Cardano is a peer reviewed third generation Proof of Stake blockchain, founded on a scientific philosophy. Cardano’s consensus algorithm Ouroboros is peer reviewed, with the original Ouroboros research paper accepted at Crypto 2017, a world leading cryptology conference. Cardano supports smart contracts, and allows ADA holders to vote in governance proposals.
staking
Nodes & APIs
Blockdaemon’s premium white label validator nodes are packaged for institutions looking to directly stake their assets or provide their users with best-in-class staking services.
Our institutional-grade, non-custodial validator nodes run at 99.9% uptime and are fully monitored and maintained by our global team of expert engineers. Designed to satisfy the high demands of the world's largest banks, custodians, and exchanges, our white label nodes enable you to scale with confidence and ease.
Inquire about our slashing guarantees and double signing protections for all signed customers.
Blockdaemon operates a Cardano validator with the same institutional grade standards we deploy across all our product suites.
Inquire below to delegate to the Blockdaemon validator.
Cut development time while boosting customer satisfaction with our staking APIs. Deliver a better customer experience with integrated transaction data and sophisticated reporting without taxing your developer resources.
View the ADA Reporting API docs here.
Staking API & Staking Reporting API Support for Cardano - Blog
Builder Vault is Blockdaemon’s patented and proven Advanced MPC™ key management and protection technology that wallet and applications developers use to provide highly secure, multiparty controlled transaction signing services and general cryptography services.
Builder Vault is fully self-hosted, hardware independent, and can operate on-premises, on public or private clouds, and mobile devices. Banks, custodians, exchanges, and custodial/wallet platform providers use Builder Vault to support qualified custody, self-custody, and non-custodial wallet-as-a-service operating models. Learn more at here.