As businesses strive to become digital, they need to be more flexible, innovative, and agile than ever. Customers are engaging with businesses differently from how they were just five years ago, and the bulk of their interactions are not with people but with systems (think airport and hotel check-in, ordering a product, or getting a taxi).
For all this to work, it’s critical that the systems on the back end know who you are, where you are, and what you need, to connect flawlessly to the front-end device. That airport check-in app on your phone, for example, requires integration with the airline reservation system, the ticketing system, the baggage handling system and gate information in order to provide full value to you as a user.
Application architects and developers are the life blood of your business. They are responsible for analyzing, designing and developing commercially viable solutions to drive revenue for your business. These teams keep up-to-date on the latest technology, drive development activities and are responsible for the design and day-to-day functioning of non-production environments. What they are not responsible for is understanding how to configure infrastructure.
The pace of business is increasing daily and just like IT teams, application teams want to take advantage of the benefits of automation. Implementing automation for many enterprise organizations comes in the form of private cloud management solutions. Unfortunately, many of the commercially available solutions on the market today just focus on automation of infrastructure and require application teams to understand how to configure and assemble these infrastructure elements before they can focus on their development activities. Read More »
We see our customers across a range of industries are striving to become digital enterprises. Easier said than done in today’s hyper distributed environments. With over 14 billion devices online today and 50 billion expected by 2020, the exponential increase of data is being created by people and processes connecting from everywhere. It is becoming harder to reach that data, secure that data, and much less draw an insight and enable a person or process to take action on the data. The ability to secure, aggregate, automate, and draw insights from an organization’s own data – with speed – will define value for that organization.
At Cisco, we are making investments in software for analytics and automation to enable our customers to pull data from everywhere for real-time insights, integrate and automate increasingly complex systems and processes, and engage people in context. This is what it means to be a digital enterprise. This new blog platform will serve as an open forum for discussion on multiple topics related to analytics and automation, news and updates from Cisco as well as stories of success from our customers and partners.
I encourage you to actively participate by sharing your own challenges, best practices and topics you would like to see explored.
Not surprisingly, as a networking company Cisco frequently publishes predictions on the growth of Internet traffic. Bragging unintended, typically the forecasts are pretty accurate. In a 2012 report we predicted that by 2017 there would be 2.5 devices and related connections for every person on earth, while there would be 5 devices and related connections for every Internet user in the same year. In the same report, we also predicted that this burst in hyperconnectivity – including machine to machine connections that are increasingly prevalent with growth of the Internet of Things (IoT) – would create more global network traffic in 2017 alone than in all prior “Internet years” combined.
How correct were our predictions? You don’t have to wait until 2017 for an answer. Welcome to the early arrival of the future of networked communications – a future where the hyper-distribution of information is driving new business demands, and where the old rules of data management and analytics no longer apply. Data is no longer passive. Central stores of stale information aren’t sufficient. Analytics can’t be an afterthought. The new rules require that you live your business daily on the edge of your network, where vital customer and market data is created. And you need to be prepared to respond to what you learn immediately. Are you ready to live on the edge?
It seems people sometimes have this view of SDN as addressing rather esoteric use cases and situations. However, the reality is that while there are instances of ‘out there stuff’ happening, there are many situations where we see customers leverage the technology to address pretty straightforward issues. And these issues are often similar across different business/vertical/customer types.
Aftab Rasool is Senior Manager, Data Center Infrastructure and Service Design Operations for Du. I recently had the chance to talk with him about Cisco’s flagship SDN solution – Application Centric Infrastructure (ACI) – and Du’s experience with it. I found there were many instances of Du using ACI to simply make traditional challenges easier to deal with.
Du is an Information & Communications Technology (ICT) company based in Dubai. They offer a broad range of services to both consumer and business markets, including triple play to the home, mobile voice/data, and hosting. The nature of their business means the data center, and thus the data center network, is critical to their success. They need a solution to effectively handle challenges of both deployment, as well as operations…and that’s where ACI comes in.
I’ll quickly use the metaphor of driving to summarize the challenges Aftab covers in the video. He addresses issues that are both ‘in the rear view mirror’ as well as ‘in the windshield’ – with both being generalizable to lots of other customers. What I mean is that there are issues from the past that, though they are largely behind the car and visible in the mirror, still impact the driving experience. There are also issues on the horizon that are visible through the windshield, but are just now starting to come into focus and have effect.
Rear view mirror issues – These are concepts as basic as scalability associated with spanning tree issues, or sub optimal use of bandwidth, also due to spanning tree limitations. These issues are addressed with ACI, as there is no spanning tree in the fabric, and the use of Equal Cost Multi Pathing (ECMP) allows use of all links. Additionally, use of BiDi allows use of existing 10G fiber plant for 40G upgrades, thus obviating the expense and hassle of fiber upgrades. As a result, the ACI fabric, based on Nexus 9000’s, provides all the performance and capacity Du needs.
Windshield issues – These are represented by a range of things that result from business’s need for speed, yet are diametrically opposed by the complexity of most data centers. The need for speed through automation is becoming more and more critical, as is simplifying the operating environment, particularly as the business must scale. Within this context, Aftab mentioned both provisioning and troubleshooting.
Provisioning: Without ACI, provisioning involved getting into each individual switch, making requisite changes – configuring VLANs, L3, etc. It also required going into L4-7 services devices to assure they were configured properly and worked in concert with the L2 and L3 configurations. This device by device configuration not only was time consuming, but created the potential for human error. With ACI, these and other types of activities are automated and happen with a couple of clicks.
Troubleshooting: Before ACI, troubleshooting was complicated and time consuming, in part because they had to troll through each switch, look at various link by link characteristics to check for errors, etc. With ACI, healthscores make it easy and fast to pinpoint where the challenge is.
Please take a few minutes to check out what Aftab has to say about these, and other aspects of his experience with ACI at Du.