The evolution ofthe internet

The Internet of Things (IoT) refers to uniquely identifiable objects (things) and their virtual representations in an Internet-like structure. It overlaps with the notion of Ubiquitous Computing which usually conjures up a vision of small, inexpensive, robust networked processing devices, distributed at all scales throughout everyday life and generally turned to distinctly common-place ends.

Spotlight

Thin Film Electronics

Thin Film Electronics ASA (Ticker: THIN.OL) is a leader in the development of printed electronics. The first to commercialize printed rewritable memory, Thinfilm is creating printed system products that will include memory, sensing, display and wireless communication—at a cost-per-functionality unmatched by any other electronic technology. Thinfilm's roadmap of system products integrates technology from a strong and growing ecosystem of partners to enable the Internet of Things by bringing intelligence to disposable goods. Specialties Printed Memories, Printed Electronics - Temperature Threshold Detection Smart Labels, Integrated Printed Systems, NFC enabled smart labels, Printed Sensor Devices, NFC OpenSense™, EAS Electronic Article Surveillance

OTHER WHITEPAPERS
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NEXCOM IoT Controller Solution Brings Intelligence to Manufacturing

whitePaper |

By supporting Intel Gateway Solutions for the IoT, NEXCOM NIFE 100 is an application-ready solution that can enable business transformation based on Factory-ofThings. Packed with cross-communication capabilities, Ethernet-based business domain and the fieldbus-based factory domain. Using the NIFE 100, industrial companies can begin to transforms their factories by taking advantage of big data analytics. Equally important, they can immediately reduce business costs and improve operations with a simplified control scheme, simplified control network architecture, and reduced maintenance efforts.

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The Integrated Middleware Framework for Heterogeneous Internet of Things (IoT)

whitePaper | March 1, 2016

The rise of Machine-to-machine (M2M) communications is ingredient for transforming and automating our lives and society around us. A key enabler in accessing Internet of Things (IoT) resources as service end points is the M2M Application Programming Interface (API). The M2M API provides the means for the device to expose its capabilities and the services it may offer, so that remote machines may utilize them. Consequently, such APIs are necessary to enable proactive and transparent communication of devices, in order to invoke actions in IoT devices and receive the relating responses. The main idea of IoT is to expand the network extending it into homes, offices, building, cities. This leads to requirement of loosely coupling, reusability, scalability along with integrity. Now, in the era of smart object, service oriented methodology is providing efficient solutions. This paper will describe our journey to develop IoT framework starting from M2M APIs towards scalable service oriented architecture that leverages various opportunities to develop various applications using the same. The paper discusses about intrinsic characteristics of IoT with requirements of M2M APIs for IoT framework. It also talks about our M2M communication protocol stack prototype. It explains about how legacy M2M APIs are used in the IoT framework and their importance. This also explains about role of RESTful web services in service oriented framework along with challenges of creating IoT applications. It also discusses about our approach towards development of service oriented IoT framework.

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The Importance of the Edge for the Industrial Internet of Things in the Energy Industry

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It is clear that the Industrial Internet of Things (IIoT) has arrived—and is here to stay. Today’s IIoT is perhaps best defined by interconnectivity. This enables better monitoring, information gathering, role-based information presentation, and operator situational awareness—and ultimately leads to improved decision-making, increased optimization, improved safety, and lowered costs. The Energy Industry in particular is well-positioned to take advantage of the IIoT. The industrialized world needs energy, and the demand for hydrocarbons will not diminish in our lifetimes. But with the price of oil hovering around $50/barrel, companies need to reduce costs to be profitable. A recent MIT Sloan School of Management case study1 estimated that an unproductive day in a liquefied natural gas (LNG) facility could cost as much as $25 million. It also estimated that this happens an average of five times a year, costing a company $125 million per year per facility in unplanned downtime.

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IoT platforms: enabling the Internet of Things

whitePaper | March 10, 2016

This whitepaper examines the impact of the Internet of Things (IoT) and analyzes the role that IoT platforms play in enabling the development and implementation of IoT applications and services. The target audience for this whitepaper is first and foremost mobile operators that are assessing IoT platforms for incorporation into their own IoT strategies, but this whitepaper is also intended for IoT application developers and implementers as well.

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HighIoT Whitepaper

whitePaper | February 11, 2018

The information set out below may not be exhaustive and doesn’t imply any elements of a contractual relationship or obligations. The sole purpose of this Whitepaper is to present HighIoT, the Akita device and HIT tokens to potential token holders in connection with the proposed token sale. Despite the fact that we make every effort to ensure the accuracy, currency and relevance of any material in this Whitepaper, this document and the materials contained herein are not professional advice and in no way constitutes the provision of professional advice of any kind. To the maximum extent permitted by any applicable laws, regulations and rules, HighIoT doesn’t guarantee and doesn’t accept legal responsibility of any nature, for any indirect, special, incidental, consequential or other losses of any kind, in tort, contract or otherwise (including but not limited to loss of revenue, income or profits, and loss of use or data), arising from or related to the accuracy, reliability, relevance or completeness of any material contained in this Whitepaper.

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The Internet of Things: The power of actionable insight

whitePaper |

When we think of the Internet, we typically think of technologies that allow people to interact and access data—through email, social networks and more. The Internet is a communication conduit through which anyone, or anything, around the globe can communicate to get work done.

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Spotlight

Thin Film Electronics

Thin Film Electronics ASA (Ticker: THIN.OL) is a leader in the development of printed electronics. The first to commercialize printed rewritable memory, Thinfilm is creating printed system products that will include memory, sensing, display and wireless communication—at a cost-per-functionality unmatched by any other electronic technology. Thinfilm's roadmap of system products integrates technology from a strong and growing ecosystem of partners to enable the Internet of Things by bringing intelligence to disposable goods. Specialties Printed Memories, Printed Electronics - Temperature Threshold Detection Smart Labels, Integrated Printed Systems, NFC enabled smart labels, Printed Sensor Devices, NFC OpenSense™, EAS Electronic Article Surveillance

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