balancing

Distribute traffic across multiple origin endpoints with weighted routing, health checks, and automatic failover. Zero downtime during deployments and migrations.

Up and Running in Minutes

No agents to install, no code changes required. Smart Link Path operates at the DNS and network layer.

1

Point Your DNS

Update your domain's nameservers or add a CNAME to route through Smart Link Path. The routing mesh begins learning your traffic patterns immediately.

2

Define Routing Policies

Set rules for geographic routing, weighted load balancing, failover chains, and cache behavior. Policies apply instantly across all nodes in the mesh.

3

Monitor and Optimize

The analytics dashboard shows route performance, cache hit rates, and origin health in real time. Automated recommendations surface as traffic patterns evolve.

Why Engineering Teams Trust Smart Link Path

Infrastructure that adapts so your team can focus on building, not firefighting.

Anycast routing delivers every request to the nearest available node globally

TLS 1.3 termination at the edge with zero-RTT resumption for return visitors

Sub-second failover when an origin or intermediate node becomes unreachable

Tiered caching reduces origin requests by up to 92% on high-traffic properties

Full API access for programmatic control of routing rules and purge operations

Detailed access logs with per-request route tracing for debugging and compliance