Capture, by Numbers Protocol, is a Web3 camera application designed to combat digital fraud and establish verifiable provenance for photos and videos. It functions as the primary creation tool for the Numbers Protocol network, allowing users to generate digital media that is authentic, traceable, and secure from the moment of creation. The app is targeted at content creators, photographers, journalists, and anyone concerned with the integrity and ownership of their digital work in an age of AI-driven misinformation.
When a user takes a photo or records a video with the Capture App, it automatically embeds the content with rich, tamper-proof metadata. This includes critical information such as the creator's identity, a secure timestamp, and geolocation data. This entire package is then registered on a blockchain, creating an immutable "birth certificate" for the asset. This process adheres to the C2PA (Coalition for Content Provenance and Authenticity) standard, ensuring a high degree of trust.
This "Capture-secured" content provides a clear and verifiable history that travels with the asset, allowing anyone to confirm its origin and view any subsequent edits. Furthermore, the app provides a seamless, one-click process for users to mint their verified content as non-fungible tokens (NFTs) on various blockchains.
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The Hyperledger Fabric plugin for Hedera Consensus Service (HCS) enables Hyperledger Fabric networks to utilize the Hedera public network for transaction ordering. This plugin allows developers to replace or augment traditional Fabric ordering services such as Raft or Kafka with HCS, leveraging Hedera's asynchronous Byzantine Fault Tolerant (aBFT) consensus mechanism.
The core function of the plugin is to have Fabric orderer nodes submit endorsed transactions to a designated topic on the Hedera Consensus Service. HCS then assigns these transactions a unique, immutable, and verifiable consensus timestamp and sequence. Fabric orderers subscribe to this topic via a Hedera mirror node, retrieve the ordered transactions, and use this sequence to consistently form blocks and propagate them within the private Fabric network.
By integrating HCS, Hyperledger Fabric applications gain several benefits including enhanced trust and decentralization in the ordering process, public verifiability of transaction sequences for increased auditability, and potentially reduced operational complexity compared to managing a traditional private ordering service.
Earth 1.1 is a financial technology platform that connects capital with carbon-neutral energy projects, aiming to accelerate the adoption of renewable energy and foster a sustainable, circular economy. The company's vision is to create a self-sustaining renewable energy industry that not only addresses environmental challenges but also generates high-tech job opportunities.
The core of Earth 1.1's offering is a scalable and secure digital platform that serves multiple functions. Primarily, it acts as a financing channel, allowing both institutional and individual investors to discover and fund a range of renewable energy and carbon mitigation ventures. For project developers, the platform features a project submission portal where they can register their initiatives to seek collaborative opportunities and expedite development. Beyond financing, Earth 1.1 is also building a community dedicated to environmental sustainability, creating an ecosystem for like-minded individuals and organizations to connect and drive the transition to a greener planet.
Pyth Network is a first-party financial oracle network that supplies extremely low-latency real-world price data across crypto, equities, forex, commodities, and ETFs. In February 2024 the Pyth catalog of over 400 price feeds was launched on Hedera via a partnership with the HBAR Foundation, giving developers permission-less access to real-time data and confidence intervals to improve DeFi risk management. HLiquity, a decentralized borrowing protocol on Hedera, became the first application to integrate these feeds to ensure accurate pricing and proper collateralization.
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.