ArcRR™
Scale-Out route reflector with industry-leading convergence times
ArcRR™ is a purpose-built, high-performance, scale-out route reflector. Based on ArcOS™, the resilient, fully programmable, microservices-based network operating system, ArcRR eliminates the full-mesh requirement and allows for building BGP networks that scale easily
The ArcRR™ Advantage
ArcRR™ offers always-on reliability and future-proof scale for long-term growth
BEST-IN-CLASS ARCHITECTURE
ArcRR™ leverages 64-bit, multi-threaded, multi-process ArcRR™ implementation to drive market-leading scale and convergence
CARRIER GRADE
Built-in modularity allows for critical processes to be brought up and down without restarting the OS, improving system uptime
INTELLIGENT ROUTING
Optimized route policy lookup provides an efficient and high-performance routing engine
Platform Architecture
ArcRR™ allows operators to build flexible, scale-out networks
What ArcRR™ offers your team
ArcRR™, an optimized and composable, high-performance route reflector integrates into modern ecosystems while enabling network operators to leverage its streaming telemetry capabilities and standardized APIs for programmatic access
MASSIVE PATH SCALE
64-bit architecture eliminates memory limitations by allowing access up to 16 exabytes per process and scales to 100M BGP paths and beyond
FASTER CONVERGENCE
Improves route convergence times by making the best path recalculation locally when there is a BGP path failure
SIMPLIFIED OPERATIONS
Improves operational efficiencies and reduces equipment acquisition costs by providing vendor-neutral programmable interface (OpenConfig/YANG)
HIGH AVAILABILITY
Eliminates single point of failure by grouping BGP clients into clusters and linking those clusters via full-mesh or hierarchical peering
ENHANCED SECURITY
Integrates with our RPKI-based route origin validation (ROV) solution to validate routes received and detect anomalies
DEPLOYMENT FLEXIBILITY
Comes in flexible form factors and can be deployed as VMs (KVM, Virtual Box) or Docker containers