Retailers are increasingly leveraging the power of the Internet of Everything (IoE) to transform traditional brick-and-mortar stores into a high-octane digital experience.
From advanced data analytics that monitor customer demand in real-time to pervasive video and cloud technologies that enable shelves to sense, customers and retailers are becoming closer than ever before.
This post was written by guest blogger Kelli Walker, Director of Corporate Partnerships at Feeding America
Cisco has been a significant strategic partner with Feeding America, the nation’s largest hunger-relief organization. Since 2009 Cisco has helped fund various pilots that use technology to increase efficiency in our operations, transportation, and food sourcing throughout the Feeding America national network of 200 food banks. Strategic thought partners like Cisco have allowed our network to feed more than 46 million people in need every year.
Cisco played a huge role in our outreach to Springwire, an agency that provided, among other things, community voice mail, to help people in need stay connected to loved ones, resources, and support services. In 2014, Springwire management and technology transitioned to Feeding America.
At the Women of Impact Conference this year on March 19th, our focus is to empower attendees to Be Fearless – by taking risks, overcoming obstacles and blazing new trails in their personal and professional lives. The Conference focus is to connect, develop and inspire the women in technology at Cisco.
Meet Monique Morrow CTO, Cisco Services now First CTO-Evangelist-New Frontiers for Development-Engineering and one of our Fearless Females being featured for the Women of Impact conference on March 19th.
In the Internet of Everything Era (IoE), analytics will occur throughout the network—from the edge, to the core, in the cloud, and everywhere in between. Cisco is uniquely positioned to deliver intelligent networking infrastructure that acts as a flexible data plumbing footprint and control plane, giving our customers the flexibility to send analytics to the data source for IoT use cases that require real-time insights—as well as data to the analytics for use cases that require historical data.
The most powerful analytics solutions apply the combined power of an innovative infrastructure and analytics software solutions that are uniquely designed to optimize one another. Cisco’s analytics-ready infrastructure has been proven to provide a high-performance, flexible, and efficient foundation for leading data management, data integration, and analytics software.
Cisco UCS Integrated Infrastructure for Big Data is an industry-leading platform widely adopted in the industry that helps organizations deploy and scale Big Data applications faster to drive the revenue side of the business while significantly reducing risk and TCO.
Cisco UCS Integrated Infrastructure for Big Data is the first and only platform to post certified results for the new TPC Express Benchmark HS (TPCx-HS), which was developed to provide enterprises with a vendor-neutral way to evaluate the performance and price-to-performance of big data implementations. Cisco UCS Integrated Infrastructure for Big Data demonstrated outstanding performance and scalability at 1TB, 3TB, and 10TB scale factors.
Cisco UCS Mini, ideal for processing analytics at the edge and branch offices, has earned industry recognition for innovation in furthering the development of the data center industry with the InfoTECH Spotlight Data Center Excellence Award for 2014.
And, Cisco Application Centric Infrastructure (ACI) and the Nexus 9000 also took home an InfoTECH excellence award adding additional proof of the strength of Cisco’s analytics-ready infrastructure. As analytics workloads increase in number, the network plays a critical role in ensuring that workloads are completed and insights are delivered on time, securely, and cost-effectively. Cisco ACI lets customers dynamically optimize cluster performance in the network, redeploy resources automatically for new workloads to improve utilization and lower TCO, and ensure isolation of users and data as resource deployments change.
Every day, entrepreneurs launch startup companies to create apps, services, products, you name it! But often these self-starters have limited resources, small staffs and thus encounter other challenges that every new company faces.
So what’s the key to any successful startup? Innovation. By finding new and creative ideas to operate a business, entrepreneurs can unlock more potential with their staff, as well as the products and services they deliver to customers.
But startups aren’t the only companies that innovate. While Cisco may be nearing 30 years old, the company proudly sees itself as a major contender in the innovation space, especially in connection to the Internet of Everything. Here a few examples on how Cisco is the new innovator: Continue reading “Cisco, the New (Old) Innovator”
Many years ago I found myself talking to a venture capitalist about the differences between SaaS, outsourcing, ASPs, MSPs, online applications; etc. Also I noticed that my Stanford students had little understanding of the economics of software, so I developed the idea of seven business models to cover everything in the software business, remove the buzzwords and replace them with economic models.
In my previous post, I talked about the Seven Ways to Move to the Cloud. In the second issue (there’s a lot here), I’ll break this into two separate posts, discussing models one through four here, and models five through seven in the next issue publishing on Monday, March 2.
Note the dollar numbers used throughout are intended to be relatively representative.
Solving Congestion Problems in Storage Area Networks
This phenomenal growth puts tremendous pressure on Storage Area Networks (SANs), which must be able to handle the burgeoning traffic loads between the compute and storage layers. To maintain peak efficiency, storage administrators need to be able to quickly detect and resolve slow drain and other common SAN congestion problems. If not addressed in a timely fashion, these can have a cascading effect, even degrading the performance of totally unrelated applications.
This live 60-minute webcast reveals the common causes of slow drain and other typical SAN congestion issues in Fibre Channel (FC) and Fibre Channel over Ethernet (FCoE) deployments. You will learn how to efficiently detect, stop, and even prevent them from happening.
WATCH VIDEO: Slow Drain is the highest point of concern for storage administrators. Still, it is one of the least understood problems. Watch the videos to understand the basic concept and features provided by Cisco MDS switches for detection, troubleshooting and automatic recovery. Deploy these features today to have your own self-healing fabric
Cisco has developed a plug-in to integrate the ASR 1000 Series Router (ASR1K) into OpenStack to offload L3 capabilities on to dedicated routing hardware. The plug-in was demonstrated at Cisco Live in a Proof-of-Concept environment. We are planning demos of a Cloud solution based on the ASR1k plug-in at the OpenStack Summit in Vancouver. The plug-in is considered open source and will be submitted upstreamed into OpenStack. It will also be available from Cisco’s Neutron Tech-Preview repository for Juno.
OpenStack offers a reference software implementation for Layer 3 functionality. Routing, static NAT (Floating IPs) and dynamic NAT/SNAT (VM “Internet” access) are handled by the l3agent that runs part of the neutron component. The L3 agent relies on Linux IP Tables to define forwarding rules. With that comes a critical scalability issue as Linux IPTables has inherent scaling shortcomings. For highly-scalable clouds with many route and NAT operations, this becomes a serious bottleneck.
Cisco offers the ASR1K routing platform to be used in Data Centers typically for WAN edge operations. It performs NAT and L3 forwarding in hardware and provides L3 high-availability (HSRP). The ASR Config Agent builds upon the same technology utilized for the integration of the Cisco Cloud Services Router (CSR1000v) into OpenStack.
This post was written by guest blogger Kelli Walker, Director of Corporate Partnerships at Feeding America
