FOUNDATIONAL IDENTITY VERIFICATION
Identity Verification Built for Reuse.
Identity is the foundation of trusted digital interactions.
Authbase helps participating applications establish confidence in the individuals using their services through supported identity documents, biometric verification, and checks designed to identify duplicate registrations.
Identity Document
Supported document checks
Facial / Biometric
Facial matching & liveness
Duplicate Check
Applicable verification population
Verified Identity
Reusable while valid
PROOF OF IDENTITY
Establish Confidence in Who Someone Is.
Authbase's foundational identity verification process uses supported government-issued identity documents and biometric checks to help establish that an individual is the person represented by their submitted identification.
The process combines multiple verification signals rather than relying solely on information entered into a form.
Identity Document Verification
Evaluate supported government-issued identity documents using applicable document validation and authenticity checks.
Facial Matching
Compare biometric information from the individual completing verification with the identity document presented.
Liveness Detection
Use applicable biometric liveness checks to help establish that a live individual is participating in the verification process.
UNIQUE PERSON VERIFICATION
Help Detect Duplicate Verified Identities.
Identity verification establishes who an individual claims to be. Unique Person adds a separate control designed to identify potential duplicate identity registrations.
Biometric duplicate detection can help identify individuals who may have previously completed verification within the applicable verification population.
Potential duplicates may require additional review before an identity relationship is approved.
Unique Person is designed to reduce duplicate registrations within the applicable verification population. It is not a guarantee that someone has never established an identity with another independent provider.
REUSABLE VERIFICATION
Verification That Can Serve More Than One Application.
Once an individual's identity has been established, participating applications can recognize that existing verified identity when it remains valid and satisfies their requirements.
This allows platforms to reduce repetitive onboarding while maintaining appropriate controls over verification validity, identity status, and application authorization.
Verification may require renewal or additional review when credentials expire, verification requirements change, or other circumstances require updated assurance.
ADDITIONAL IDENTITY ASSURANCE
Additional Checks for Higher-Assurance Use Cases.
Not every application has the same identity requirements.
Some financial-services and regulated use cases may require additional identity corroboration beyond foundational document and biometric verification.
For U.S.-based applications, this may include requirements involving Social Security Number verification or other appropriate identity-matching methods.
These additional requirements can be evaluated as part of an application's proposed integration rather than imposed on every individual completing foundational identity verification.
Additional identity checks can strengthen identity assurance, but no single verification method establishes complete regulatory compliance or eliminates identity fraud.
PRIVACY & DATA PROTECTION
Sensitive Identity Evidence Stays Off-Chain.
Identity verification can require sensitive personal information, including identification documents and biometric data.
Authbase's architecture separates this information from the verification results made available to participating applications.
Underlying identity documents are not published on-chain, and connected applications do not automatically receive the personal information collected during verification.
Add Trusted Identity Verification to Your Platform.
Tell us about your identity requirements and how verification can fit into your application's onboarding and trust model.