In Part 1 of this blog series, I talked about how data integration provides a critical foundation for capturing actionable insights that generate improved outcomes. Now, in Part 2, I’ll focus on the two other challenges that must be met to extract value from data: 1) automating the collection of data, and 2) analyzing the data to effectively identify business-relevant, actionable insights. This is where things, data, processes, and people come together.
Let’s start with automation.
After IoT data is captured and integrated, organizations must get the data to the right place at the right time (and to the right people) so it can be analyzed. This includes automatically assessing the data to determine whether it needs to be moved to the “center” (a data center or the cloud) or analyzed where it is, at the “edge” of the network (“moving the analytics to the data”).
The edge of the network is essentially the place where data is captured. On the other hand, the “center” of the network refers to offsite locations such as the cloud and remote data centers — places where data is transmitted for offsite storage and processing, usually for traditional reporting purposes. The edge effectively could be anywhere, such as on a manufacturing plant floor, in a retail store, or on a moving vehicle.
In “edge computing,” therefore, applications, data, and services are pushed to the logical extremes of a network — away from the center — to enable analytics knowledge generation and immediate decision-making at the source of the data.
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Tags: analytics, connected analytics, data, data analytics, edge, edge analytics, edge computing, future workforce, Internet of Everything, internet of things, IoE, IoT
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.
Read the case study and you’ll see the provision of Cisco wireless technologies helped enable CNR overcome some business challenges:
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.
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Tags: #IoE, #wireless, Canadian Natural Resources, cisco wireless network, Internet of Everything, internet of things, IoE, IoT, oil and gas, oil rigs, Provista, Provista IP Communications
We all know that Big Data is getting bigger. And, the gap between the amount of data with hidden value and the amount of value that is actually extracted keeps widening. In fact, according to IDC, less than 1 percent of the world’s data is currently being analyzed. What good is data if it doesn’t produce actionable insights that generate improved outcomes?
A large portion of the world’s data is produced by the billions of connected objects that make up the Internet of Things (IoT), a critical enabler of the Internet of Everything. In Cisco Consulting Services, we recently conducted a blind global survey to learn more about how organizations are harnessing IoT to transform their businesses — and what they can do to drive more value. Read More »
Tags: connected analytics, data analytics, edge computing, future worker, Internet of Everything, internet of things, IoE, IoT
There’s a lot at stake—$19 trillion in fact—as companies transform into digital businesses to capture value from the Internet of Everything (IoE). More than 42 percent of this value, or $8 trillion, will come from one of IoE’s chief enablers, the Internet of Things (IoT). While IoE is the networked connection of people, process, data, and things, IoT is the intelligent connectivity of physical devices that is driving massive gains in efficiency, business growth, and quality of life. So why worry about IoT when we have IoE? Simple, IoT often represents the quickest path to IoE and the $19 trillion that’s there for the taking.
Cisco Consulting Services recently conducted a blind global survey to Read More »
Tags: connected analytics, data analytics, edge computing, future workforce, Internet of Everything, internet of things, IoE, IoT
Ten large oil refineries produce about 10 terabytes of data each day, which equates to the entire printed collection of the U.S. Library of Congress.
One modernized city the size of Singapore can generate about 2.5 petabytes of data every day, which translates to all U.S. academic research libraries combined.
And with more than 14 billion, data-transmitting devices connected to the Internet today, growing to 50 billion by 2020, it is little wonder that most of us are overwhelmed by this mind-boggling explosion of data.
Turning this flood of raw data into useful information and even wisdom for better business decisions and quality of life experiences is what the Internet of Everything (IoE) is all about. This is a daunting task. According to IDC Research, just .5% of all data is used or analyzed, and online data volumes are doubling every two years from a combination of mobile devices, videos, sensors, M2M, social media, applications and much more.
Connected Analytics Portfolio
Last Thursday, however, Cisco unveiled our Connected Analytics portfolio for the Internet of Everything, a unique approach that includes software packages to bring analytics to the data, regardless of its location or whether it is in motion or at rest. This new generation of analytics tools for IoE can convert more and more data into valuable intelligence — from the inter cloud, to the data center to the network’s edge.
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Tags: analytics, Big Data, Cisco, Fog, Internet of Everything, internet of things, IoE, IoT, Process Improvement, Wim Elfrink