The TOGAF® Standard and the Internet of Things

A Quick Introduction To the TOGAF® Standard

The TOGAF® Standard is developed and maintained by The Open Group, a global consortium upon which organizations rely to lead the development of technology standards and certifications. The TOGAF Standard is mainly intended to provide a structured approach to organizations that seek to organize and govern the implementation of technology. The objective is to employ standardized conceptual frameworks to ensure software development projects meet business objectives.

The original development of the TOGAF® Standard was based on the Technical Architecture Framework for Information Management or TAFIM, which was devised originally by the United States Department of Defense. Starting from this foundation, the members of The Open Group Architecture Forum have developed successive versions of the TOGAF Standard and published each one on The Open Group website.

What Is The Internet of Things (IoT)?

One of a host of new and convergent technologies, the Internet of Things is a continuously growing network of objects and devices with ports for internet connectivity and an IT address. The IoT, as it’s known, links these devices together and facilitates data transmission between them. The IoT environment allows objects, people, or even animals to transmit data over a network with the help of unique identifiers without any human-to-human contact or human-to-computer interaction.



According to the Cisco IBSG, or the Cisco Internet Business School, the Internet of Things emerged between 2008 and 2009, when more objects than people were connected.

IoT's capabilities extend to traditional devices like laptops, desktops, and smartphones, as well as to a diverse and wide range of devices used by people as everyday appliances. These devices have technology embedded in them that will enable them to communicate and interact with the external environment via the Internet.
 
Examples of appliances and devices that can be included in the Internet of Things's wide scope are thermostats, electronic appliances, speaker systems, cars, security systems, lights, vending machines, and more.

The co-founder and executive director of the Auto-ID Center, MIT, Kevin Ashton, first used the term Internet of Things during a presentation made at a Procter and Gamble presentation in 1999. This is how he explained the concept and its potential:

“Today, computers -- and, therefore, the Internet -- are almost wholly dependent on human beings for information. Nearly all of the roughly 50 petabytes (a petabyte is 1,024 terabytes) of data available on the Internet were first captured and created by human beings by typing, pressing a record button, taking a digital picture or scanning a bar code. 

The problem is people have limited time, attention and accuracy, which means they are not very good at capturing data about things in the real world. If we had computers that knew everything there was to know about things -- using data they gathered without any help from us -- we would be able to track and count everything and significantly reduce waste, loss and cost. We would know when things needed replacing, repairing or recalling and whether they were fresh or past their best.”

Evaluating IoT Readiness in Open Platform 3.0

The Internet of Things is one of the technologies addressed by Open Platform 3.0. The IoT standards will do for IoT what HTML and HTTP did for the web, which is enable everything to be connected instantly. Vendors will be able to constantly gather information about customers from their products throughout their lifecycle, enabling optimization of maintenance of operations and providing safety at a lower cost. It will become much easier for enterprises to monitor and control any installed equipment and integrate it into intelligent solutions.
 
The QLM, or Quantum Lifecycle Management Work Group, works towards providing a framework for the development and consolidation of the open standards necessary to enable lifecycle management to evolve beyond the traditional limits of product lifecycle management.

​The IoT work group has been successful in producing two IoT standards, namely, the Open Data Format (O-DF) and the Open Messaging Interface (O-MI), which is currently working on a standard for the lifecycle management of IoT.

Open Data Format (O-DF)

The O-DF, or the Open Data Format, is a standard that represents information that can be explained and understood by all information systems working on managing IoT-related data. OD-F can be used to publish any data using only an ordinary URL address. When used together with the O-MI standards, the structures can also be used to request and send information or public data between systems.

Open Messaging Interface (O-MI)

The O-MI fulfills the IoT standards similar to HTTP for the internet. Examples of exchanged data are alarm or lifecycle events, sensor readings, or requests for historical data, changes to existing data, etc. Like HTTP, which transports payloads in formats other than HTML, O-MI can transport payloads in any format. At present, XML is the most common text-based payload format, but formats like CSV and JSON can also be used.

So What Is The Open Platform 3.0?

The Open Platform 3.0 is a forum that focuses on the emerging and new technology trends that are being integrated to lead new and improved business models and system designs. The trends include:

Though united by the growing consumerization of technologies and user behavior resulting in new business models, there are still a few architectural issues and structural considerations.

But Why the Internet of Things?

The emphasis on the Internet of Things is not misplaced. The IoT is revolutionary in its scope and will allow billions of daily objects to interact with each other over the Internet, potentially changing the way we live and work completely. Its benefits include:

That said, the IoT does come with its own unique set of challenges. Data will increase by the day, thus requiring much better indexing, processing power, storage and systems. Another disadvantage is that the devices will consume more energy and power at a time when saving energy and cutting consumption have become more important than ever before. Critics also foresee a rise in privacy and security concerns. Once everything is connected, it will become easy to breach security.

Why Must We Adapt to an IoT-Driven World?

Put simply, the Internet of Things will be as pervasive as the World Wide Web is today. One estimate puts the number of devices that can be connected to the Internet at 12 billion. Researchers at the IDC have estimated that there will be 26 times as many connected things as people by 2020 and that the global Internet of Things market is expected to be valued at over $1.7 trillion by 2020!

Consumer applications are said to drive numbers shortly, and enterprise will account for the bulk of the revenue.



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