Is the combination of cloud computing and mobility a perfect storm of security threats?
Actually, yes. And you should prepare for them as if there is a storm coming. As businesses become increasingly mobile, so does sensitive data. In fact, in a recent survey conducted by ESG,
31% of security professionals say that the biggest risk associated with cloud infrastructure services is, “privacy concerns associated with sensitive and/or regulated data stored and/or processed by a cloud infrastructure provider.”
Did you know:
16 billion web requests are inspected every day through Cisco Cloud Web Security
93 billion emails are inspected every day by Cisco’s hosted email solution
200,000 IP addresses are evaluated daily
400,000 malware samples are evaluated daily
33 million endpoint files are evaluated every day by FireAMP
28 million network connects are evaluated every day by FireAMP
Internet of Everything (IoE) is touted as the next big thing in 2014. Tech pundits, Silicon Valley executives, entrepreneurs and government officials predict that Internet of Everything will be a “multi-trillion dollar business,” which has the potential to transform our physical world with a variety of remotely operated objects. Cisco predicts some 25 billion devices will be connected by 2015, and 50 billion by 2020.
Within the public sector, IoE has the capacity to reveal new ways to manage infrastructure, reduce operational costs and improve the lives of citizens with innovative service offerings. This includes public safety initiatives involving first responders, physical security and fleet management in municipalities. For example, IoE helps keep first responders in constant communication with dispatchers, traffic management systems, and other agencies. It can also provide greater situational awareness with onsite video surveillance access and other environmental sensors. Similarly, IoE also provides greater safety and convenience for passengers and drivers with real-time monitoring of vehicles, GPS data mapped to schedules and interactive onboard services. Read More »
Wow, that was one heck of a week. MWC 2014 is over, but, it was incredible. The show was packed, the collaboration with customers was dynamic and, once again, Barcelona was a fantastic host. For me though, it was also a clear statement that the Internet of Things (IoT) is exciting and gaining steam with mobile operators. In fact, as I looked through three discreet lenses, I could clearly see the excitement from customers and the advancement of the technologies that will help to enable them. I walked no less than 5 miles a day, traversing what became my own personal MWC IoT Triangle, jamming in customer and partner meetings in the Cisco booth, running to SAP’s booth to collaborate on our joint demos and then to the Plaza De Palau where I was hosting Smart and Connected City tours. Read More »
By Leonard Luna, Senior Marketing Manager, Cisco Service Provider Solutions
If it’s Spring, then it is time for OFC/NFOEC – the world’s leading event for advancing optical solutions (March 9-13). Cisco will, once again, have a strong presence, including our largest booth ever (booth 4359), at this year’s event being held at the Moscone Center in San Francisco, California. Building upon the industry wide dialog around multi-layer convergence and SDN, we will showcase the Evolved Programmable Network (EPN), the Cisco Network Convergence Systems (NCS) and our highly innovative CMOS photonics technology – CPAK.
EPN is the foundational layer for Cisco Open Networking Environment ( ONE) strategy and is the natural evolution of the IP next generation network (IP NGN). It is designed specifically to leverage the opportunities presented by the Internet of Everything (IoE). It optimizes the delivery of multi-service solutions over service provider networks. An EPN increases service provider revenue opportunities, lowers total cost of ownership (TCO) and supercharges service agility. One of the key elements of Cisco’s EPN architecture is the Cisco NCS product family featuring the NCS 6000 Series IP Router, the NCS 4000 Series Converged Packet Transport platform and the NCS 2000 agile ROADM platform. A key differentiator to Cisco’s EPN is our growing portfolio of CPAK transceivers delivering never before seen levels of density, power savings and flexibility to Cisco’s portfolio of data center switches, IP routing and transport solutions.
“Neither snow nor rain nor heat nor gloom of night stays these couriers from the swift completion of their appointed rounds.” – Popular US Postal Service motto
Many of my US colleagues have told me that they grew up hearing the phrase above and thinking how reliable their mail service is, even under the harshest conditions, they always got their mail. We in Cisco think that your network should be as reliable and resilient, and work under all conditions, particularly now when the Internet of Things (IoT) requires a level of resiliency at a scale never imagined before, and under conditions beyond what the traditional datacenter or wiring closet can offer.
These days, one of the challenges that the Internet of Things has to deal with is that it “…is already connecting the physical world today, but the real world, unlike the digital world, is much more uncertain and variable. We have to connect objects in unpredictable environments, often subject to Mother Nature or just the movement of our earth and its inhabitants…”
In fact Cisco defines the Internet of Things as “the intelligent connectivity of physical devices driving massive gains in efficiency, business growth and quality of life.”
In order to establish intelligent connectivity to physical devices, networking equipment have to be able to coexist in the same environmental in which the physical device are operating.
Very often, these physical devices are operating in harsh environments both from a temperature prospective (like in a smelting furnace or in a mining field located in Siberia), from a dustiness prospective (like in a cement production plant), from a vibrations prospective (like on a train or on a mining truck) etc.
To properly operate in these environments networking devices have to be specifically designed with highly ruggedized casing to protect the device’s internal components, and with specific connectors to avoid any possible water penetration or to get unplugged because of hard vibrations.