Hyphen is a technology firm dedicated to quantifying the true value of natural capital in real-time through building trust and accountability within carbon markets. It endeavors to make carbon markets a consistently viable and transparent financial instrument.
Hyphen’s operations feature an advanced atmospheric-based digital monitoring, reporting, and verification (aMRV) solution. This system features proprietary aMRV software that precisely quantifies greenhouse gas (GHG) flux data using on-site scientific instrumentation such as Eddy Covariance Towers.
The Hyphen platform ensures security through its incorporation of digital ledger technology (DLT) on the Hedera blockchain network. It leverages Hedera's immutable ledger to create secure, auditable records for GHG data and the entire MRV lifecycle. This is crucial for ensuring the verifiability of environmental data, enhancing the integrity of carbon credits, and addressing historical challenges of opacity in carbon accounting.
Hyphen’s offerings, including geospatial GHG data streams and Enterprise dMRV solutions, primarily target project developers and global carbon offsetters. By integrating its scientific MRV approach with Hedera’s capabilities, Hyphen aims to deliver verified climate intelligence and to foster a global financial system that effectively supports sustainable practices.
Project Information
Related Projects
Chainlink is a decentralized oracle network connecting smart contracts on various blockchains with real-world data, events, and off-chain computation. Its fundamental purpose is to enable hybrid smart contracts by providing them with secure and reliable access to external resources, thereby bridging the gap between on-chain and off-chain environments. Chainlink is recognized as an industry standard for building, accessing, and selling oracle services.
The platform offers a comprehensive suite of services to developers and enterprises. These include “Chainlink Price Feeds,” which deliver accurate and tamper-proof financial market data to DeFi applications, “Chainlink VRF” (verifiable random function) for generating provably fair randomness essential for NFTs and blockchain gaming, and “Chainlink Automation,” which provides decentralized and reliable smart contract automation. Furthermore, “Chainlink Functions” allow smart contracts to connect to any external API and run custom computations, while the cross-chain interoperability protocol (CCIP) facilitates secure data and token transfers across different blockchain networks. Chainlink Proof of Reserve offers automated verification of on-chain and off-chain reserves.
Acoer is an Atlanta-based technology firm founded in 2015 that specialises in developing blockchain-enabled software for the healthcare industry. The company's mission is to make health data more connected, usable, and secure by creating interoperable solutions that break down data silos and provide real-time insights.
Acoer's product suite includes the Health Data Explorer for analyzing medicolegal death investigation data, and HashLog, a data management and visualization tool. One of its key technologies is the Cryptographic Data Mesh, which creates a tamper-proof, auditable trail for data transactions. The company also developed RightsHash, a decentralised engine that uses NFTs to manage individual rights, such as patient consent for clinical trials.
Acoer's solutions are fundamentally integrated with the Hedera network. The company utilises the Hedera Consensus Service (HCS) to create immutable logs of data transactions, ensuring a verifiable "chain of custody" for sensitive health information. This allows Acoer to provide computational trust and cryptographic proof of data authenticity.
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.
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.