SEUN is a technology company developing an Internet of Things (IoT) device for monitoring water data. Its mission is to provide a secure and stable data management system to protect and prolong the life of large infrastructure that relies on water, such as hospitals, cooling towers, and well systems.

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The core of SEUN's service is its customizable IoT device that can be used to monitor virtually any liquid. The platform is designed to provide real-time data and insights, functioning as a security system for water-based infrastructure. A key feature of the system is its use of distributed ledger technology to mitigate fraudulent activity and ensure the integrity of the data. The company's process is also GDPR compliant, underscoring its commitment to data privacy and security.

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SEUN's platform is build in Hedera. It uses the the Hedera Consensus Service (HCS) to provide an immutable and verifiable log of all water data, creating a "single source of truth" that can be trusted by all stakeholders. 

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Twigital is a decentralized application (dApp) that enables users to create tokenized digital twins of physical objects. These digital twins are represented as 3D objects, which can be minted as non-fungible tokens (NFTs) on the Hedera network. The platform allows users to memorialize objects in the Web3 space. 

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The Twigital mobile application is available on iOS where it uses photogrammetry to capture real-world objects. Users can generate 3D models of objects from photographs. The app guides users through this process with detailed instructions and, once created, these 3D models can be minted as NFTs.

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A key feature of Twigital is its integration with the Hedera network. Users connect their Hedera wallets to manage digital assets. This enables easy valuation, trading, and viewing of NFT details. The assets created are content-addressed using interplanetary file system(IPFS), providing unique identification for each digital twin. These unique twins can then be linked to minted NFTs. Twigital covers the transaction fees for creating these NFTs, which are factored into the cost of using the service.

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SEALSQ is a Swiss-based semiconductor company that specialises in developing secure microcontrollers and implementing post-quantum cryptography. A subsidiary of WISeKey, SEALSQ provides the hardware foundation for securing connected devices in a wide array of industries, including smart energy, automotive, industrial automation, and consumer electronics. 

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SEALSQ’s product portfolio is centred on providing end-to-end digital security. This includes the VaultIC family of secure elements, which are tamper-resistant microcontrollers offering cryptographic services for authentication and data integrity. They also develop secure ARM platforms and are pioneering post-quantum RISC-V chips to protect against future threats from quantum computing. Beyond the chips themselves, SEALSQ provides Public Key Infrastructure (PKI) and provisioning services, allowing for the secure management of a device’s digital identity throughout its lifecycle.

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SEALSQ is partnered with Hedera to integrate its quantum-resistant semiconductors directly into the Hedera network's infrastructure. This partnership aims to protect the Hedera ecosystem from the emerging threat of quantum computing by "future-proofing" digital signatures and communication channels. Specifically, SEALSQ's hardware will be used in the SEALCOIN project, a tokenised platform for machine-to-machine (M2M) transactions on Hedera, which is a core component of the DePIN (Decentralised Physical Infrastructure Network) being developed by WISeKey and its subsidiaries.

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BlockScience, founded in 2017, is an R&D, engineering, and analytics firm that specializes in the design and analysis of complex systems. With an interdisciplinary team of engineers, data scientists, and social scientists, the company applies advanced mathematical and computational engineering to model, simulate, and design resilient socio-technical systems for a diverse range of clients, including for-profit companies, non-profits, and government organizations.

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The firm's core service is providing a rigorous, data-driven approach to designing and validating economic and governance mechanisms. A key product in their toolkit is cadCAD, an open-source Python-based modeling framework they developed. This tool allows for the creation of "digital twins" of complex systems, enabling clients to simulate and test new business models, market designs, or automated smart contract logic before deployment. This approach is used to analyse system safety, resilience, and sustainability under various conditions.

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BlockScience has a direct collaboration with Hedera and the Hedera Foundation to design and model innovative market mechanisms for renewable energy and other environmental assets. This work includes the development of Automated Regression Market Makers (ARMMs), a novel price discovery mechanism for semi-fungible assets like energy credits.

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