Vavelverse is a massively multiplayer online (MMO) game developed by gaming and tech company Vavel Games. It features an intricate multiverse of interconnected virtual worlds and across multiple MMO games. It was built on Vavel Games' proprietary, decentralized game engine which supports massive real-time player-vs-player (PvP) battles, capable of supporting thousands of players simultaneously in a single instance.
At its core, Vavelverse integrates Hedera Hashgraph technology, with support from the HBAR Foundation, to support digital ownership of in-game assets through Non-Fungible Tokens (NFTs). This allows players to own, trade, and manage their virtual items securely. The in-game economy of Vavelverse is powered by the Venly Market on the Hedera blockchain network.
The flagship game within the Vavelverse is "Imperium: Galactic War 3.0,” a space-based MMO set in a persistent sandbox universe where player actions directly impact the game's evolving economy. Vavelverse also features “Imperium: Galactic War Classic” and “Imperium: World War 3.”
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Starling Lab for Data Integrity is an academic research center that operates at the intersection of cryptography, decentralized web protocols, and the humanities. A joint initiative between the USC Shoah Foundation and Stanford University's Department of Electrical Engineering, the lab's mission is to develop and prototype tools and principles to establish trust in digital records. In an era of rampant misinformation and AI-generated content, Starling Lab is pioneering new methods to securely capture, store, and verify digital media.
The core of their work is the Starling Framework for Data Integrity, a comprehensive, open-source methodology for authenticating digital content. This framework is built on three pillars: Capture, which involves creating a chain of custody from the moment a photo or video is taken, Store, which uses decentralized networks like IPFS and Filecoin to securely distribute and preserve content, and Verify, which leverages immutable ledgers to register and audit the provenance of digital assets. This end-to-end approach has been applied in various real-world scenarios, from documenting the 78 days of the 2020 U.S. presidential transition with Reuters to preserving the USC Shoah Foundation's archive of 55,000 holocaust testimonies.
Dragon Glass is a real-time data streaming and analytics platform specifically designed for the Hedera network. It provides developers, businesses, and users with live, granular access to the vast amounts of data generated on the Hedera public ledger. This includes comprehensive details about transactions, Hedera Consensus Service (HCS) messages, Hedera Token Service (HTS) token transfers, and interactions with Hedera Smart Contracts.
Key features of Dragon Glass include robust real-time data feeds, which are delivered via APIs using protocols such as WebSockets or gRPC, enabling responsive application development. It also offers capabilities for querying historical ledger data, allowing for in-depth analysis and reporting. Users can filter data streams or subscribe to specific events, accounts, or topics relevant to their needs.
Dragon Glass supports a numerous use cases ranging from powering dApp front-ends and analytics dashboards to enabling exchanges and wallet providers with up-to-the-second information. It empowers the Hedera ecosystem by making its on-ledger data more accessible, actionable, and easier to integrate into diverse applications.
docStribute is a UK-based technology company that provides a secure and auditable solution for the distribution of sensitive documents. Founded with the goal of revolutionizing business communication, docStribute leverages distributed ledger technology to offer a more secure and efficient alternative to traditional methods such as email.
The company's core service is a document distribution platform that allows businesses to send documents of any sise with an immutable, auditable trail. When a document is sent through docStribute, a unique digital fingerprint of the document is created and recorded on a public ledger. This provides a verifiable record of when the document was sent and by whom, without storing the document itself on the blockchain. It’s designed to be user-friendly and to integrate with existing business workflows, offering features such as real-time tracking, delivery confirmation, and tamper-proof security.
docStribute's platform is built on the Hedera network. It uses the Hedera Consensus Service (HCS) to create a secure and transparent log of all document transactions.
The Liechtenstein Protocol is a decentralized compliance protocol developed by LCX, a regulated fintech company based in Liechtenstein. It’s designed to standardize the way security tokens and other tokenized assets are issued and traded on blockchains, with a strong focus on regulatory compliance.
The core of the Liechtenstein Protocol is a set of on-chain and on-token-level rules that can be embedded directly into a digital asset. These rules can automate compliance with a wide range of legal and regulatory requirements, such as those related to KYC (Know Your Customer) and AML (Anti-Money Laundering). Key services enabled by the protocol include on-chain asset management, which allows for the issuance, timelocking, and burning of tokens, as well as real-time tracking of a token's ownership through a "Token Holder Registry."
The Liechtenstein Protocol is blockchain-agnostic, but it has a key integration with the Hedera network leveraging the Hedera Token Service (HTS) to provide a secure, transparent, and compliant infrastructure for digital securities.