DriveNets, the networking software company, today announced that DriveNets
Network Cloud is providing the software-based core routing solution for
AT&T - the largest backbone in the US.
The
Covid-19 pandemic highlighted the pressing need for infrastructure to be able
to scale flexibly and convey the exponential demands of 5G, broadband and
entertainment content services, as well as AI and Edge applications. DriveNets
Network Cloud solution perfectly fits the vision of AT&T and other leading
service providers and cloud hyperscalers for the evolution of the network to be
open, agile, cost effective and software based.
DriveNets
Network Cloud is cloud-native software that turns the physical network into a
shared resource supporting multiple network services in the most efficient way.
It runs on standard white boxes built by ODM partners like UfiSpace who
provided the white boxes to AT&T, based on the Jericho2 chipset from
Broadcom. This approach creates a new economic model for the networking
industry, lowering cost per bit and improving network profitability.
"We're thrilled
about this opportunity to work with AT&T on their next gen core network,
and proud of our engineers for meeting AT&T's rigorous certification
process that field-prove the quality of our solution," said Ido Susan, CEO of
DriveNets. "This announcement demonstrates to those who questioned the
disaggregated network model that our Network Cloud is more scalable and
cost-efficient than traditional hardware-centric routers. DriveNets is
transforming the network in the same way that VMware transformed the compute
and storage industry."
"I'm proud
to announce today that we have now deployed a next gen IP/MPLS core routing
platform into our production network based on the open hardware designs we
submitted to OCP last fall," said Andre Fuetsch, AT&T's CTO of Network
Services, in his keynote speech at the Open Networking and Edge Summit (ONES).
"We chose DriveNets, a disruptive supplier, to provide the Network Operating
System (NOS) software for this core use case."
DriveNets
Network Cloud offers extreme capacity and scale for networking service
providers and cloud hyperscalers, supporting small to largest core, aggregation
and peering network services. DriveNets Network Cloud runs over scalable
physical clusters ranging from 4 Tbps (single box) to 768 Tbps (large cluster
of 192 boxes), acting as a single router entity. This model is designed to
offer both network scaling flexibility, similar to cloud architectures, as well
as the ability to add new service offerings and scale them efficiently across
the entire network.
"We are
pleased to see the broad adoption of Jericho2 products across the networking
industry combined with the innovative DriveNets Network Cloud software,"
said Ram Velaga, senior vice president and general manager, Core Switching
Group, Broadcom. "AT&T's submission of the Distributed Disaggregation
Chassis white box architecture based on Jericho2 is making a big impact on
driving the networking industry forward."
"UfiSpace
has been among the first who committed to opening the networking model, starting
with our disaggregated cell site gateway routers which we have already
demonstrated with AT&T at the Open Networking Summit (ONS) last April."
said Vincent Ho, CEO UfiSpace. "We are proud that AT&T's core routing
platform will utilize our white box solution where we can take part in the
largest live Dis-Aggregated network in the world."
Performing
as the best in class router when it comes to stability, reliability and
availability, DriveNets Network Cloud is the largest router in the market
today. DriveNets is engaged with 18 service providers and hyperscalers and is
already on the path to becoming one of the leading networking vendors in the
market. Last week, DriveNets announced lab testing of a 192Tbps distributed router by a European operator.
DriveNets
Network Cloud created a new SaaS-based network economic model that detaches
network growth from network cost, lowering cost per bit and improving network
profitability. This disruptive business model assists service providers
and cloud hyperscalers in reducing both network CapEx and OpEx.