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   Batteryless, energy-harvesting systems could reshape the Internet of Things into a more sustainable societal infrastructure. 

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2. Internet of Samples

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   Abstract Material samples are indispensable data sources in many natural science, social science, and humanity disciplines. More and more researchers recognize that samples collected in one discipline can be of great value for another. This has motivated organizations that manage a large number of samples to make their holdings accessible to the world. Currently, multiple projects are working to connect natural history and other samples managed by individual institutions or individuals into a universe of samples that follow FAIR principles. This poster reports the progress of the US NSF‐funded iSamples project, in the context of other efforts initiated by US DOE, DiSCCo, BCoN, and GBIF. By October 2021, we will also be able to present an iSamples prototype. We encourage individual organizations that hold material samples to get to know these projects and help shape these projects to realize the goal of a global linked sample cloud that connects all material samples and is accessible to all. 

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3. Invited: IoB: The Vision of the Internet of Bodies

   https://doi.org/10.1109/MWSCAS57524.2023.10405903  

   Datta, Arunashish; Sen, Shreyas (August 2023, IEEE)

   Over six decades of semiconductor technology scaling (Moore's Law) and subsequently system size scaling (Bell's Law) has reduced the size of unit computing to virtually zero. This has led to computing becoming ubiquitous in everything around us, making everyday things smart. Similarly, tremendous progress in communication capacity (Shannon's theorem) has made these smart things connected to the internet and forming the Internet of Things (IoT). Many of these smart, connected devices are present in, on, or around the human body. This subset of IoT around the human body has a distinguishing feature, that it has a common medium, i.e. the body itself. This subset is increasingly becoming popular as the Internet of Bodies (IoB). In this paper, we look into the need and growth of IoB devices, including the technological landscape, current challenges and the future that IoB will enable for empowering humans. 

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4. The Internet of Biofilm Living AI Devices

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5. Anticipatory Ethics for a Future Internet: Analyzing Values During the Design of an Internet Infrastructure

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   Shilton, Katie (February 2015, Science and Engineering Ethics)