The Internet of Future

September 10, 2017

Technology has been instrumental in shaping our civilization and our way of life, transforming everything around us in one form or another. With new technologies stepping in, transformation is inevitable. A lot of what we could only imagine a few years earlier is our reality today, thanks to these technologies that enable us to do new things and other things better.

Spotlight

Terepac Corporation

Current methods for manufacturing electronics create products that are thick, heavy, rigid, and expensive, with a heavy environmental footprint. Terepac was founded in 2004 to commercialize breakthrough innovations which over­come these limitations through an entirely new paradigm for assembly, integration and packaging of electronic products. The company’s revolutionary technologies enable sophisticated microelectron­ics to be printed on flexible substrates at a fraction of the size and cost of creating conventional circuits. Entire devices with microprocessors, memory, and sensors can be reduced to less than a millimeter square, thinner than paper, and flexible enough to bend around a pencil – with no sacrifice in performance. As a result, these tiny electronics can be used in ways previously not thought physically or economically feasible. They also allow existing devices, components and products to be transformed into small, flexible forms which were previously impractical or even

OTHER WHITEPAPERS
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The Global Smart Industry Readiness Index Initiative: Manufacturing Transformation Insights Report 2022

whitePaper | February 14, 2022

The Smart Industry Readiness Index (SIRI) comprises a suite of frameworks and tools to help manufacturers – regardless of size or industry – start, scale and sustain their digital transformation journeys. The ongoing COVID-19 pandemic and the reshaping of production value chains globallyare spurring the manufacturing community to embrace digitalization with greater focus and urgency, motivated not only by potential gains in efficiency.

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Using eSIM and iSIM will save money for IoT deployments

whitePaper | June 22, 2022

Transforma Insights analysis points to an 8-13% saving to be made on lifetime connectivity spend by enterprises if they choose eSIM and iSIM options rather than removable plastic SIM cards for their IoT deployments. Embedded SIM (eSIM), and to a lesser extent its coming successor integrated SIM (iSIM), have established themselves as part of the range of capabilities that need to be carefully considered by an organisation when planning a cellular-based IoT solution. Alongside the physical components of eSIM and iSIM.

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CYBER SECURITY IN THE ERA OF INDUSTRIAL IOT

whitePaper | February 6, 2020

Industrial cyber security has been a topic of much debate over the last decade. Despite the industry’s widespread acknowledgement of its significance, cyber security in the industry continues to be an elusive subject for many. A huge gap exists in understanding the implications of cyber security; however, the subject has been greatly discussed. Interestingly, the industrial environment is currently passing through a key phase, where the idea of Internet of Things (IoT) is beginning to pervade all areas of industrial operation. This ongoing change is poised to expand the complex security needs in the factories of the future.

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Smart Intersections – IoT insights using Wi-Fi

whitePaper | November 28, 2019

Globally, more than 1.25 million people die in road traffic crashes every year and a further 50 million people are injured or disabled.¹ Meanwhile, congestion costs Australians $16.5 billion in 2015, according to the Bureau of Infrastructure, Transport and Regional Economics. The price of congestion is expected to double between $27.7 and $37.3 billion by 2030, without major policy changes.

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The Rise of Single Pair Ethernet in IIoT

whitePaper | May 12, 2022

Traditionally the networking architectures used within the industrial domain have been many and varied. With its established enterprise IT roots, Ethernet was always going to be the backbone network of choice to link the worlds of operational technology (OT) and information technology (IT) together. However, since the arrival of Industrial IoT (IIoT), connecting all the production assets, such as sensors, actuators, robots, and the myriad of other equipment, typically involved proprietary, vendor-specific networking. The availability of single-pair Ethernet (SPE) looks set to change this legacy approach.

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Zero Trust Network Access (ZTNA) and its Adoption

whitePaper | September 22, 2022

The complexity and cost of ensuring network security and remote access for employees and key business partners can overwhelm smaller businesses. Higher cloud adoption, a distributed workforce, mobile employees, the proliferation of Internet of Things (IoT) devices, and increasingly sophisticated cyberattacks make traditional methods of ensuring secure communications across your organization overly complex and expensive. Zero Trust Network Access (ZTNA) reduces the surface area for attack by following zero trust tenets to provide access to applications. ZTNA from OpenVPN Cloud creates a private, secure overlay network for businesses, which connects all of their applications, private networks, workforce, and IoT devices together without needing to own and manage a multitude of complex and hard-to-scale security and data networking gear.

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Spotlight

Terepac Corporation

Current methods for manufacturing electronics create products that are thick, heavy, rigid, and expensive, with a heavy environmental footprint. Terepac was founded in 2004 to commercialize breakthrough innovations which over­come these limitations through an entirely new paradigm for assembly, integration and packaging of electronic products. The company’s revolutionary technologies enable sophisticated microelectron­ics to be printed on flexible substrates at a fraction of the size and cost of creating conventional circuits. Entire devices with microprocessors, memory, and sensors can be reduced to less than a millimeter square, thinner than paper, and flexible enough to bend around a pencil – with no sacrifice in performance. As a result, these tiny electronics can be used in ways previously not thought physically or economically feasible. They also allow existing devices, components and products to be transformed into small, flexible forms which were previously impractical or even

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