Hermes is an end-to-end encrypted data storage and sharing framework designed to enforce zero-trust access control and facilitate secure collaboration. By integrating client-side SDKs, Hermes enables cryptographically protected data processing and sharing without the need for excessive re-encryption, ensuring data remains secure throughout its lifecycle.
Key Features and Functionality:
- Secure Granular CRUD Operations: Hermes allows multiple users to collaborate on shared data structures with fine-grained access control and key management for each data block, applying distinct cryptographic protections to all create, read, update, and delete operations.
- Zero-Trust Access Control Lists (ACLs: Unlike traditional ACLs that require trust in the enforcing engine, Hermes enforces access rights cryptographically, eliminating the need to trust the server or infrastructure components.
- Convenient Storage Management: Data stored within Hermes remains encrypted and does not require re-encryption when modifying access rights, revoking keys, or performing planned key rotations. Its adaptable data model allows seamless integration with various architectures and storage schemes.
Primary Value and Problem Solved:
Hermes addresses the critical need for secure data collaboration in environments where trust in infrastructure is minimal or nonexistent. By providing end-to-end encryption and cryptographic access control, it ensures that sensitive data remains protected against unauthorized access, even in zero-trust scenarios. This is particularly valuable for industries such as finance, healthcare, and enterprise sectors, where secure data sharing and compliance with stringent data protection regulations are paramount.
Seller
Cossack LabsProduct Description
Hermes is an end-to-end encrypted data storage and sharing framework designed to enforce zero-trust access control and facilitate secure collaboration. By integrating client-side SDKs, Hermes enables cryptographically protected data processing and sharing without the need for excessive re-encryption, ensuring data remains secure throughout its lifecycle.
Key Features and Functionality:
- Secure Granular CRUD Operations: Hermes allows multiple users to collaborate on shared data structures with fine-grained access control and key management for each data block, applying distinct cryptographic protections to all create, read, update, and delete operations.
- Zero-Trust Access Control Lists (ACLs: Unlike traditional ACLs that require trust in the enforcing engine, Hermes enforces access rights cryptographically, eliminating the need to trust the server or infrastructure components.
- Convenient Storage Management: Data stored within Hermes remains encrypted and does not require re-encryption when modifying access rights, revoking keys, or performing planned key rotations. Its adaptable data model allows seamless integration with various architectures and storage schemes.
Primary Value and Problem Solved:
Hermes addresses the critical need for secure data collaboration in environments where trust in infrastructure is minimal or nonexistent. By providing end-to-end encryption and cryptographic access control, it ensures that sensitive data remains protected against unauthorized access, even in zero-trust scenarios. This is particularly valuable for industries such as finance, healthcare, and enterprise sectors, where secure data sharing and compliance with stringent data protection regulations are paramount.
