Things are heating up. The Oklahoma City Thunder are heading to the NBA Finals, and global IP traffic is heading into the zettabytes.
Is there a connection between these two developments? Absolutely. And if you’re following the NBA on a mobile device, then you are attuned to the trifecta of elements that is now a staple of the fan experience: the explosion of sports-focused media content, the networks that carry that content, and the evolving array of mobile devices that receive it.
Take a look at this video to see how the NBA is heating up the fan experience:
Three years ago I wrote a paper “Top Ten Considerations for a Successful Evolved Packet Core Deployment” (if you want a bit of history, check it out here). In that paper, I listed flexibility as the #2 consideration and control plane/signaling as the #3 consideration. Number 1 was an “Open Evolved Packet Core.”
I think I was wrong. Today I believe that Control Plane/Signaling and flexibility should have been and should be co-Number 1s. Not that an open EPC is not needed, it surely is, but it’s now taken for granted that the EPC is the common core for all access mechanisms moving forward. Don’t feel bad Open EPC, Number 3 still isn’t bad.
Three years is an eternity in the mobile market and the one thing for certain is that there is no certainty. The market is moving faster and in more directions than Read More »
We’ve talked a bit before about Cisco’s revolutionary network Virtualization technology or “nV.” In case you aren’t familiar with it, nV technology on the ASR product family intelligently blends the network edge, aggregation and access layers into a single system. This can deliver up to 70 percent operational expense savings, increase network capacity and accelerate IPv6 service deployments (very important since we’ve got the World IPv6 Launch next week). nV therefore addresses some of our customer’s most important business concerns by:
Lowering capital costs by simplifying the network
Lowering operational expenses by scaling the network operational efficiencies
Increasing revenue by enabling them to better leverage network intelligence
But don’t just take our word for it. ACG Research has developed a Read More »
Many years ago, when Cisco first began preaching the virtues of network intelligence, only the ardent technophiles – the customers we love the most – seemed to pay close attention.
How times have changed.
The continuing explosion in IP traffic and the proliferation of connected devices and applications is dramatically transforming network traffic patterns, making network intelligence more important than ever.
Cisco’s continuous innovation in network architectural intelligence continues to pay off:
ACG’s 1Q2012 market share report was recently released, and Cisco grew its No. 1 position in the edge and core routing segments: Cisco has gained core routing market share in seven straight quarters (and 12 of the last 13 quarters), and edge routing market share four of the last five quarters.
Consider this: The CRS-3 has achieved $1 billion in total orders, with nearly 200 customers and almost 3,000 systems shipped, in just a year and a half. In total, Cisco has over 460 total CRS customers.
Cisco’s architectural approach enables the best delivery of video and mobility through leveraging the network intersection points of the cloud, network, and client. This architectural approach has given Cisco the ability to play many roles in the network, giving us access to where all the intelligence resides. No other company can compare to the amount of presence and intelligence we have in the network.
Innovations such as nV (network virtualization) technology, which intelligently blends the network edge, aggregation and access layers into a single ASR 9000 system, deliver up to 70 percent operational expense savings, increase network capacities and accelerate IPv6 service deployments. Therefore we’re addressing our customer’s most important business concerns by:
Lowering capex through simplifying their network
Lowering opex through scaling their network for operational efficiencies
Increasing revenue through enabling them to leverage network intelligence
We are pleased with our consistent performance over time despite the very competitive nature of the service provider routing market, and with our culture of continuous innovation we are confident in our ability to be the partner of choice for global service providers in helping them where it matters most – their bottom lines.
The Global Certification Team is proud to collaborate with our colleagues across the globe. Today we have a guest post by Mark Jackson <email@example.com>, Technical Solutions Architect, Cisco UK. Mark will be sharing about the recent PEPAS certification of the Cisco ISR G2 and ASR1000.
The Public Services Network (PSN) is at the heart of the UK Government ICT Strategy and aims to deliver significant cost savings against the current £16.5bn annual ICT spend whilst at the same time providing the foundation to enable the government to transform the way in which it delivers services to the citizen. Maintaining security within the PSN is critical to its success and as such, CESG and the Cabinet Office have laid down a range of technical and information assurance standards against which vendors must comply.
In the UK Government, classified information is protectively marked based on the resulting impact to business should the information be compromised. Often shortened to IL (Impact Level), there are seven levels ranging from IL0 to IL6 where IL6 has the highest impact. The discipline of information assurance (IA) is used to provide confidence that systems systems handling protectively marked information do so in a robust fashion. Effective IA is widely seen as providing an important role in reducing the Nation’s vulnerabilities to cyber attack (Nation Cyber Security Strategy) and takes on a wide range of forms across the domains of technology, people and process. In the technology domain, the use of assured products is a key element in providing confidence that classified information will remain protected in accordance with its IL marking.
Within the context of the PSN, the baseline infrastructure will be assured to protect IL2 information passing in the clear; IL2 is used by many government departments and local authorities. The PSN will also be used extensively to transport IL3 information, more often seen in central government departments and law enforcement. In the PSN, protecting IL3 information requires the use of CESG assured cryptography and historically this has meant CAPS Baseline assured devices. CAPS devices are often criticised for their high cost and complexity of management, requiring customers to deploy two physical devices per site; a situation that is clearly not ideal when the primary goal of the PSN is to reduce cost. The CESG PEPAS assurance scheme was developed specifically to address the information assurance requirements of for using commercial-grade cryptography to deliver large-scale secure network overlay solutions for IL3 information within the PSN.
Cisco are pleased to announce that their ISR G2 and ASR 1000 Series routers have successfully completed and passed CESG PEPAS evaluation and can be used to support the secure transportation of IL3 information in the PSN. This announcement provides our customers and partners with the confidence to deploy Cisco IPsec VPN technology to protect IL3 information, whilst at the same time taking advantage of the wide range of capabilities offered by the ISR G2 and ASR 1000 series platforms. The Cisco ISR G2 and ASR 1000 series deliver an all-in-one solution combining WAN and IPsec VPN termination, whilst at the same time being able to deliver non-encrypted IL2 transport and additional services such as firewalling, application optimisation and voice.