Intel and Cisco are two of the first companies you think of when discussing the Internet of Things – and with good reason. Both companies are at the forefront of bringing the power of connectivity to unsuspecting places. I had the good fortune of standing on stage today at the Intel Developer Forum with my friend Doug Davis, VP & GM of Intel’s Internet of Things (IoT) Group, to talk about how our companies are working together.
The possibilities for an IoT world are practically endless; and so Cisco and Intel are joining forces to focus on a number of areas where IoT can make an immediate impact. Let’s look at energy management – a hot-button issue as energy costs rise and corporations are trying to to reduce their environmental footprints. Consumers, communities and businesses are all starting to realize that energy awareness makes sense from both an economical and environmental standpoint. Cisco research shows that smart buildings are poised to generate $100B by reducing energy consumption through the integration of HVAC and other systems which will lower operating costs.
Using Intel architecture and Cisco Energywise and IP Network, we are creating solutions that get to the root of the problem – identifying where energy is being used excessively. The integration of our technologies allows for both IP and non-IP appliances to be exposed to greater analytics and control. It also introduces the opportunity for discrete sensors to be added to the items, granting even greater levels of visibility and control of building systems. These efforts will enable building operators to achieve their green, sustainability and cost saving objectives while maintaining a safe, secure, and comfortable environment for occupants/tenants.
This is just a small example of what Cisco and Intel can achieve by identifying (and then delivering a solution) where IoT can make a big impact. We are currently joining forces to focus our efforts on networking, API management, and security to help us scale IoT solutions into multiple segments. However, we realize that Cisco and Intel can’t do this without the help of the developer community. By opening up APIs and providing development tools, developers can create use cases for our technology that creates new use cases previously unexplored. true driving force for the Internet of Things will come directly from the developers who create solutions they will actually use, and doing so on a platform that lets them share their solutions with others.
To that end, Cisco DevNet is a new and growing developer community that offers the tools and resources for them to integrate their software with Cisco infrastructure. Developers can tap the DevNet ecosystem and use the tools and community to create innovative network-aware applications. The DevNet portal features more than 100 fully documented APIs, with more being added each week. We hope DevNet provides a space where the Internet of Things can grow, and where true value can be discovered.
Cisco and Intel are tackling the challenge of creating, testing and validating the most relevant use cases for the Internet of Things across multiple verticals, and we are documenting and sharing the best practices coming from practical experiences in the field to broadly to promote the development of the market. It is an incredibly exciting time for the Internet of Things – Cisco and Intel are standing on the edge of true innovation, ready to take the plunge.
Click here to watch my session with Doug.
In the same way that the number of devices connected to the internet is increasing with Internet of Things, the discussions of IoT are likewise proliferating!
This week, there are two #IoTChats! On our weekly #IoTChat (Wednesdays 11am PT / 2pm ET) we’ll be joined by Internet of Things World Forum Platinum Sponsor IBM for a discussion of how data storage and management are changing with #IoT.
Cisco has a solution we call ‘data in Motion” which is basically a way to describe the devices coming online that are fast-moving. If you think about it, the data created by a fast-moving device has a few hurdles to overcome. There may be a lot of data created that may not all be relevant to transmit. Also, for fast-moving devices, the data created often has a very short useful lifespan. So you need to have a good way to analyze that data and determine what should be transmitted, what should be kept, and what discarded. I think it’ll be a fun hour of discussion with your weekly host @Cisco_IoT and special co-host @IBM_Informix!
Also, earlier in the day, @IBM_Informix is holding a special edition of #IoTChat, “How Data Will Power the Internet of Things” with Gary Barnett (@thinkovation), chief analyst at Ovum. you can read all about it in their blog post on the chat.
Hope to see you at one or both of these fantastic events!
Want more details on participating in an #IoTChat? Read on! Read More »
Tags: #IoTChat, data in motion, data storage, IBM, internet of things, IoT, IoTWF
The Internet of Things is Here and Now. Looking outside of Cisco you can see this in the many and accelerating IoT companies that have been purchased this year – Google’s acquisition of Nest Labs, Facebook’s acquisition of What’s App, and many more. Internet of things has been around as a term since about 1999, however, its recent popularity is due to a few emerging trends. In the consumer space there’s been wide adoption of connected products such as smart thermostats and intelligent pedometers. In larger organizations, we’ve seen the rise of BYOD and M2M – both predecessors to IoT.
To further accelerate the transition towards IoT and build the ecosystem, we are once again bringing together the best and brightest who are working on, and using these technologies. That is why, in October 2014, Cisco is hosting the Internet of Things World Forum in Chicago.
Internet of Things World Forum – Why?
Read More »
Tags: chicago, Internet of Things World Forum, IoE, IoT, IoTWF, Keynote Speakers
Change is accelerating at a speed and scale never seen before, and disruption is constant.
