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Network Operation Center
 Connectivity
to over 15 diverse backbones
- 24/7/365 staffed and monitored facility
- Multiple DS3 & OC3 connections with BGP4 routing
- Security firewalls and restricted NOC access
- High grade 1.2Ghz + P3-4 servers
- Redundant air conditioning systems
Advanced Security
The Network Operations Center is monitored by qualified personnel 24
hours a day, every day. The entire Network Operations Center is
monitored, ensuring prompt response and thorough coverage to fire or
security alarms. We supply all our Network Operations Center
customers with advanced firewall, encryption, intrusion detection
and other security measures.
Reliable Servers
We use only the highest grade, custom built servers with at least
1.2Ghz P3-4 processors, ultrafast 7200 RPM hard drives with 512MB or more
RAM. Server loads are constantly monitored to ensure fast
performance and high reliability. In the unlikely event that a
server should fail, we always keep spare parts in stock, and backups
are made nightly.
24x7x365 Network Monitoring
The Network Operations Center uses industry-standard SNMP (Simple
Network Management Protocol) and provides round-the-clock monitoring
of all hardware, including routers, switches, UPS systems, and
servers. The Network Operations Center also monitors power,
environmental factors (such as temperature and humidity), generator
status, and network connectivity. All critical services/ports are
monitored, including FTP, HTTP, SMTP, HTTPS, SSH, TELNET, and POP3.
We provide network monitoring of the Local Area Network, Internet
connectivity (all routers, switches, and wiring), and the Internet
backbone via MRTG.
Connectivity
The Network Operations Center is connected via a OC192 fiber
connection to Verizon. We utilize redundant DS3 and OC3 (155mbps)
connections through Sprint, AT&T, Cable&Wireless, MCI/UUNet and
Global Crossing. We are peering (sharing capacity) with major
backbones, to exchange connectivity. For redundancy, we are
currently running BGP4 (border gateway routing protocol) to maintain
the speed and uptime. If one backbone line goes down, it will
balance the load to the other(s). If one line gets congested, it
will load balance the traffic.
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