DID management via the TrustStack platform.
TrustStack’s platform empowers organizations with decentralized identity management by issuing and managing did:web identifiers. Our solution supports secure key rotations, verifiable credential signing, and the issuance of digital product passports, making it a comprehensive offering for modern digital identity requirements.
A Decentralized Identifier (DID) is a globally unique identifier that is fully under the control of the identity owner. Unlike traditional identifiers managed by centralized authorities, DIDs are:
DIDs form the foundation of verifiable digital identities, enabling users to prove ownership and interact securely in decentralized networks.
TrustStack issues did:web identifiers, a DID method that leverages existing web infrastructure for resolution and verification. The key benefits include:
Our did:web identifiers are issued with cryptographic keys that are used to sign and verify digital artifacts, ensuring that all interactions are secure and tamper-proof.
One of the core strengths of our platform is the ability to use DIDs for creating and signing:
DID management via the TrustStack platform.
TrustStack’s platform empowers organizations with decentralized identity management by issuing and managing did:web identifiers. Our solution supports secure key rotations, verifiable credential signing, and the issuance of digital product passports, making it a comprehensive offering for modern digital identity requirements.
A Decentralized Identifier (DID) is a globally unique identifier that is fully under the control of the identity owner. Unlike traditional identifiers managed by centralized authorities, DIDs are:
DIDs form the foundation of verifiable digital identities, enabling users to prove ownership and interact securely in decentralized networks.
TrustStack issues did:web identifiers, a DID method that leverages existing web infrastructure for resolution and verification. The key benefits include:
Our did:web identifiers are issued with cryptographic keys that are used to sign and verify digital artifacts, ensuring that all interactions are secure and tamper-proof.
One of the core strengths of our platform is the ability to use DIDs for creating and signing: