Technical description of the platform


The Waves Enterprise platform uses the Waves cryptographic algorithm.

The table below lists the cryptographic functions used.

Cryptographic functions and algorithms used


Cryptographic functions and algorithms

Hash coding

Blake2b256 and Keccak256 functions consequently

Digital signature

Based on the Curve25519 elliptic curve (ED25519 with X25519 keys)

Data encryption

AES symmetric data encryption

Confidential data encryption

TLS v1.2 with cryptoset TLS_RSA_WITH_AES_256_CBC_SHA

Hash coding

As indicated in the table above, in the Waves cryptography hash coding is performed consequently by the Blake2b256 and Keccak256 functions.

The size of an output data block is 256 bits.

Electronic signature

As shown in the table above, in Waves cryptography, the algorithms for key generation, and digital signatures forming and verifying are implemented on the basis of the Curve25519 elliptic curve (ED25519 with X25519 keys).

Learn more about the digital signatures generation and verification with the use of the gRPC and REST API methods in the following sections: gRPC: generation and checking of data digital signatures и REST API: generation and checking of data digital signatures.

Protecting confidential data

On the Waves Enterprise platform you can use the TLS protocol to protect data transmitted between nodes. The supported protocols are listed in the table above.

To enable TLS, set the parameter to true in the node.conf node configuration file.

If the TLS protocol is not used to create connections between nodes (the parameter is set to false), a TLS-like end-to-end encryption scheme using session keys based on the Diffie-Hellman protocol is used to protect transmitted confidential data (privacy). This protection will only be applied to confidential data when transmitted between nodes peer-to-peer, i.e. between two network members.

Here you can see the scheme of the text data encryption procedure based on the Diffie-Hellman protocol:

Text data encryption procedure based on the Diffie-Hellman algorithm


The platform also uses theTLS protocol when working with smart contracts for the following connections:

  • connection with the Docker-host (Docker-TLS);

  • connection from a smart contract to a node via gRPC API.

TLS setup and usage in these cases are documented in the General platform configuration: execution of smart contracts section.

See also