Viewblock Integrations

THORChain functions as a decentralized liquidity protocol for cross-chain transactions, leveraging Tendermint and the Cosmos-SDK while employing Threshold Signature Schemes (TSS). Rather than pegging or wrapping assets, it effectively orchestrates their movement according to user interactions. The protocol monitors user deposits into its vaults, executes necessary business operations like swaps or liquidity adjustments, and manages outgoing transactions seamlessly. Acting as a decentralized vault manager, THORChain ensures that all processes are resilient to Byzantine faults. Its core mission is to maintain a decentralized structure and prevent any form of centralization or market manipulation while enhancing cross-chain liquidity. By securing only the assets held in its vaults, THORChain provides robust economic assurances regarding the safety of those assets, fostering user trust and participation in the ecosystem. In doing so, it aims to create a more interconnected and liquid blockchain environment.

To transfer cryptocurrency, it's essential to have the blockchain domain of the person you're sending to. With just a single domain, you can easily send Bitcoin, Ethereum, and a variety of other cryptocurrencies, eliminating the hassle of sending funds to an incorrect address. Unlike traditional domains, blockchain domains are owned permanently rather than rented, allowing you to purchase one with a single registration fee, so you don’t have to worry about renewals. Once acquired, the domain is kept securely within your wallet, akin to your cryptocurrencies, ensuring that only you have the ability to manage it. You can also link your domain to content stored on a decentralized network, enhancing its utility. After claiming your name on the blockchain using your wallet, you have the ability to transfer the domain whenever you wish, providing both ownership and flexibility in how you use it. This innovative approach to cryptocurrency transactions simplifies the process and enhances security for users.

At Zilliqa, we harness our efficient, rapid, and cost-effective blockchain technology to revolutionize digital infrastructure for communities and industries around the globe. Our dedication lies in providing a scalable and secure platform tailored for developers and businesses aiming to create decentralized applications. The innovative use of sharding enables our blockchain to expand in a linear manner, which guarantees that the Zilliqa platform can adapt to the demands of an ever-growing ecosystem of miners and applications. Furthermore, Zilliqa is driven by Scilla, the first peer-reviewed smart contract language designed with safety in mind. By employing functional programming principles reminiscent of OCaml, Scilla enhances its compatibility with static checks and formal verification processes. Additionally, Zilliqa's consensus mechanism significantly minimizes the environmental impact of mining, as it requires only 1 minute of mining every 2-3 hours, thus allowing dual-mining with other blockchain networks simultaneously. This efficient approach not only fosters sustainability but also promotes increased participation from a diverse range of users.

Arweave represents an innovative storage solution that secures data through sustainable and perpetual funding, granting users and developers the unprecedented ability to permanently store information. Functioning as a collectively managed hard drive that retains memories, Arweave ensures the preservation of significant data, applications, and historical records without the risk of alteration. By safeguarding our past, it effectively stops the potential for others to rewrite history. In addition, the Arweave network hosts the permaweb, a globally organized, community-driven web where individuals can contribute and earn rewards for their efforts in maintaining it. The permaweb resembles the conventional web, yet all its assets—from images to comprehensive applications—are eternally accessible, swiftly retrieved, and decentralized. While the original web connected individuals across great distances, the permaweb links people across extensive spans of time, eliminating issues such as 404 errors, unannounced content changes, and the decline in quality of web applications. This revolutionary approach to data storage and accessibility redefines our relationship with information and history.