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.
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.
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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Merkle Science is an artificial intelligence-powered blockchain analytics, threat detection, and predictive risk platform. It provides a comprehensive suite of solutions to detect, investigate, and prevent illicit on-chain activities.
Its detection and mitigation tools go beyond simple identification and blacklisting to provide actionable intelligence for a broad range of clients. These include cryptocurrency exchanges, DeFi platforms, NFT marketplaces, financial institutions, and government and law enforcement agencies.
Through its “Compass" and “Tracker” tools, Merkle Science offers predictive risk monitoring and regulatory compliance (KYC/AML/CFT) for automated forensic investigations enabling cross-chain tracing capabilities. Its “Onchain Pulse” service also provides a deep data platform for AI-powered analytics.
Merkle Science’s Know Your Blockchain Business (KYBB) platform leverages comprehensive risk profiles that combine proprietary on and off-chain data to facilitate analytical data-based vendor due diligence.
Expanding beyond analysis and mitigation, Merkle Science also offers training and certification programs for professionals conducting operations in the digital asset space. These include MiCar compliance certification for stablecoin issuers, AML and CFT certification, and cryptocurrency investigation certifications.
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Identity Snap, developed by Tuum Technologies, is an open-source plugin that extends the functionality of MetaMask to include support for decentralized identifiers (DIDs) and verifiable credentials (VCs). This transforms MetaMask into a DID wallet, allowing users to manage their digital identities in a secure and self-sovereign manner.
The core of the Identity Snap service is its ability to create, manage, and verify DIDs and VCs directly within the MetaMask interface. It supports multiple DID methods, including did:pkh, did:key, and did:hedera, giving users a range of options for creating and controlling their digital identities. Key features include the ability to resolve DIDs to their corresponding DID documents, create and save VCs, and generate verifiable presentations (VPs) for sharing with other parties.
Identity Snap's did:hedera method allows users to anchor their digital identities on the Hedera public ledger, taking advantage of its high throughput, low fees, and robust security. The Hedera Consensus Service (HCS) is used to create a transparent and auditable record of all DID and VC events, ensuring the integrity and verifiability of the credentials.
EtaSwap is the first decentralized exchange (DEX) aggregator on the Hedera network. Its primary purpose is to consolidate liquidity from various decentralized exchanges within the Hedera ecosystem into a unified interface. This allows users to trade Hedera-based digital assets more efficiently, circumventing the need to navigate multiple platforms to find the best terms.
The platform functions by identifying the most advantageous prices and optimal trading routes across integrated DEXs for a given token swap. Key features include route optimization, direct integration with multiple Hedera DEXs, and a user-friendly interface designed to simplify the trading process. EtaSwap offers the potential for better execution rates and reduced slippage on their trades.
EtaSwap aggregates liquidity from prominent Hedera DEXs including SaucerSwap , Pangolin, HeliSwap, and HSuite. It serves as a single entry point for token swaps on Hedera, offering users seamless access to the combined liquidity of these platforms and is open to integrating additional exchanges.
Everyware is a complete solution for digitally tracking and monitoring healthcare assets in hospital and virtual ward environments. It utilizes universal healthcare asset tracking software and sensory equipment to provide operational intelligence designed to improve efficiency, identify and respond to emergent issues, and help healthcare professionals make impactful, data-driven decisions in real time.
Its unified cloud services suite for healthcare professionals combines medical asset tracking, community asset management, patient wellbeing monitoring, vehicle tracking, medical laboratory and pharmacy storage temperature monitoring, and building environment tracking into a single platform.
Everyware’s hybrid asset location monitoring solution combines three types of technology in a comprehensive digital suite: global positioning system (GPS), radio frequency identification (RFID), and real-time location system (RTLS). This combination ensures holistic, uninterrupted monitoring and actionable alerts for high priority healthcare systems.
In order to facilitate secure, immutable monitoring, Everyware utilizes the Hedera Hashgraph algorithm to provide an efficient, high-throughput, low-latency solution for its bespoke sensor systems ensuring continuous IoT connectivity.