Korbit is a South Korean cryptocurrency firm base in Seoul and launched in 2013. It was the first exchange to launch a Bitcoin-Korean Won (BTC/KRW) market. It’s primary features include facilitating buying, selling, and secure storage of a broad spectrum of digital assets, encompassing major cryptocurrencies including Bitcoin and Ethereum, alongside numerous altcoins, primarily through KRW pairings.
Beyond these core trading functions, Korbit users can engage in crypto-to-crypto trading, utilize the platform’s dedicated digital asset wallet, and participate in staking services to earn rewards on their holdings. Korbit also operates a non-fungible token (NFT) marketplace and provides tools such as automated trading, recurring investment options, and bundled asset purchases.
Korbit employs employs robust security measures including multi-factor authentication and substantial cold wallet storage. The exchange is committed to full compliance with South Korea's stringent financial regulations, encompassing comprehensive anti-money laundering (AML) and know-your-customer (KYC) procedures and collaboration with domestic financial institutions such as Shinhan Bank for verified real-name accounts.
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PowerSynch is a digital platform developed by American PowerNet, the first independent company to be granted a power marketer license by the Federal Energy Regulatory Commission (FERC). It specializes in providing direct access to wholesale electricity markets for commercial and industrial clients.
The PowerSynch platform functions as a marketplace for sustainable energy, connecting large-scale buyers directly with renewable energy generators. Its primary service is to facilitate transparent and efficient online transactions for wholesale power, bundled with Renewable Energy Credits (RECs). The platform enables buyers to competitively bid for wholesale blocks of power, offering flexible, short-duration Power Purchase Agreements (PPAs). For sellers, PowerSynch provides a streamlined process to offer their renewable energy to a larger market with the assurance of payment upon delivery. The platform manages the physical delivery of power and provides audit-ready data for environmental reporting.
PowerSynch leverages the Hedera network to ensure the transparency and verifiability of its transactions. The use of Hedera is intended to increase trust in the renewable energy market, prevent double-counting of RECs, and provide a secure, auditable trail for all transactions.
Zero Hash is a business-to-business-to-consumer (B2B2C) crypto-as-a-service infrastructure provider that empowers businesses to integrate digital assets from the Hedera blockchain network directly into their customer experiences. It offers a comprehensive, API-driven solution for custody, liquidity, and regulated settlement for cryptocurrencies and stablecoins.
It provides a crucial on-ramp for Hedera ecosystem, enabling business clients to natively integrate Hedera Hashgraph into their platforms quickly and easily. This allows businesses to offer their customers the seamless ability to send, receive, store, and convert fiat, crypto, and stablecoins within a single cross-platform capable engine powered by Zero Hash's infrastructure.
Zero Hash is committed to compliance and regulatory coverage. It provides a “regulatory stack as a service” model and is licensed to operate in numerous territories including the US, Canada, Europe, Australia, and many more. This allows businesses to launch compliant crypto and stablecoin products with support for a wide array of assets across numerous blockchains and geographies and advances the utility of the native Hedera HBAR and HTS tokens.
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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.