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Cisco Live Connected Buses: More Than Just a Ride

Cisco 819 ISR and HD IP video camera on board one of 34 connected buses at Cisco Live.

Cisco 819 ISR and HD IP video camera on board one of 34 connected buses at Cisco Live

Last week when Cisco Live attendees hopped on one of 34 connected shuttle buses in Orlando, they saw the Internet of Things (IoT) in action. The buses provided service for a record breaking 20,000 attendees traveling between 17 hotels and the Orange County Convention Center. 

Free Wi-Fi kept attendees securely connected from the time they left their hotel until they reached the convention center without losing connectivity. They simply used the same Cisco Live SSID and password on the buses as in the convention center. Greater productivity and an enhanced service for attendees made for a great experience…but, that’s not all.

Video cameras help keep passengers around the world safer and more connected and Cisco Live was no exception.  Each connected bus had an on-board Cisco HD IP video camera which sent a live feed to a monitor in the Cisco IoT Pavilion.

More than 50 touchscreen kiosks helped attendees in the convention center track important event information along with the bus schedule and route information.

Beyond keeping attendees connected, there was a lot going on under the hood…literally.   The Cisco 819 Integrated Services Router (ISR) did more than just provide passenger Wi-Fi. It enabled high speed voice, video and data communication 24/7 …everywhere!  The vibrations of a moving bus, a few spilled beverages, Florida’s high humidity and hot summer temps posed no challenge for the ruggedized 819 ISR that delivers Machine-to-Machine (M2M) applications in even the harshest conditions.

Back in the Cisco Connected Transportation booth, a monitor showed live GPS tracking of every bus in the fleet and visually tracked all buses and their location on a color coded interactive map.  On-Board Diagnostic (OBD) monitoring captured real-time vehicle telematics such as speed, tire pressure, RPM, engine temperature and fuel efficiency. This data was sent to the 819 ISR which transmitted the information to Davra Networks’ RuBan Suite for visual representation.

Wei Zou and Andy Manuel demonstrate Cisco's Connected Fleet Management solution at Cisco Live.

Wei Zou and Andy Manuel demonstrate Cisco’s Connected Fleet Management solution at Cisco Live.

Cisco Connected Fleet Management demo with video feed and Davra's RuBan software showing GPS location of Cisco Live connected buses and telematics info.

Cisco Connected Fleet demo with video feed from buses (left screen) and Davra RuBan software showing GPS location of Cisco Live connected buses and telematics data (right screen).

Additionally, areas around schools, playgrounds and other locations with reduced speed limits can be identified as “safety” areas using geofencing to send warnings or alerts or even take automatic action when a warning is triggered. Managers can be notified immediately when accidents occur or speed thresholds are exceeded.  On-board digital signs can display specific messages based on GPS location. The possibilities are nearly endless

The robust solution increases safety and fuel efficiency, reduces operating costs and enhances the passenger experience while helping transit operators comply with industry regulations and government mandates.  Cisco’s Connected Fleet Management solution is bringing the IoT to life!

Wishing all of you in the U.S. a safe and happy 4th of July!

Check out these great videos:

For more info on Cisco Connected Fleet Management visit: http://cs.co/9002ZHo2

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The Internet of Everything: a Future Vision, Arriving Today

This week I had the privilege of speaking at Cisco Live 2013 about the coming explosion in connectivity among people, processes, data, and things, which Cisco calls the Internet of Everything (IoE).

This massive technological and societal shift promises to transform and accelerate our lives in profound ways as the number of connected objects soars from 10 billion today to 50 billion (and rising) by 2020.

Yet even before I left for Orlando or gave my first Cisco Live presentation, I saw ample evidence that IoE is not just a vision of the future. Increasingly, it is the Internet of today—and evolving rapidly all around us.

IoE represents the orchestration of a bevy of emerging technologies, including Big Data analytics, video, mobility, cloud, and machine-to-machine (M2M) communications. And it will ultimately infuse almost everything—roads, jet-engine parts, shoes, refrigerators, soil, supermarket shelves, you name it—with cheap, tiny sensors that will generate terabytes of data to be sifted for key insights.

