Our autonomous system AS400655 operates a state-of-the-art 40G redundant core network infrastructure, designed for maximum reliability, performance, and scalability with strategic peering relationships worldwide.
Our network backbone is built on a fully redundant 40G core infrastructure, ensuring maximum uptime and performance for all connected services. Multiple diverse paths and automatic failover mechanisms guarantee continuous connectivity.
With strategic Points of Presence (PoPs) and carrier-neutral facilities, AS400655 maintains optimal routing paths and low-latency connections to major internet exchanges and content delivery networks worldwide.
AS400655 operates with a multi-tier network architecture featuring carefully selected transit providers, strategic peering relationships, and optimized routing policies. Our BGP communities system provides granular traffic engineering and path selection control.
Through advanced routing protocols and intelligent traffic management, we ensure optimal performance, redundancy, and cost-effective connectivity for all our network services.
Key metrics and capabilities of our AS400655 network infrastructure
Guaranteed network availability
Redundant backbone infrastructure
Continuous network oversight
Our network identifier
AS400655 BGP large community assignments for traffic engineering
| Community | Description | Purpose |
|---|---|---|
| 400655:0:10 | Transit Routes | Routes learned from transit providers |
| 400655:0:12 | Peer Routes | Routes learned from settlement-free peers |
| 400655:0:14 | Downstream Routes | Routes learned from downstream customers |
| 400655:0:15 | Internal Routes | Routes internal to AS400655 network |
| 400655:0:16 | Originated Routes | Routes originated by AS400655 |
| 400655:0:555 | No Transit | Routes that should not be advertised to transit providers |
For peering inquiries or technical information, contact us at noc@nixlabs.dev
Advanced capabilities built into our network infrastructure
Multiple diverse fiber paths, redundant core routers, and automatic failover systems ensure continuous connectivity even during maintenance or unexpected outages.
Advanced BGP communities and intelligent routing policies optimize traffic flow, reduce latency, and provide granular control over path selection and load balancing.
Multi-layered DDoS mitigation with real-time traffic analysis, automated filtering, and upstream provider coordination to maintain service availability during attacks.
Strategic peering relationships with major networks, content providers, and internet exchanges ensure optimal routing and reduced latency for global traffic delivery.