In my previous blog, we provided an overview of the critical use cases and innovations we included in our new Business Continuity and Workload Mobility Solution for Private Cloud. This blog highlights the critical trends and challenges driving new multi-site Cloud designs.
Two important trends are driving CTO’s and CIO’s to deploy new multi-site Cloud solutions that provide better Business Continuity, Workload Mobility, and Disaster Recovery.
- More workloads are moving to the Private and Public Cloud versus the traditional data center
- Cloud Data Centers have a higher density of workloads per server than traditional data centers due to increased virtualization.
Cisco Global Cloud Index: Forecast and Methodology, 2012–2017
This ever increasing volume of Cloud hosted workloads is placing serious pressure on operations teams to manage larger scale data centers, and insure that they keep these workloads up and running, avoiding costly downtime or a nightmare service outage. Many of the CTO’s and CIO’s we’ve worked with are re-assessing their Multi-site strategy to insure they can answer some tough questions:
- What are the common weak points of multi-site Cloud designs that could prevent us from achieving our Business Continuity goals for our critical apps? Can we avoid them?
- How can we provide Workload Mobility between sites to provide a more agile Cloud environment?
- In the event of site outage, can our Private Cloud reduce the time it takes to recover critical applications to a new site?
- How can our Private Cloud deliver these critical services (Business Continuity, Workload Mobility, and Disaster Recovery) with lower cost and complexity?
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Tags: application virtualization, business continuity, Cisco CVD, Cisco Validated Design, cloud, Cloud Computing, data center, disaster recovery, private cloud, Workload Mobility
In the world of sports, becoming the fiercest competitor possible is the name of the game.
Today, the intersection of cloud technology and smart sports equipment is helping athletes and para-athletes perform at a world-class level. As a techie, you might admire the new shock absorbers built for downhill skis so paraplegics can hurl down a mountain at 70mph. Or how can you not marvel at the development of the prosthetic retina that can help blind athletes perform the sports they love?
Another amazing advancement is highlighted in Rick Smolan’s book, The Human Face of Big Data. Sheila Nirenberg, an associate professor at Weill Cornell Medical College, developed a way to enable patients with macular degeneration to see again. Awesome! As stated in the book:
“Using an array of high-speed, parallel processing computers, Nirenberg and her team embedded custom software in microprocessors and cameras that will be built into eyeglasses…images captured by the cameras will be translated into code in the form of thousands of pulsing lights, which can be recognized by the brain.”
It won’t be long before today’s visually impaired athletes can use this technology to compete at the highest level. And more than ever, this technology will rely on data that flows quickly and in real-time.
This is where cloud computing plays a key role – allowing data to be easily accessed and stored, so that mobile devices and the peripherals of tomorrow (connected eyeglasses, etc.) can provide new experiences to athletes. These devices will be able to transmit data, communicate to each other (M2M) and relay to the user (M2P) vital information needed for the athlete.
Advancements in medical technology and cloud computing are giving us a new perspective on life
For example, a partially blind, or fully blind cross-country skier may one day have the capabilities through the Internet of Everything (IoE) to communicate through M2P technology while on the course. What will this mean? Sensors indicating course characteristics (downhill, uphill, turns, starting line/finish line, timing, etc.) will be able to communicate and relay the information in real-time to the skier. These types of mobile-enabled experiences are powered through cloud infrastructure and applications.
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Tags: Big Data, blindness, Cisco, cloud, Cloud Computing, connected athlete, data, data in motion, Internet of Everything, IoE, M2P, Rick Smolan, Sheila Nirenberg, The Human Face of Big data, Weill Cornell Medical College
Note: This is the first of a three-part series on Next Generation Data Center Design with MDS 9700; learn how customers can deploy scalable SAN networks that allow them to Scale Up or Scale Out in a non disruptive way. Part 2 | Part 3 ]
Data centers are undergoing a major transition to meet higher performance, scalability, and resiliency requirements with fewer resources, smaller footprint, and simplified designs. These rigorous requirements coupled with major data center trends, such as virtualization, data center consolidation and data growth, are putting a tremendous amount of strain on the existing infrastructure and adding complexity. MDS 9710 is designed to surpass these requirements without a forklift upgrade for the decade ahead.
MDS 9700 provides unprecedented
- Performance – 24 Tbps Switching capacity
- Reliability – Redundancy for every critical component in the chassis including Fabric Card
- Flexibility – Speed, Protocol, DC Architecture
In addition to these unique capabilities MDS 9710 provides the rich feature set and investment protection to customers.
In this series of blogs I plan to focus on design requirements of the next generation DC with MDS 9710. We will review one aspect of the DC design requirements in each. Let us look at performance today. A lot of customers how MDS 9710 delivers highest performance today. The performance that application delivers depend
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Tags: 16 Gigabit, 16Gb, 16Gb Fibre Channel, 9710, architecture, Cisco, cloud, Cloud Computing, Consolidation, convergence, data center, Data Mobility Manager, DCNM, design, Director, dmm, FCIP, FCoE, Fibre Channel, Fibre Channel over Ethernet, IO accelerator, it-as-a-service, MDS, nexus, NX-OS, SAN, Storage, storage area networks, switch, switching, Unified Data Center, Unified Fabric, virtualization
Cisco Live, May 18-24, 2014, is quickly approaching and registration is open. This is the 25th anniversary of Cisco Live and we return to the Bay Area at San Francisco’s Moscone Center. Educational sessions are organized into technology tracks to make it easy to find the topics that most interest you. With network and data security being top of mind, I’d like to highlight the Security technology track’s exciting content lineup. Read More »
Tags: ASA, byod, cisco live, Cisco Live US, Cisco Live! 2014, Cloud Computing, cybersecurity, data security, firewall, IoT, malware, mitigations, network security, Network Threat Defense, psirt, security, security training, training, vpn
With “clouds” being the hot new term in IT, many high level executives are looking for ways to incorporate clouds into their enterprise environment. Sometimes, these decisions are rushed, and poorly designed solutions are thrown into place. These solutions almost always fail to gain traction within the corporation due to lackluster features, or they are just plain too hard to use. Cloud solutions in the corporate environment can be a very powerful tool that can extend to all parts of the company. It just needs the proper design and implementation to be successful. Remember, just how every corporation is different, so needs to be the cloud solution. Read More »
Tags: #ciscochampion, Cloud Computing, cloud solutions, devops, private cloud, Research and Development