During my recent trip in Dubai, I had the pleasure of experiencing both the personal and climactic warmth of this extremely modern smart city. Known for building the world’s tallest structure, the Burj Khalifa, Dubai also has emerged as a global business, financial and transportation hub in the Persian Gulf leveraging advanced networked technologies. The pace of accelerated transformation here never ceases to amaze me.
Dubai and the country of the United Arab Emirates (UAE) continue to set ambitious goals and then achieve them. Dubai has among the most efficient and busiest airports, longest metro transit systems, advanced road-tolls and highly digitized, smart government services underpinned by advanced broadband and mobile networks.
After meeting with local government and business leaders, I am not surprised about these rapid achievements. Public and private sector leaders here exude energy, enthusiasm and hospitality – and they know how to be decisive with timelines!
I am very excited that while here we were able to confirm with local officials the dates and venue for next year’s Internet of Things World Forum (IoTWF) in Dubai. We will be announcing that information soon. Bringing together IoT and Internet of Everything (IoE) industry leaders IoTWF is the ideal setting for thought leadership around the most significant advance in the history of technology – the connection of people, processes, data and things.
Business, government and other thought leaders I talked with in Dubai all recognized the value that can be captured from connecting the unconnected. Cisco Consulting Services calculates that the UAE can realize $53 billion of economic value over the next decade, and Dubai about $5 billion in the next five years by leveraging IoE-based solutions that digitize everything from buildings and transportation to energy and outdoor lighting.
We are very excited to be joining Dubai and the UAE on this journey of rapid growth and transformation.
This recent trip also extended into Saudi Arabia where leaders also are embracing the Inernet of Everything. For more, please click here.
Advanced malware is dynamic, elusive, and evasive. Once it slithers into the organization’s extended network, it can very quickly proliferate, cause problems, and remain undetected by traditional point-in-time security tools. These tools poll or scan endpoints for malware or indicators of compromise at a moment in time, and then do not evaluate again until the next big scan is triggered.
To prevent a malware intrusion from becoming a full-fledged and costly breach, it is important to catch that malware as quickly as possible. To do that, you need to go beyond point-in-time tools, and instead continuously watch and analyze all file and program activity throughout your extended network, so that at the first glimpse of malicious behavior you can contain and remediate immediately.
The service provider environment is going through unprecedented change, requiring service providers to respond quickly to new market trends in order to stay competitive, monetize new services and drive optimization while continuing to deliver “carrier class” services ubiquitously.
Additionally, the increased emphasis on cloud computing is placing new demands on the network. For cloud services to be seamless, the underlying network must be intelligent, carrier-class and virtualized.
But as the saying goes, with change comes opportunity, and for partners the evolving service provider market opportunity is huge. Just how big are we talking? Take a look at the figures below.
These numbers only address the pure technology opportunities; the Internet of Everything (IoE) is the other key ingredient to this story, an opportunity estimated at $19 trillion. Today, 70 percent of people and 99 percent of things are not connected. As new industries emerge around IoE, the solutions that will be introduced will need service providers to provide the connectivity and often times the value-added services. Read More »
Now that we are connecting billions of things to the Internet, companies are faced with a huge opportunity and a huge dilemma. Connected things are generating an explosion of data that has the potential to save and earn tremendous amounts of money, time, and resources for companies. However, much of that potential is wasted because that data is most valuable in the moment it is generated, and the time it takes to send that data to the cloud for analysis is too long for real-time decision making. Read More »
At the most recent Gartner Data Center Conference in Las Vegas, after some insightful discussions with customers and analysts, we came up with a great demo idea and proof point that highlights a key feature in our Application Centric Infrastructure (ACI) platform. This particular demo centers on the unique visibility of the ACI Fabric to faults in the underlying physical network.
Joe Onisick, Principal Engineer in the ACI team at Cisco, compares this ability in ACI to SDN technologies that employ only virtual overlay networks in the following video. With overlay networks, such as a VXLAN tunnel, the resulting virtual network (and all the management and analytics tools) has a much harder time isolating faults within the physical infrastructure. The overlay is designed to “tunnel” through the physical network, simplifying and obscuring the physical topology and issues with any specific network node. Before going much further, I’ll let Joe provide the details in this quick, 3 minute video: