We created the Evolved Services Platform (ESP) to help our customers increase service revenue while driving down costs. In doing so, we needed to make it expansive to include the breadth of technologies and solutions that would apply to many domains (such as access, Wide Area Network (WAN), and data center) and technologies (such as cloud, security, and video).
And we addressed the fact that a virtualized network function (VNF) is only as good as the automation of orchestration capabilities that are used spin it up and expand it to fit the required job. Given all the VNFs (greater than 40, just counting our own) that we could conceivably be orchestrating, we had to ensure that the Cisco ESP was sufficiently broad and inclusive of multivendor technologies.
The following diagram shows the big picture—the applications and network services made possible by an open, elastic, and application-centric architecture. Read More »
By Gina Nienaber, Marketing Manager, SP Product and Solutions Marketing
Cisco is a sponsor of a new show this year, the Metro Ethernet Forum Global Ethernet Network 2014 show or “MEF GEN 14” to be held on November 17-20th, at the Gaylord National in Washington, DC. The event promises to bring together leading industry experts to define the future of global networking. Distinguished Cisco specialists will be available to discuss business transformation through industry leading innovations such as Software Defined Network (SDN), Network Function Virtualization (NFV),Service Orchestration and Carrier Ethernet 2.0.
On Monday, 17 November, at 1:00 PM, Cisco will host a “MUST ATTEND” pre-conference workshop for our customers where we will share new innovations that will change how service providers plan, deploy, and operate programmable Carrier Ethernet networks. Read More »
Every day our world becomes increasingly connected. And as the Internet of Everything (IoE) continues to develop, service providers who provide us with video, voice, and data services are faced with managing explosive growth of demand on their network, including the number of applications and platforms needed to improve the way we live, learn, work and play.
All of this makes networks more complex and expensive to manage. At the same time, increased competition is driving service providers to introduce new services more rapidly. While Network Function Virtualization (NFV) and network programmability both help improve scale and functionality of networks for service providers, they do not solve the bottleneck caused by operational complexity.
That is why today, I am pleased to announce our intent to acquire Tail-f Systems, a leading provider of multi-vendor network orchestration solutions for traditional and virtual networks. Tail-f will help achieve our goal of aiding customers in their quest to simplify and automate network management, enabling service innovation and deployment acceleration. The acquisition of Tail-f accelerates Cisco’s cloud virtualization strategy of delivering software that increases value to our customers’ applications and services, while supporting Cisco’s long-standing commitment to open standards, architectures, and multi-vendor environments.
Tail-f’s innovative and talented team is also the thought leader around the development and implementation of the NETCONF protocol and YANG data modeling language, which is the leading industry approach to simplifying and automating networks. Tail-f also has an amazing team of talented engineers. Tail-f’s talent and technology, when added to our existing offerings, will enhance how Cisco addresses network orchestration and will help simplify and automate how physical and virtual networks are both provisioned and managed.
We couldn’t be more excited about the opportunity to continue driving leadership in cloud virtualization and orchestration with the addition of Tail-f. Stay tuned for more details in the weeks and months to come. And welcome Tail-f!
Written By Volker Tegtmeyer,Senior Manager Product & Solution Marketing
The industry is going through a huge business transformation. Enterprises want to focus their resources and investments on their core business rather than investing in non-core IT operations. They are looking at consuming network and IT services from the cloud, rather than investing in in-house operations. Consumers are raising their expectations, demanding to have a consistent application experience on any device at any place and at any time. And consumers expect the same experience at work, which drives overall consumerization of IT.
The market opportunity is huge and can be described as the ‘Internet of Everything’, as people, machines, and processes are communicating with each other at an exponentially increasing scale. This creates new opportunities for everyone.
As part of this, Service Providers can apply innovative technologies, like Software-Defined Network (SDN), (Network Functions Virtualization (NFV) and orchestration platforms, in their networks to overcome the current rigidity and complexity of today’s network infrastructure and operations. This opens new business opportunities.
Disaster Recovery as a Service is one example of Read More »
It is important to define standard interfaces, but equally important is to understand the main capabilities for an orchestration (or choreography) solution. We can gain some more insight by revisiting previous work, particularly in the domain of Grid computing.
Personally, I found the work done by Ian Foster and Steven Tuecke around IT as a Service (back in 2005, 9 years ago!), still extremely relevant. It is fascinating to see how applicable this work continues to be, apart perhaps from the replacement of general SOA services by REST services in particular. We should pay special attention to their definition of Grid Infrastructure: “enable the horizontal integration across diverse physical resources”. I see their work applicable beyond the physical layer, to logical resources and their composition into services. Quoting the paper, the Grid Infrastructure’s capabilities should be:
Resource modeling: describes available resources, their capabilities, and the relationships between them to facilitate discovery, provisioning, and quality of service management.
Monitoring and notification: provides visibility into the state of resources to enable discovery and maintain quality of service.
Allocation: Assures quality of service across an entire set of resources for the lifetime of their use by an application.
Accounting and auditing: tracks the usage of shared resources and provides mechanisms for transferring costs among user communities and for charging for resource use by applications and users
Provisioning, life-cycle management and decommissioning: enables an allocated resource to be configured automatically for application use, manages the resource for the duration of the task at hand and restores the resource to its original state for future use. Read More »