Zero Trust that works across agencies

Q: What is selective disclosure?

Selective disclosure means sharing only the specific information needed for a transaction. For example, someone can prove they are over 21 without sharing their full birthdate.

Q: What are zero-knowledge proofs?

Zero-knowledge proofs are a way to confirm something is true without revealing the underlying data. They help protect privacy while still enabling verification.

Q: How do pairwise identifiers prevent tracking?

A different identifier is used for each service or verifier. This prevents activity from being linked across systems.

Q: What does zero data retention mean?

Zero data retention means that information is processed to complete a task and then immediately discarded. Data is not stored longer than necessary.

Q: How is verifier collusion prevented?

Technical controls and governance rules prevent organizations from combining data to create profiles. Pairwise identifiers make cross-service tracking difficult by design.

Q: Can credentials be verified without contacting the issuer?

Yes. Credentials can be verified locally without notifying the issuer when or where they are used, preserving privacy.

Enable secure, least-privilege data sharing between legacy and modern systems without sacrificing performance or adding friction.

Why SpruceID

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Trusted architecture for trusted services

Build safer, more interoperable digital services with security patterns grounded in open standards and strong privacy protections.

Reduce breach impact

Eliminate overprivileged access and reduce blast radius with scoped, verifiable access controls.

Reduce breach impact

Eliminate overprivileged access and reduce blast radius with scoped, verifiable access controls.

Reduce breach impact

Eliminate overprivileged access and reduce blast radius with scoped, verifiable access controls.

Improve data integrity

Ensure every request is authenticated, authorized, and cryptographically verifiable.

Improve data integrity

Ensure every request is authenticated, authorized, and cryptographically verifiable.

Improve data integrity

Ensure every request is authenticated, authorized, and cryptographically verifiable.

Enable secure collaboration

Allow agencies to share data safely without exposing full records or creating new silos.

Enable secure collaboration

Allow agencies to share data safely without exposing full records or creating new silos.

Enable secure collaboration

Allow agencies to share data safely without exposing full records or creating new silos.

Identity as the foundation for Zero Trust

Verifiable identity signals

Use cryptographic credentials, device binding, and liveness to validate users and systems with higher confidence.

Context-aware checks

Enforce real-time authentication for every request, not just at login.

Attribute-based access

Apply role, attribute, and credential-based access policies aligned to Zero Trust models.

Identity as the foundation for Zero Trust

Verifiable identity signals

Use cryptographic credentials, device binding, and liveness to validate users and systems with higher confidence.

Context-aware checks

Enforce real-time authentication for every request, not just at login.

Attribute-based access

Apply role, attribute, and credential-based access policies aligned to Zero Trust models.

Identity as the foundation for Zero Trust

Verifiable identity signals

Use cryptographic credentials, device binding, and liveness to validate users and systems with higher confidence.

Context-aware checks

Enforce real-time authentication for every request, not just at login.

Attribute-based access

Apply role, attribute, and credential-based access policies aligned to Zero Trust models.

translucent-modal-showing-a-holders-credential-and-current-permissions-of-different-recipients

verifier-icon-centered-above-timeline-dial

Identity as the foundation for Zero Trust

Verifiable identity signals

Use cryptographic credentials, device binding, and liveness to validate users and systems with higher confidence.

Context-aware checks

Enforce real-time authentication for every request, not just at login.

Attribute-based access

Apply role, attribute, and credential-based access policies aligned to Zero Trust models.

Secure data exchange without exposing full records

Use selective disclosure, API gateways, and token-scoped access to enforce least privilege.

Let agencies verify what matters without passing around complete files or revealing unnecessary personal information.

smartphone-showing-a-selective-dislcosure-sheet

Secure data exchange without exposing full records

Use selective disclosure, API gateways, and token-scoped access to enforce least privilege.

Let agencies verify what matters without passing around complete files or revealing unnecessary personal information.

Secure data exchange without exposing full records

Use selective disclosure, API gateways, and token-scoped access to enforce least privilege.

Let agencies verify what matters without passing around complete files or revealing unnecessary personal information.

Trust frameworks for consistent data exchange

Establish common standards for issuers, holders, and verifiers so agencies can exchange identity and eligibility data with confidence.

Use interoperable credential formats and audit trails to maintain accountability, support compliance reviews, and ensure every transaction is transparent and trustworthy.

dropdown-selection-of-digital-credential-formats-with-the-cursor-hovering-over-mDoc

Trust frameworks for consistent data exchange

Establish common standards for issuers, holders, and verifiers so agencies can exchange identity and eligibility data with confidence.

Use interoperable credential formats and audit trails to maintain accountability, support compliance reviews, and ensure every transaction is transparent and trustworthy.

Trust frameworks for consistent data exchange

Establish common standards for issuers, holders, and verifiers so agencies can exchange identity and eligibility data with confidence.

Use interoperable credential formats and audit trails to maintain accountability, support compliance reviews, and ensure every transaction is transparent and trustworthy.

Standards that enable Zero Trust

Open frameworks that ensure interoperability, durability, and strong security — without locking you into a single vendor.

W3C Verifiable Credentials

Interoperable digital credentials that enable secure, tamper-evident identity verification across services.

W3C Verifiable Credentials

Interoperable digital credentials that enable secure, tamper-evident identity verification across services.

W3C Verifiable Credentials

Interoperable digital credentials that enable secure, tamper-evident identity verification across services.

ISO/IEC 18013 mDLs

Standards for secure, mobile driver’s licenses that support online and in-person digital identity use.

ISO/IEC 18013 mDLs

Standards for secure, mobile driver’s licenses that support online and in-person digital identity use.

ISO/IEC 18013 mDLs

Standards for secure, mobile driver’s licenses that support online and in-person digital identity use.

SD-JWTs

Selective-disclosure tokens that let users share only required attributes while protecting sensitive data.

SD-JWTs

Selective-disclosure tokens that let users share only required attributes while protecting sensitive data.

SD-JWTs

Selective-disclosure tokens that let users share only required attributes while protecting sensitive data.

ISO/IEC 23220

Guidelines for mobile identity documents that support secure, convenient access to services.

ISO/IEC 23220

Guidelines for mobile identity documents that support secure, convenient access to services.

ISO/IEC 23220

Guidelines for mobile identity documents that support secure, convenient access to services.

OID4VP

Protocol for presenting verifiable credentials securely, enabling instant trust checks in digital workflows.

OID4VP

Protocol for presenting verifiable credentials securely, enabling instant trust checks in digital workflows.

OID4VP

Protocol for presenting verifiable credentials securely, enabling instant trust checks in digital workflows.

NIST SP 800-63-4

U.S. federal standards defining identity assurance, authentication, and federation requirements.

NIST SP 800-63-4

U.S. federal standards defining identity assurance, authentication, and federation requirements.

NIST SP 800-63-4

U.S. federal standards defining identity assurance, authentication, and federation requirements.

NIST IAL2

Identity verification level requiring validated, anti-fraud checks for high-confidence identity proofing.

NIST IAL2

Identity verification level requiring validated, anti-fraud checks for high-confidence identity proofing.

NIST IAL2

Identity verification level requiring validated, anti-fraud checks for high-confidence identity proofing.

NIST IAL3

Highest-assurance identity level using supervised, strong identity proofing for critical services.

NIST IAL3

Highest-assurance identity level using supervised, strong identity proofing for critical services.

NIST IAL3

Highest-assurance identity level using supervised, strong identity proofing for critical services.

FIPS 140-3

Federal standard for validated cryptographic modules that protect data and secure digital identity systems.

FIPS 140-3

Federal standard for validated cryptographic modules that protect data and secure digital identity systems.

FIPS 140-3

Federal standard for validated cryptographic modules that protect data and secure digital identity systems.

Learn more

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Unlock secure, seamless data exchange

Explore how Zero Trust patterns and interoperable APIs help agencies share data confidently across legacy, cloud, and mobile systems.

Get in touch

Unlock secure, seamless data exchange

Explore how Zero Trust patterns and interoperable APIs help agencies share data confidently across legacy, cloud, and mobile systems.

Get in touch

Unlock secure, seamless data exchange

Explore how Zero Trust patterns and interoperable APIs help agencies share data confidently across legacy, cloud, and mobile systems.

Get in touch

Selected reads

View all

Applying Zero Trust to Government Data Flows

Secure by Design: Building Systems That Assume Breach

Modernizing Government Systems Without Replacing Them

Frequently Asked Questions

How do digital credentials support a zero-trust approach?

Each interaction requires proof that can be independently verified. Nothing is assumed to be trusted by default, and every request is checked.

How do digital credentials support a zero-trust approach?

Each interaction requires proof that can be independently verified. Nothing is assumed to be trusted by default, and every request is checked.

How do digital credentials support a zero-trust approach?

Each interaction requires proof that can be independently verified. Nothing is assumed to be trusted by default, and every request is checked.

What is selective disclosure?