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The PNDA dashboard provides an overview of the health of the PNDA components and all applications running on the PNDA platform. The health report includes active data path testing that verifies successful ingress, storage, query and batch consumption of live data.
3.7
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Tungsten Fabric
Editor: <TBD>
Streaming Network Analytics System (project SNAS) is a framework to collect, track and access tens of millions of routing objects (routers, peers, prefixes) in real time.
SNAS extracts data from BGP routers using a BGP Monitoring Protocol (BMP) interface. The data is parsed and made available to consumers through a Kafka message bus. Consumers applications in turn can perform further analytics and visualization of the topology data.
3.8 Tungsten Fabric
Editor: Prabhjot Singh Sethi
Introduction:
Tungsten Fabric provides a highly scalable virtual networking and security platform that works with a variety of virtual machine and container orchestrators, integrating them with physical networking and compute infrastructure. It is designed to support multi-tenant networks in the largest environments while supporting multiple orchestrators simultaneously.
Introduction:
Tungsten Fabric provides a highly scalable virtual networking and security platform that works with a variety of virtual machine and container orchestrators, integrating them with physical networking and compute infrastructure. It is designed to support multi-tenant networks in the largest environments while supporting multiple orchestrators simultaneously.
Tungsten Tungsten Fabric enables usage of same controller and forwarding components for every deployment, providing a consistent interface for managing connectivity in all the environments it supports, and is able to provide seamless connectivity between workloads managed by different orchestrators, whether virtual machines or containers, and to destinations in external networks.
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- Highly scalable, multi-tenant networking
- Multi-tenant IP address management
- DHCP, ARP proxies to avoid flooding into networks
- Efficient edge replication for broadcast and multicast traffic
- Local, per-tenant DNS resolution
- Distributed firewall with access control lists
- Application-based security policies based on tags
- Distributed load balancing across hosts
- Network address translation (1:1 floating IPs and distributed SNAT)
- Service chaining with virtual network functions
- Dual stack IPv4 and IPv6
- BGP peering with gateway routers
- BGP as a Service (BGPaaS) for distribution of routes between privately managed customer networks and service provider networks Integration with VMware orchestration stack
- SNAT)
- Service chaining with virtual network functions
- Dual stack IPv4 and IPv6
- BGP peering with gateway routers
- BGP as a Service (BGPaaS) for distribution of routes between privately managed customer networks and service provider networks
- Integration with VMware orchestration stack
3.8 SNAS
Editor: <TBD>
Streaming Network Analytics System (project SNAS) is a framework to collect, track and access tens of millions of routing objects (routers, peers, prefixes) in real time.
SNAS extracts data from BGP routers using a BGP Monitoring Protocol (BMP) interface. The data is parsed and made available to consumers through a Kafka message bus. Consumers applications in turn can perform further analytics and visualization of the topology data.