Cross Chain Protocol DIGITAL - HI TECH (DHT)

DHT's Cross Chain Protocol transcends the traditional thinking of cross-chain transactions as it provides not only the basic functionality of transferring assets, but also the ability to synchronize and migrate behavioral data related to individual identities. factors, such as credit ratings. These data are then secured through homomorphic encryption to ensure a high level of security and privacy.

Taking into account different needs, DHT's Cross-Chain Protocol applies both isomorphic and heterogeneous cross-chain solutions to address the performance and cost-effectiveness requirements found in other architectures together:

• Isomorphic cross-chain: DIGITAL - HI TECH (DHT) main chain and sub-chain are connected via frictionless isomorphic cross-chain protocol; this allows users to receive real-time updates of their wallet even between different cross-chain platforms.

• Heterogeneous cross-chain: DHT's distributed private key control technology is capable of connecting external chains and traditional platforms with DHT's ecosystem, achieving a more secure and open heterogeneous cross-chain widen the scope of application of the reputation protocol on multiple platforms.

With the adoption of homogenous and heterogeneous cross-chain technology, token assets and reputation data from different DApps can then be integrated with the main account, thus realizing multi-listing. level and multidimensional about the user's reputation profile.

In addition, there are plans to expand cooperation with existing partners on the reputation domain. This will be facilitated by extending the reputation protocol to different systems in accordance with cross-domain security control requirements, thus forming a large concurrent reputation ecosystem. extending DHT's reputation protocol beyond the blockchain.

istributed Private Key Control 10

DHT's Distributed Private Key Control uses decentralized technology to manage cross-chain assets with multiple private keys. Account owners retain ownership of assets, however, with only a single private key, they will not be able to withdraw assets. They can only do so after obtaining enough private keys through their respective chained apps.

Using an example to illustrate: William wants to convert a token via a cross-chain transaction. Several nodes on the cross-chain, shard, or super-representative committee, will maintain a multi-sig account on the original chain, while also supporting the allocation and management of private keys. It is not possible for a single node to obtain William's token from the original chain without having enough private keys.

• Kate, Aniket and Ian Goldberg. "Distributed private key generator for identity-based cryptography." In the International Conference on Cybersecurity and Cryptography, pp 436-453. Springer, Berlin, Heidelberg, 2010.

When William deposits a token into a multi-signature account controlled by DIGITAL - HI TECH (DHT), an equivalent cross-chain token is generated, which can be traded with other nodes in the token ecosystem cross-chain other than equivalent value. To withdraw a cross-chain token to the original chain, William needs to lock her cross-chain token, which will then release the same amount of tokens on the original chain.

To reiterate, the Private Key Control technology distributed by DIGITAL - HI TECH (DHT) provides greater security and privacy while supporting Smart Contract implementation, including multi-layered complex contracts currency. This is independent of whether the original chain can support Smart Contracts or if it is capable of performing cross-chain transactions.