When I’m stuck in one of Silicon Valley’s many traffic jams, my frustration level rises as rapidly as my speedometer slows down. I think about how the digital synchronization of highways, vehicles and traffic lights could unclog congestion, lower pollution, eliminate delays and significantly reduce our collective frustration levels.
Just a little digital automation could go a long way to reduce not only traffic and accidents but also time, gas, smog and the costs of road and car repairs. Not to mention, helping us all attain a much more sustainable environment.
So when I’m stuck like this in traffic, whether at home or internationally, my thoughts turn to how we can get to the Last Traffic Jam.
The answer is a more connected world—or the Internet of Everything. It’s how we’ll change the way we live, work, play, and learn. This has been Cisco’s goal for 30 years, and today we have an unprecedented opportunity, along with our partners, to transform our world for the better
And that includes eliminating traffic headaches.
Studies show that for every minute spent clearing an accident from a road, there is a four-minute delay to get traffic moving again. And it’s not just delays. Today, traffic congestion costs Americans alone more than $124 billion a year. By 2030, experts predict the average American household will spend 33 percent more in traffic-related costs than today and the annual price of traffic in the United States and Europe could rise nearly 50 percent from today’s costs.
Want to know more? Here are some insights on the Last Traffic Jam.
Today, we are already connecting roadways, cars, drivers, traffic lights, parking spaces, public transportation and commercial traffic. The early results show dramatic improvement in traffic flows, fewer roadside incidents, and lower transportation costs. And one day this all will lead to the Last Traffic Jam.
This is happening by connecting disparate intelligent transportation systems to provide a centralized view of highway systems, including road conditions, traffic, construction, and transit information. Connected roadways and connected cities, are improving decision-making while reducing operating and maintenance costs.
I believe the “beginning of the end” has started. Cities around the world are getting connected.
By 2030, an average American household is expected to incur traffic-related costs of $2,301 per year, a 33 percent increase compared to 2013. In fact, the annual price of traffic in the U.S. and Europe will soar to $293 billion by 2030, a rise of nearly 50 percent from 2013. Additionally, traffic conditions around the world only seem to be getting worse as well. Doesn’t sound too promising right?
Cisco and its partners are looking for ways to reduce these costs and eventually make everyday challenges like traffic jams, a thing of the past through the connection of people, process, data and things in an Internet of Everything era. And while the next wave of the Internet is sure to bring us some pretty amazing ‘firsts’, we are pretty excited about the “lasts” we could create. Imagine the last blackout, the last oil spill, or even the last hungry child. With that in mind, Cisco has launched a new campaign that focuses on “The Museum of Lasts.” Jenny Rooney in Forbes wrote a great article on our new campaign and “the lasts a connected world enables”…see here.
Think about everyday life situations you would love to live without. Traffic jams, long checkout lines, or my personal pet peeve: a missed delivery (especially when I am waiting for my children’s Christmas gifts!) The “Museum of Lasts” introduces a glimpse into how the world might change for the better if we all think bigger, work collaboratively and disrupt to make these “lasts” a reality. The Internet of Everything is enabling these “lasts” by connecting the unconnected, through the intersection of technologies such as data analytics, cloud solutions, security, collaboration, mobility, data center, and application centric infrastructure. All powered by an intelligent network.
For 30 years, we’ve been helping change the way people work, live, play, and learn. During this time, our world has advanced faster than ever.
It seems like yesterday when we saw the introduction of the Macintosh, the first-ever consumer machine with a mouse and graphical interface. Then, just two years later in 1986, Cisco introduced the Advanced Gateway Server, or AGS.
This breakthrough multiprotocol router became the foundation for moving traffic across networks. In 1990, researcher Tim Berners-Lee developed HTML—the official language of the World Wide Web and the spark to make the Internet mainstream.
Today, it’s hard to remember life before the Internet. The industry has come a long way, and so have we.
We owe our founding to Len Bosack and Sandy Lerner, two former Stanford University computer technologists, who set Cisco on an incredible journey as a networking and Internet pioneer.
In 1995, less than 1 percent of the world’s population connected on the Internet. Today, more than 40 percent connect online.
We’ve seen businesses transformed and economies modernized. The way we buy and sell products has changed—so has their design, production, and distribution. It’s as if no industry has been untouched.
In the next 30 years and beyond, we’ll see everything become connected—people, process, data, and things. This will expand our understanding of the world and the experiences we have, and we’ll generate new ideas and discover new solutions.
Cisco partner Provista IP Communications* provided a solution to Canadian Natural Resources that delivered a flexible off-shore wireless network supplying data mobility whilst remaining secure and manageable.
When you search for case studies in Oil and Gas there are lots that cover the carpeted areas of organizations -- office areas mainly, but fewer that actually reach outside to places like manufacturing or refinery areas, or even oil rigs. That’s why I was pleasantly surprised to read the case study from Provista. Provista are a Cisco partner based near Glasgow with a presence in North-East Scotland and the Midlands in England.
You’ll hopefully remember my blog: Ferguson Group Ltd keeps an Eye on Operations with Cisco Physical Security, in which I talked about the coming of a new ‘space-age’ equivalent for Scotland. In that blog we looked at physical security and video in particular. With this Canadian Natural Resources (CNR) case study we can see how the Cisco technologies go further out to inhospitable environments and help keep workers away from danger, and more productive if they have to be off-shore.
1. “The cost of resourcing engineering consultancy and deployment time was significantly higher due to travel restrictions.”
2. “It would be difficult to ensure that installed wireless networks would remain active in the event of a single device failure.”
3. “Canadian Natural regularly had guest visitors to their off-shore oil platforms and thus requested a secure, but separate, connection for guests to make use of.”
Provist goes on to say that there were some major business benefits are being achieved:
Cost/Safety: “Provista’s solution ensured that there was no need for highly-trained technical staff to be present at the remote sites.”
Lower Downtime: “Canadian Natural technical staff have a longer window of time to deploy replacement equipment in the event of a failure.”
Worker/Guest Productivity: “Employees and guests can be more productive off-shore as a result of the wireless network access.”
The case study goes on to talk about the implementation and Cisco elements for management and control. This is an example of how Oil and Gas customers will often start building networking infrastructure in the carpeted areas (like CNR did) and then extend out to non-carpeted areas such as oil platforms. The number of oil rigs that have a pervasive WLAN is actually relatively low. Sure, there are numerous proprietary networks for sensors and the like, but we’re now seeing the implementation of WIFI on rigs that are providing converged (i.e. compatibility and convergence with IT and OT -- or Operational Technologies systems and networks), as the Internet of Things, and the Internet of Everything continues its journey of becoming more pervasive. This is a convergence based on Industry standards.
Fighting “Friction” in the Check-Out Line and Beyond
You pull up to the gas pump, wait in a long line, and then fumble with your debit card and the touchscreen. Once at your hotel, you search mightily to find a parking spot before struggling with the ticket payment system. And then comes check-in, which entails more waiting in line at the front desk to get the key, before discovering that the key doesn’t work. When you finally get in the room, it’s set way hotter than your preference.
OK, none of these experiences are major hardships, let alone life threatening. But taken together, along with so many other time-wasting aggravations — or business friction — they do take a toll: on energy bills, productivity, and nervous systems!