Network Redundancy Clause Samples
The Network Redundancy clause requires that backup or alternative network systems are in place to ensure continuous connectivity and minimize service disruptions. In practice, this means the service provider must implement secondary network paths or failover mechanisms so that if the primary network fails, operations can continue without significant interruption. This clause is essential for maintaining service reliability and availability, thereby reducing the risk of downtime and ensuring business continuity.
POPULAR SAMPLE Copied 1 times
Network Redundancy. Comverge will provide reasonable assurance that capacity thresholds are maintained above current network utilization and those operations can continue in the event of unplanned disruptions. Primary and back-up server will be hosted out of hosting facility. The data center has network redundancy built in through multiple carriers. Comverge can host a third cold-backup server at a remote location which can be brought up in case of an emergency.
Network Redundancy. AER will provide reasonable assurance that capacity thresholds are maintained above current network utilization and those operations can continue in the event of unplanned disruptions. ***.
Network Redundancy. In order to maintain a high level of availability in the network, there shall be a high level of equipment redundancy to protect against equipment failure. There shall also be higher-level network redundancy capabilities to protect against network failures such as fiber cuts and catastrophic node failures. The network redundancy requirements are listed below: • LAG (active/standby, active/active) • MPLS Fast Re-route (FRR) • ECMP (LDP and IP) • IP Fast Re-route (FRR) • LDP Fast Re-route (FRR) • BGP Prefix Independent Convergence (PIC) • Pseudo-wire redundancy
Network Redundancy. 5.7 Without limiting the foregoing, Vendor warrants that all County Data and End User Data will be encrypted in transmission (including via web interface) and in storage at a level equivalent to or stronger than 128-bit level encryption using a FIPS 140-2 certified algorithm such as AES or TLS. It is encouraged, when available and when feasible, that 256 bit encryption is used.