
C-terminal is accessed privately from the physical link layer. Therefore, the anonymity and security are significantly better than other public blockchains.
For the private access of institutions or bulk users, the security and anonymity of B-terminal are improved greatly, which reduces the risk of hackers and transaction tracking sharply.
In the privacy network supported by network miners, zero-knowledge proof algorithm can maximize the security of ledger on the basis of high-efficiency verification.

In order to provide a decentralized, more efficient and consistent consensus mechanism for the entire financial ecology, EVA uses GPoW consensus algorithm to perform token generation and final consistency identification.
As the most suitable financial ecology with blockchain technology, EVA hopes to break the liquidity boundary, cooperate with multiple chains, and learn from each other on the basis of the ecological potential of Web3. The mobility of privacy economy will be brought to all aspects of the ecology, so as to enrich the encryption ecological scene.
EVA, relying on the smart contract platform of privacy computing framework, will integrate the distribution, management, transfer, cross-chain interoperability of privacy assets, and provides the standardized smart contract interface.

As the only Layer 0 network protocol platform in the web3 ecosystem, Evanesco announced that it will build the Layer 0 network infrastructure for Solana ecosystem, provide a highly secure, highly reliable, and flexible network protocol family for Solana ecological applications, and protect the security of Solana ecological DeFi traffic entrances. In the future, developers will be able to directly call the native privacy network protocol library, build an independent peer-to-peer network layer or directly access Evanesco’s Layer0 network to obtain secure network routing and GPU computing services.

Evanesco’s miner network has powerful network bandwidth and computing resources, which can provide secure network routing and GPU computing capabilities on the basis of ensuring the secure communication of EVA network. EVA hopes to integrate the network infrastructures of external public chains, so that developers of various crypto ecosystems can build a secure and configurable peer-to-peer network just like calling TCP/IP.

Evanesco announced that it has reached an in-depth strategic cooperation with the Apron Network decentralized infrastructure service network platform. Evanesco will use the core layer0 privacy protocol technology to provide better privacy and security solutions for the Apron Network decentralized infrastructure service network platform.

Today we are thrilled to announce that Evanesco (EVA) has completed all its Web3 Foundation Grant milestones, creating the WhiteNoise RPC for Substrate! As a multi-chain privacy ecological platform, EVA hopes to bring security and low fees encrypted assets liquidity to Web3. Thanks to all committee members for their continuous support and guidance. Now we are closer to providing secure network infrastructure for the encryption ecosystem.

WhiteNoise provides network privacy protection like TOR, I2P, or dVPN but also has its own features:
Without loss of privacy, WhiteNoise has a multi-hop connection providing better privacy protection than VPN and dVPN schemes;
Unlike Tor, no one can know the entire connection, even both sides of the connection;
In addition to regular link privacy, identity privacy, and data privacy, it also has the capability of traffic privacy;
Fortress Lending is a lending mode built on AVIS testnet and automatically completed through smart contracts. Fortress Lending built a series of capital pools based on the algorithmically derived interest rate of supply and borrow. Suppliers and borrowers gain or pay interests through direct contract interaction. Fortress Lending contains a transparent, checkable ledger that records all transactions.

Rather than individual suppliers or borrowers having to negotiate over terms and rates, the Lending contract utilizes an interest rate model that achieves an interest rate equilibrium based on supply and demand. Following economic theory, when demand is low, interest rates should be low, and vise versa when demand is high. The utilization ratio for each market unifies supply and demand into a single variable.