Non-custodial wallet infrastructure.
Keys stay in the enclave.
Eraivo provisions programmable wallets across EVM, Solana, and Cosmos where private keys are generated and held inside a hardware security module and never leave it.
Keys are generated inside a hardware security module and used through a KMS signing boundary. Application code requests signatures; it never sees key material.
There is no hot wallet holding plaintext keys in process memory, so a compromised app server cannot exfiltrate signing keys.
One wallet abstraction spans EVM, Solana, and Cosmos. The same SDK call signs for any supported chain through unified adapters.
Key rotation, scoping, and per-operation policy are first-class, so production teams can enforce least-privilege signing.
Where are private keys stored?
Inside a hardware security module. Signing happens behind a KMS boundary; key material never leaves the enclave.
Can the application read the private key?
No. The application requests signatures through the SDK and never has access to key material.
Which chains are supported?
EVM, Solana, and Cosmos through unified adapters, with a registry for adding new chains.