I have good news and bad news. First, the bad news: across industries, digital disruption is threatening to overturn incumbents and reshape markets faster than perhaps any force in history. Now the good news: companies can take control of their own destiny by embracing digital transformation and the Internet of Everything (IoE).
Let’s take a closer look. By “digital disruption,” I’m referring to the effect of digital technologies and business models on a company’s current value proposition — and its resulting market position. Digital disruptors innovate rapidly, and then use their innovations as a powerful competitive advantage to gain market share and scale far faster than challengers still clinging to traditional business models that can’t keep up with the pace of change.
The third annual Cisco IT Data Center Day put a spotlight on the Internet of Everything (IoE) market transition and gains of deploying an Application Centric Infrastructure (ACI). Over 300 attendees, including 124 customers representing 85 different companies, attended the event held at our state-of-the-art data center in Allen, Texas.
What better place to incorporate a Hackathon than at World Skills, an event already bursting with energy and excitement? This year, the organization introduced a Digital Challenge with the goal to help local non-governmental organizations (NGOs) with real-world problems, and show that IT-related competitions can be fun and engaging.
As part of the Digital Challenge at World Skills, students will put their technical knowledge to the test while working with local organizations to solve social problems with technology.
Fifteen local Brazilian problem solvers will join 5 past WorldSkills champions to help 5 Brazilian NGOs move social projects forward. The 4-day challenge takes place parallel to the WorldSkills competition and will leave behind a legacy.
Over the past few years, Cisco and Intel’s collaboration has extended into the realm of Internet of Things, allowing the strength of each organization to bring the industry as a whole, forward. In the Internet of Things, devices need applications, analytics, network connectivity, security, storage, and computing power. The partnership of Cisco and Intel offers comprehensive solutions working alongside several ecosystem partners.
A smart city demonstration, featuring Legos and Fog Computing, was on display in the Intel booth showing how easy it is for cities to implement IoT solutions
Carlos Morales presented a captivating “Pre-Zen-tation” on Fog Computing, elaborating on how companies can extend the cloud to the edge
A highlight during the show was partaking in a #CiscoChat with Brad Haczynski, Intel’s Global Account Director, Sales and Marketing Group, encompassed around making IoT and IoE tangible with the power of collaboration.
Whenever I hear about a serious train accident, mugging or shootout on the streets of a city, my thoughts often turn to Fog Computing. The same is true when I too am stuck idling in a traffic jam or at home and there’s a power outage during a winter storm or a summer heat wave.
Why do I think about Fog Computing? Well, my job at Cisco is to not only identify the latest disruptive Internet of Things (IoT) technologies, but also to validate where they might be applied to improve overall quality of life.. Whether it’s drones, artificial intelligence or robotics, my passion is to accelerate the art of the possible.
Consider Fog Computing. Fog extends cloud computing to the edge of the network. This provides a virtualized platform for compute, storage and network services between devices and data storage centers in the cloud. Because of its low latency, location awareness, real-time interactions and wide geo distribution, Fog Computing can sense and respond to situations in the real physical world almost instantly.
The speed and power of Fog to connect people, data, processes and things opens up a new world of practical solutions. For example, Fog Computing, when combined with sensors and wireless networks, can immediately alert the train operator as soon as there is trouble on the tracks, such as a slow-walking pedestrian or a stalled vehicle. With Fog, energy loads can be automatically re-balanced or re-routed to alternative sources during spikes in demand or low availability.
In a Smart+Connected Community, acoustic sensors deployed around streets that are connected to Fog Computing infrastructure can identify gunshots, perpetrators, victims, accidents, or even cries for help with high accuracy while also alerting appropriate authorities.