Cities around the globe are beginning to build out new digital services such as smart lighting, traffic, waste management and data analytics to reduce costs, tap new sources of revenue, create new innovation business districts and improve the overall quality of urban life. The previous blog (“How to Make Money from Smart Cities”) identified the great opportunities for the technology vendors and partners to help to create and operate these digitally smart cities of the future.
The Cisco Smart City Business Architecture identifies a set of essential requirements in a number of different business layers essential for delivering and operating a successful smart city initiative. In order to measure this opportunity, we developed a detailed economic model based on the business architecture. We chose Seattle in the USA as a representative city, with roughly 3 million people in the greater metropolitan area, to quantify the potential opportunity available to technology providers. Our model smart city initiative included covering 30 per cent of the city area with a Wi-Fi network and four key smart city solutions -- traffic incident management, smart lighting, smart parking, safety & security. In addition, we included the technology platforms, operational capabilities, and services in the Smart City Business Architecture. All of the services and solutions were modeled as managed services, generating an annual revenue stream to the provider. Read More »
By Paul Claussen, Director, Product Management, Cloud Applications, Cisco Service Provider Video Software and Solutions
If there’s one constant, in the need to compete more effectively against the growing roster of over-the-top (OTT) video providers, it is the need to move services and products to the consumer marketplace more quickly.
Think about it: Every provider of an over-the-top service, video or otherwise, grew up on broadband. Even their “legacy” components were born, originally, on Internet Protocol. Netflix, Amazon/Love Film, iTunes, Break Media — all of them are, in essence, broadband natives. Read More »
This week I’m excited to participate in an event we are organizing in Chicago, home of the 2014 Internet of Things World Forum. We’re meeting with some of our partners and customers as we make a few joint announcements – including a new IoE Innovation Center in Barcelona, and showcasing some new solutions built on our platform by some of our partners. Additionally, I’m getting a preview of some of the amazing smart & connected deployments in Chicago – a preview for the IoT World Forum.
I am writing this blog as I gear up to lead Cisco’s Internet of Things (IoT) Systems & Software Group. Over the last few weeks I’ve spent time getting to know the group and have been struck by the tremendous energy and focus on customers and partners the team has. I’m also excited about how dynamic the Internet of Things space is.
While we’ve calculated the total economic value at stake for Internet of Everything by 2020 – $19T – and the number of potential connected devices – 50B – these nearly unfathomable numbers may, honestly, not pan out exactly to the decimal. The Internet of Everything could be smaller or, more likely, much much larger – but the overall point is that more and more people, process, data, and things are connecting. Professor Michael Nelson of Georgetown University has said that “Trying to determine the market size for the Internet of Things is like trying to calculate the market for plastics, circa 1940.” At that time it would have been nearly unfathomable for the numbers of existing things – milk containers, furniture, industrial components – to be made into plastic. And just as plastics have pervaded every part of our lives and enabled new industries, the connections created by Internet of Everything will too. I think that’s a great way to think about the untapped potential of this market. Read More »
As an industry, we are starting to see a convergence of small cells and Wi-Fi to help solve coverage, capacity, and spectrum issues in our increasingly connected, mobile-dominated world. Today more than ever, mobile operators are increasingly realizing that Wi-Fi and small cells must be part of their traditional licensed network in order to realize the future of mobility.
This topic was especially evident during last month’s Small Cell Americas conference in Dallas, Texas. During the conference, I had the opportunity to discuss how small cells and Wi-Fi can work together, which proved especially timely as the Dallas conference also marked the launch by the Small Cell Forum of their Enterprise Release, comprising of 25 documents to help overcome barriers to small cell deployment in the enterprise. Release Two: Enterprise is the result of over nine months of hard work by the Forum and its members!
As small cells and Wi-Fi bring corporate networks and mobile networks closer to each other, IT leaders and service providers are increasingly asking questions about how the convergence of small cells and Wi-Fi coexist, from a product, architecture and business model perspective. Some common questions include: Read More »
Fact: laying fiber communications infrastructure is expensive. Fantasy: the ability to know ahead of time how many property owners in a given neighborhood would pay for a new fiber infrastructure by subscribing to services or even – and here’s a real fantasy – paying more to get the fiber laid initially.
Except it’s not a fantasy. If you’re a telecom carrier, a cable company, a municipality, even a group of community activists, Greg Richardson is here to offer a compelling approach to capital investment in new infrastructure. And he’s done it with an idea that’s almost embarrassingly simple.