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What’s inside
Why centralized identity databases fail — how “one big PII repository” creates an inevitable breach blast radius when the perimeter is compromised.
How a privacy-preserving identity architecture works — what changes when no central identity repository exists to exfiltrate.
What “user-controlled encryption” really means — how identity data can be encrypted per user (with keys tied to the individual), rather than controlled by the vendor.
How biometric-bound authentication removes passwords — how live biometric matching prevents password theft, reuse, replay, and impersonation.
Why a private distributed ledger reduces risk — how DID-aligned, permissioned, distributed storage eliminates single points of compromise.
How immutable audit trails strengthen governance — what it means when every authentication event is recorded in a way that can’t be altered or deleted.
Security outcomes you can explain to stakeholders — near-zero breach blast radius, reduced regulatory exposure, and fewer credential-based attack paths.
How the approach maps to compliance requirements — the standards and validations enterprise/government teams care about (NIST SP 800-63 / IAL3, FIDO2/passkeys, FedRAMP High, iBeta PAD2, GDPR/HIPAA, UK DIATF, Kantara).
