The industries where data confidentiality
is the foundation.
Medical records, financial portfolios, court case files, government data, and client records all share one common characteristic: the people who created them never consented to their access by the provider. Zero-knowledge data storage makes this boundary technically impossible.
Environments where the data provider should be considered as one of the threat models.
Infrastructure, as well as insurance clients data, must always remain confidential.
AI-powered diagnostic tools, clinical decision-making systems and insurance risks assessment now routinely access sensitive records, evaluation reports, as well as personal information. In most such systems, encryption is considered a secondary aspect, but in fact, in the field of confidential data storage, it is considered fundamental. Data is decrypted only within a hardware-verified enclave and is cryptographically inaccessible to the storage service provider. Even an attack on the client's database will never result in a data leak.
Zero-knowledge architecture and flexible access control have never been so tightly integrated.
Every day, the global banking sector is subject to numerous data breach and ransomware attacks on its infrastructure. Automated big data analytics tools regularly make errors. Data access hygiene is rarely observed, and building the mechanisms to ensure it independently is very expensive. With immutability, data locking, resilient snapshots, and highly developed access control, these problems are solved.
Attorney-client privilege must be formally enshrined in both contracts and cryptographic properties.
Firms conducting due diligence as part of mergers and acquisitions, ongoing litigation, or regulatory investigations cannot afford data storage infrastructure subject to the Cloud Act or with internal access. The EU's zero-knowledge sovereign architecture completely eliminates this backdoor. Documents are stored encrypted, auditable, and can be released upon request, but only those with explicit cryptographic authorization and strictly enforced access rights can read them.
Sovereignty is a mandatory technical property of a storage system.
NIS2 and C5 lay the foundation for managing critical infrastructure data, but contractual guarantees of sovereignty collapse when the infrastructure operator can be compelled to do so by a foreign jurisdiction. Confidentiality provided by hardware means that this guarantee remains in place even after a court decision. Cryptographic boundaries ensure what organizational policy can only imply.