The D'CENT Wallet is cryptocurrency storage solution developed by IoTrust, a South Korean company founded by security experts. Its flagship product is the D'CENT Biometric Wallet, a hardware device emphasizing robust security through features including a Common Criterial Evaluation Assurance Level 5+ (EAL5+) certified Secure Element chip, fingerprint authentication for transaction signing, and a bespoke onboard secure operating system.
The D’CENT cold storage wallet supports numerous digital assets including Bitcoin, Ethereum, XRP, Hedera tokens, and many other mainnet coins and tokens. It also provides a mobile application that serves as an interface for its hardware wallets (Biometric and Card-type) and can also function as a standalone software wallet facilitating portfolio management, secure transactions, and access to decentralized applications (DApps) via its Discovery tab.
The D’CENT platform supports management of non-fungible tokens (NFTs) and other Web3 assets as well as offering features for cross-chain interaction through its platform and user application.
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W3C Decentralised Identifiers (DIDs) are a new type of globally unique identifier designed to enable verifiable, decentralised digital identity. As a formal web standard published by the World Wide Web Consortium (W3C), the DID architecture is a foundational component for building a more secure and user-centric internet.
Unlike traditional identifiers such as email addresses or usernames, DIDs are not tied to any centralised registry or company. This means that individuals and organisations can create and control their own identifiers, giving them "self-sovereign" control over their digital identities. The core of the system is the DID Document, a JSON file that contains the cryptographic keys and service endpoints associated with a DID. This document is stored on a distributed ledger or other decentralised network, allowing for secure and verifiable interactions.
The Hedera Consensus Service (HCS) is used to create a tamper-proof and auditable log of all DID-related events, such as creation, updates, and revocation.
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.
HederaExplorer, developed by Acoer with support from The HBAR Foundation, is mirror node explorer tool and rich Hedera transaction analytics platform specific to the Hedera blockchain ecosystem. Its purpose is to offer a decentralized and cost-effective means to store and query historical data from Hedera's public mainnet, thereby lowering the demand on network resources. It offers rich visualization and real-time reporting of many Hedera transactions, allowing the community to easily absorb insights about the network and its activities.
Users also have access to on-request advanced features, such as historical reporting, archives by timeframe or accounts, and topic-based transactions. It is a unique tool for Hedera enabling real-time performance in an open, scalable, and economically sustainable manner.
The platform is built using Acoer's HashLog data management and visualization technologies, combined with an open-source online analytical processing (OLAP) data architecture. This foundation allows HederaExplorer to deliver its insights effectively. Beyond its standard real-time reporting and visualization capabilities, HederaExplorer also provides access to on-request advanced features. These advanced options include functionalities such as detailed historical reporting, the ability to create archives based on specific timeframes or accounts, and access to topic-based transactions from the Hedera Consensus Service.
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Carbon Central, developed by Australian tech firm NoviQTech, is an enterprise-grade software platform designed to help large organizations manage the complexities of carbon accounting and environmental, social, and governance (ESG) reporting. The platform provides a unified, end-to-end solution for companies to measure, analyze, and report on their environmental footprint, particularly their Scope 1, 2, and 3 carbon emissions. It aims to replace disparate spreadsheets and manual data collection methods with a single, auditable system of record.
The platform is built on the Hedera network, leveraging its technology to bring a high level of integrity and trust to the ESG data management process. A key feature of Carbon Central is its use of the Hedera Consensus Service (HCS) to create an immutable and verifiable audit trail. As enterprises input emissions data, supplier information, and other critical ESG metrics into the platform, a cryptographic hash of that data is submitted to the Hedera public ledger. This process provides a tamper-proof timestamp and a transparent, auditable record that can be securely shared with and verified by regulators, investors, and other stakeholders.