Viewblock Integrations

THORChain serves as a decentralized liquidity protocol that enables cross-chain transactions by utilizing Tendermint and the Cosmos-SDK, alongside implementing Threshold Signature Schemes (TSS). Instead of relying on pegging or wrapping assets, it skillfully manages asset transfers based on user activities. The protocol diligently tracks user deposits in its vaults, performs essential operations such as swaps or liquidity modifications, and efficiently handles outgoing transactions. Functioning as a decentralized vault manager, THORChain guarantees that all operations are robust against Byzantine faults. Its primary objective is to uphold a decentralized framework, preventing any centralization or market manipulation while improving cross-chain liquidity. By securing the assets contained within its vaults, THORChain offers strong economic assurances about their safety, which enhances user trust and engagement within the ecosystem. Consequently, it strives to cultivate a more interconnected blockchain landscape, providing users with a seamless experience across different networks. This commitment to decentralization and security ultimately positions THORChain as a pivotal player in the evolution of cross-chain finance.

To send cryptocurrency, it's crucial to possess the blockchain domain associated with the recipient. With a single domain, you can seamlessly transfer Bitcoin, Ethereum, and numerous other cryptocurrencies, effectively avoiding the complications of misdirecting funds to the wrong address. Unlike conventional domains that require ongoing rental payments, blockchain domains are owned indefinitely, which means you can acquire one by paying just a single registration fee, eliminating the concern of renewal costs. Once you secure the domain, it remains safely stored in your wallet, just like your cryptocurrencies, granting you exclusive control over its management. Furthermore, you have the option to connect your domain to content hosted on a decentralized network, significantly increasing its functionality. After you have registered your name on the blockchain via your wallet, you can easily transfer the domain at your convenience, offering both true ownership and versatility in its application. This groundbreaking method for conducting cryptocurrency transactions not only streamlines the overall experience but also bolsters security for users, making it a prominent choice in the digital landscape. Additionally, as the popularity of blockchain domains grows, more individuals are likely to adopt this innovative technology for their transactions.

At Zilliqa, we leverage our swift, efficient, and economical blockchain technology to transform the digital infrastructure for various communities and industries worldwide. Our primary focus is to deliver a scalable and secure platform specifically designed for developers and businesses looking to build decentralized applications. The pioneering implementation of sharding allows our blockchain to grow in a linear fashion, ensuring that the Zilliqa platform can meet the evolving needs of an expanding ecosystem of miners and applications. In addition, Zilliqa is powered by Scilla, the first smart contract language to undergo peer review, emphasizing security as a foundational element. By incorporating functional programming concepts similar to those found in OCaml, Scilla improves its compatibility with static analysis and formal verification methods. Moreover, Zilliqa's consensus mechanism greatly reduces the environmental footprint of mining operations, as it only requires a minute of mining every 2-3 hours, enabling dual-mining activities with other blockchain networks concurrently. This innovative strategy not only promotes sustainability but also encourages a broader range of users to engage with the platform. Ultimately, our commitment to enhancing blockchain technology is reflected in every facet of Zilliqa's development and operation.

Arweave offers a groundbreaking storage solution that ensures data is secured through sustainable and continuous funding, enabling both users and developers to permanently archive information. It operates like a shared hard drive that preserves memories, allowing for the retention of important data, applications, and historical documents without the risk of modification. By protecting our past, Arweave plays a crucial role in preventing the distortion of history by others. Furthermore, the Arweave network features the permaweb, a globally organized, community-oriented platform where individuals can actively contribute and receive rewards for maintaining its infrastructure. Although it mirrors the traditional web, the permaweb guarantees that all its resources—from images to full-fledged applications—are permanently available, quickly accessed, and decentralized. While the original web connected people across vast distances, the permaweb links individuals over extensive periods, addressing common issues like 404 errors, unexpected content alterations, and the degradation of web applications. This innovative approach to data retention and accessibility not only transforms our engagement with information but also reshapes the way we perceive and interact with history. Ultimately, Arweave stands as a testament to the potential of technology to redefine our understanding and preservation of the past.