The explosion of network connections among people, process, data, and things, now called the Internet of Everything (IoE), is the driver behind much of this change. It is making innovation more accessible and affordable, while presenting enormous opportunities.
At the same time, IT organizations are contending with significant challenges. Operational costs are rising as budgets fall. Pervasive mobility and an explosion in connected devices are intensifying complexity. Business users are bypassing IT to access cloud-based services while new security threats arise daily. These conditions can stand in the way of greater innovation and agility, and prevent companies from capturing the opportunities in the IoE economy.
The foundational technologies behind IoE — cloud, mobility, collaboration, and analytics — may be disruptive, but they also usher in an era of significant IT improvements. Fully leveraging these opportunities requires an entirely new IT operating model, with new outcomes. IT organizations must become the source of disruptive innovation — and at long last assume the role of transformational business partner. Cisco is calling this new model Fast IT.
Fast IT addresses the following core areas across IT:
- Simplifying the infrastructure across silos and driving automation to reduce operational costs
- Using strategically automated policy to build agility and intelligence to fuel growth and respond to changing conditions
- Connecting the right people to the right information and process at the right time
- Evolving security to defend against attacks before and while they happen, and to run analysis after they end
Essentially, Fast IT is an adaptive, policy-driven approach that accommodates today’s and tomorrow’s pace of change. A well-executed strategy will bring together the right resources — which ultimately include infrastructure, applications, data, and people —- at the right time to take advantage of the IoE economy.
One of the key areas in which to create Fast IT is the data center.
In keeping with this approach, Cisco announced today new Unified Computing System (UCS) products and capabilities. UCS is a perfect example of the kind of integrated infrastructure that is eliminating complexity and enabling agility. Its blending of network, compute, and storage provides the foundation for automation and orchestration for physical and virtual systems as one, significantly reducing the management burden on IT.
- Greater Automation: UCS Director Express for Big Data enables simplified operations and lower costs
- More intelligence at the Edge: the UCS Mini enables computing at the edge, which is essential for leveraging Big Data and data in motion
- Improved Agility: UCS is a foundational element of cloud via the Cisco UCS M-Series Modular server. UCS also dovetails seamlessly with Cisco solutions such as ACI and Intercloud, underpinning an overall hybrid-cloud strategy.
In Creating Fast IT, a 20-25 Percent Cost Dividend
Because the pace of change is so dynamic, it is important to examine just where IT stands today. To that end, Cisco Consulting Services (CCS) recently conducted in-depth research.
Cisco surveyed more than 1,400 senior IT leaders in Brazil, Germany, India, the United Kingdom, and the United States. We interviewed leading industry analysts, authors, academics, IT executives, and IT practitioners. We compared this data with conclusions from numerous customer engagements.
A key finding was that implementing the key elements of a Fast IT model could potentially result in a 20 to 25 percent reduction in costs, which can then be reinvested in new capabilities to drive innovation and business outcomes.
Fast Innovation Requires Fast IT
What Our Research Found
Here are key insights from the research. In creating a Fast IT model, organizations will:
- simplify operations at a time when complexity is mounting — and IT budgets are flat.
- move seamlessly through a “fabric of clouds.” Workloads and infrastructure tasks shift as business (application) conditions warrant.
- drive much faster provisioning of enterprise applications. Time to provision and scale can decrease from months to minutes.
- build processing capabilities at the edge of the network, capturing “data in motion” for real-time decision-making and contextual insight.
- evolve to a more platform-driven security approach in which visibility is improved across all infrastructure domains, devices, applications, and services — enabling protection before, during, and after attacks.
Full study findings can be found here.
I have no doubt that implementing the elements of a Fast IT model — including Cisco UCS — will help organizations to be more agile and innovative. By moving to a policy-based IT approach, IT can free resources and people to realize the longtime goal of becoming a true partner in driving business outcomes.
In the IoE economy, Fast IT is the way forward.
Join us in the social conversation on Twitter at #FutureOfIT.
Tags: CIO, data center, FastIT, Future of IT, innovation, Internet of Everything, Rebecca Jacoby
****This article has been updated to remove a factoid discussing IoE and manufacturing job growth.****
We have entered the world of the Internet of Everything (IoE)—a world that brings people, data, processes and things together into a vast web of connectivity. From wearable devices that monitor our vital statistics to household appliances that anticipate our needs to smart cars that detect traffic jams and automatically re-route our journeys, the IoE represents an increasingly digital and mobile world that promises to improve our lives.
Twenty-five billion devices will be connected by next year, and that number will grow to 50 billion by 2020. All of this new data that the IoE generates will change the job landscape forever. These are exciting developments with unprecedented potential, but the rapidly expanding IoE requires specialized skill sets that don’t yet exist, resulting in a critical talent gap. Read More »
Tags: Cisco Learning Network, industrial networking, Internet of Everything, internet of things, InternetofEverything, IoE, IoT