在 巴西 購買 Ternoa (CAPS)

Ternoa is a decentralized Layer 1 blockchain protocol built on the Substrate framework, specifically designed for the secure storage and long term transmission of digital data. Positioned within the Polkadot ecosystem, the project aims to bridge the gap between current data management and future accessibility through the use of non fungible token technology. The core innovation of Ternoa is the concept of Time Capsules. These are encrypted digital containers represented as NFTs that allow users to store various types of data, such as photos, videos, legal documents, or personal messages. Unlike standard NFTs which are often public, Ternoa utilizes Secret NFTs. These assets contain encrypted content that remains private and is only accessible to the owner or designated recipients under specific conditions. To manage how and when this data is shared, the project has developed five distinct transmission protocols governed by smart contracts: 1. The Safe Protocol allows users to store data securely and retrieve it at any time, acting as a digital safe. 2. The D-Day Protocol enables users to set a specific future date for a capsule to be sent to a recipient. 3. The Consent Protocol allows recipients to request access to a capsule, which the owner can either grant or veto within a certain timeframe. 4. The Death Protocol is designed to transfer data to beneficiaries automatically after the creator passes away, often utilizing local death registry data or legal triggers. 5. The Countdown Protocol involves a timer that must be reset by the owner to prevent the capsule from being sent; if the timer expires without a reset, the capsule is delivered. Technically, Ternoa leverages confidential computing through Trusted Execution Environments and Intel SGX enclaves. This hardware based security ensures that even the nodes hosting the data cannot access the contents. The network also utilizes decentralized storage providers like Arweave, Sia, and Storj to fragment and protect files across multiple locations. The project operates using a Nominated Proof of Stake consensus mechanism, which promotes energy efficiency and network security. Recently, the project has expanded its architecture to include a Layer 2 zkEVM solution to enhance scalability and compatibility with Ethereum based applications. The native token of the ecosystem is CAPS. It serves several utility functions, including paying for transaction fees, covering the costs of data encryption and storage, and participating in network governance through staking. Developers can build on the platform using a specialized software development kit that supports common programming languages, facilitating the creation of decentralized applications focused on privacy, inheritance, and data ownership. 瞭解更多