Evercloud Integrations

The TON blockchain, a decentralized layer-1 infrastructure developed by Telegram, aims to support billions of users while providing exceptionally rapid transaction processing, low fees, and intuitive applications, all within an environmentally conscious framework. Its architecture is both scalable and shareable, ensuring continuous expansion without compromising on performance. TON fulfills various roles, such as processing transaction fees, securing the network via staking, influencing development, and facilitating payment transactions. What distinguishes it from other layer-1 blockchains are its unique attributes, primarily based on the actor model, which allows smart contracts to handle a single message, change their state, or dispatch multiple messages concurrently within specified time limits. This design facilitates the growth of both the blockchain and its individual contracts to support an unlimited number of users and transactions. Additionally, the TON Virtual Machine (TVM) serves as a powerful, deterministic stack-based virtual machine that optimizes the platform's functionality and efficiency. By pioneering such innovative features, TON is positioned to significantly impact the blockchain industry, paving the way for future advancements in decentralized technology.

Everscale's architecture demonstrates that the combination of software algorithms with blockchain technology removes software limitations on performance, leading to an increase in transaction throughput that corresponds with network bandwidth. As a result, Everscale successfully embodies the three fundamental principles of blockchain: scalability, security, and decentralization. In our work at Everscale, we are validating the significance of research in distributed systems as it applies to blockchain technology. Interestingly, this can be achieved using a technique that has been incorporated in Bitcoin since its inception, which allows transactions to be scheduled based on block height instead of relying on traditional timestamps. For optimal network efficiency, it is vital to employ reliable servers with high-speed internet capabilities. Furthermore, attaining true decentralization requires that these servers be owned by a varied array of individuals or entities. This commitment to both performance and decentralization illustrates a thoughtful strategy for developing strong blockchain solutions, ensuring that Everscale remains at the forefront of innovation in the industry. By prioritizing these aspects, we aim to create a resilient and efficient blockchain ecosystem that can adapt to the evolving demands of the digital landscape.

GraphQL functions as a query language tailored for APIs while also serving as a runtime that executes these queries against existing data sources. It provides an in-depth and precise representation of your API's data architecture, enabling clients to ask for only the essential information they need, which promotes gradual evolution of the API and enhances developer tool support. By crafting a GraphQL query directed at your API, you are assured of receiving exactly what you need—neither more nor less. The outputs from GraphQL queries maintain a high level of predictability, which bolsters the speed and reliability of applications that implement it, as users can control their data requests instead of being dependent on server responses. In contrast to conventional REST APIs that often require data retrieval from multiple endpoints, GraphQL streamlines the process by allowing all necessary data to be gathered in a single request, making it especially beneficial for applications functioning over sluggish mobile networks. This efficiency not only improves user experience but also ensures that applications can remain responsive and effective, even in challenging conditions, thus enhancing overall satisfaction among users. Additionally, the flexibility of GraphQL encourages innovation in API design, paving the way for more dynamic interactions between clients and servers.