It’s close to 11 p.m. on the last day of the quarter in a large corporation. IT gets an urgent request to postpone a closing of the books process because there’s a large order stuck in the CRM system.
This means that the order won’t hit the books and be recorded as a booking. The customer won’t get her order, the salesperson won’t get paid, and finance will show a missing number.
This generates an urgent call to the team that manages the workload automation platform: Hold the closing workflow! Stop the presses!
The admins have to get to their console to find the job and pause it. Not a huge deal, except there are thousands of jobs to be run and hundreds of business people calling on a regular basis, at all kind of hours.
Some customers have created help desks for their workload automation teams or they may even off-shore the call center to serve these kinds of requests.
No more. Introducing self-service for workload automation.
Today, Big Data and Hadoop are arguably the hottest (and most mysterious) subjects in computing for most technology workers. Ask any person in IT about Big Data/ Hadoop and you’ll probably get a look of utter confusion. Here at Cisco, I’ve recently taken on the role of Product Manager for Cisco Tidal Enterprise Scheduler (TES) and part of my job is to help you face your fears and put your arms around the Big Data boogeyman.
Big Data’s growth in the market has exploded and it’s clear why: data-driven decision-making results in optimal business outcomes. With Big Data/ Hadoop, analyzing massive datasets has become easier and we glean new business insights, which can be a massive competitive advantage.
I just arrived in NYC for Strata Conference + Hadoop World 2012, where I’m part of the Cisco team here to show off the new 6.1 release of Cisco Tidal Enterprise Scheduler announced yesterday. With 6.1, Cisco TES includes Hadoop integration – to help our customers address the Big Data challenge and gain even more value from your infrastructure. The workload automation features provided by TES are an integral part of getting the most out of your Hadoop deployments.
At the Strata event, we’re featuring Cisco UCS servers and Cisco Nexus switches for Big Data as well as our Cisco TES support for Hadoop. To see Cisco TES and Hadoop in action, check out this online demo here. This demo runs on UCS and schedules a Hadoop MapReduce job every 15 minutes to track tweets at the conference – revealing the biggest Twitter topics and the most active tweeps in Big Data this week.
In addition to our support for Hadoop and Big Data, with TES 6.1 we’ve announced a self-service portal, support for Amazon Web Services’ (AWS) EC2 & S3 features, and an iPhone app. AWS support adds the advantages of cloud-based Hadoop by providing the scalability and agility to expand capacity as needed coupled with Hadoop’s analytical strength. Throwing TES 6.1 into the AWS mix provides automated, efficient provisioning of cloud resources.
Updated Global Cloud Index: Revised Forecast Shows Clear Signs of Continued Data Center Virtualization
Today, Cisco released its first update to the Cisco Global Cloud Index (GCI), covering the 2011 to 2016 forecast period. This annual report is our ongoing effort to predict the growth of global and regional data center and cloud-based IP traffic as well as analysis of the trends associated with data center virtualization and cloud computing. Here are just a few of the key projections in this year’s report:
Global data center traffic
- Global data center IP traffic will increase nearly four-fold over the next 5 years (reaching 6.6 zettabytes by the end of 2016). Overall, data center IP traffic will grow at a compound annual growth rate (CAGR) of 31 percent from 2011 to 2016.
Data center virtualization and cloud computing transition
- By 2016, nearly two-thirds of all data center workloads will be processed in the cloud (as opposed to less virtualized traditional IT servers). In 2011, 30 percent of workloads were processed in the cloud, with 70 percent being handled in a traditional data center.
Global cloud traffic
- Global cloud IP traffic will increase six-fold over the next 5 years (reaching 4.3 zettabytes by the end of 2016). Overall, cloud IP traffic will grow at a 44% CAGR from 2011 – 2016.
- Global cloud IP traffic will account for nearly two-thirds of total data center traffic by 2016.
And this year, we’ve added more forecast granularity—projecting cloud traffic (and other metrics) for all six global regions: Read More »
This new Cisco Validated Designs for Cloud blog series will feature the latest CVDs released and published in this rapidly-evolving systems and technology area…. Before digging into some of these new CVD’s, I had a short conversation with Tom Nallen who leads the Cisco Validated Design program and Design Zone, the main repository for these on Cisco.com.
” I’ve heard about CVDs, what exactly are they?
Simply put, Cisco Validated Designs are recommended, lab-validated, end-to-end designs for next-generation IT systems. The foundation of this long-running systems validation program at Cisco is the Cisco Validated Design guide, or CVD, which provides lab-validated technical guidance to help achieve faster, more consistent and reliable technology deployments. While the customer requirements-driven CVD development process requires a substantial investment of system capital and engineering expertise by Cisco, CVDs are published on Cisco.com and available to all free of charge.
CVD’s are developed by many different business units across Cisco, focused on the five Cisco Priorities including: the Network Foundation (routing, switching, services plus security and mobility), Collaboration, Data Center/Virtualization and Cloud, and Video – all within a Technology Architecture linked to Business Architecture. Cisco Validated Designs play a key role here by incorporating a wide range of technologies, products and applications into a portfolio of proven solutions that have been developed to address the business needs of our customers. The complete portfolio of Cisco Validated Designs can be found on Design Zone on Cisco.com at www.cisco.com/go/designzone.
OK, so how are CVDs relevant to Data Centers and Cloud?