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Cisco Live 2013 – Manufacturing Industry Presence and John Chambers Welcome Message

June 6, 2013 at 1:42 pm PST

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Get ready for one of the best Cisco Lives yet! A good number of attendees hail from industrial sectors such as heavy industrial/equipment, automotive, materials and mining, and consumer packaged goods (CPG), and they can look forward to some engaging activities not to be missed!

These industrial companies are wrestling with business challenges such as reducing costs, speeding time to market and improving production up-time. How does Cisco play in the industrial space you ask? What solutions do we provide for positively transforming operational plant networking environments? How does Cisco address real manufacturing Industry Care-abouts? Come to Cisco Live to find out. Hear John Chambers tell you more about this year’s event in the video below, then read on!

John T. Chambers, Chairman and Chief Executive Officer, Cisco Systems Inc., welcomes you to Cisco Live in Orlando

Whether you’re in IT or production and controls, Cisco Live will give you a unique opportunity to gain hands-on insights to how Cisco can help you with these challenges and help positively transform operations for your plant networking environment for the better.

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Chet Namboodri -- Cisco Managing Director, Manufacturing Industry

Here’s just a snapshot of what you can see for your industry:

Chet will be talking about industrial solutions for manufacturers and their suppliers and partners all who want transparent integration and secure real-time visibility between business networks (information technology) and control and automation systems (operational technology). Amongst them are “Smart Solutions” which provide open-standard, IP-based communication and control to reduce costs, improve up-time, increase asset utilization, and lock-down on end-to-end security.

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Securing the Internet of Everything: An Architectural View

As a follow up to my introductory blog on Securing the Internet of Everything, I would like to discuss further the security implications that will comprise proposed framework. As the applications of the IoT/M2M affect our daily lives, whether it is in the Industrial Control, Transportation, Smartgrid or Healthcare, it becomes imperative to ensure a secure IoT/M2M system. As the use of IP networks are employed, IoT/M2M applications have already become a target for attacks that will continue to grow in both quantity and sophistication. Both the scale and context of the IoT/M2M make it a compelling target for those who would do harm to companies, organizations, nations, and people.

The targets are abundant and cover many different industry segments. The potential impact spans from minor irritant to grave and significant damage and loss of life. The threats in this environment can be similarly categorized as those in the traditional IT environments. It’s useful to consider general platform architecture when discussing IoT security challenges. Below is the platform architecture that uses to frame IoT/M2M discussions.

While many existing security technologies and solutions can be leveraged across this architecture, perhaps especially across the Core and Data Center Cloud layers, there are unique challenges for the IoT. The nature of the endpoints and the sheer scale of aggregation in the data center require special attention.

The architecture is composed of four similar layers to those described in general network architectures. The first layer of the IoT/M2M architecture is comprised of Read More »

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Summary: Securing the Internet of Everything: An Introduction

I recently kicked off a series about security and the Internet of Everything, a pivotal topic that starts with the roots of IoE, IoT and M2M, which I explore in more depth in the first post.

Machine-to-Machine connections make up a huge portion of the Internet of Things, both general concepts for the network infrastructures that link physical and virtual objects. These abstractions come together on IoE, making it possible for devices to orchestrate and manage the world we live in, as they become connected entities themselves.

But to fully discuss security on the Internet of Everything, we must first go back to the roots of IoE itself. The technology innovations that employ M2M and IoT were actually spun off from military and industrial supply chain applications. As IP became a more common communication protocol, IoT gained more traction, helped even more by the creation of IPv6 and other advancements in wireless technology. As ever-increasing data is captured and distributed on these networks, more intelligence is generated.

Read my full “Securing the Internet of Everything: An Introduction” blog post to learn more about this embedded intelligence that is a core architectural component of IoT, and how it informs the security for the Internet of Everything itself. And stay tuned! I have more for you to come in this series, including a look into IoE security framework.

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