P2 name is a modern identity framework that links physical presence, digital credentials, and verifiable claims into a single portable profile. It enables organizations to manage authorization, compliance, and user experience across multiple channels while preserving privacy.
Unlike traditional username and password setups, P2 name emphasizes portability, minimal disclosure, and cryptographic assurance. The following sections explore its technical foundations, product options, and governance considerations.
Identity Profile Specification
| Attribute | Format | Validation Method | Privacy Level |
|---|---|---|---|
| Subject ID | DID | Blockchain or Issuer | Minimal |
| Display Name | String | Issuer Signature | Controlled |
| Verified Email | OTP or Domain | Medium | |
| Verification Level | Basic, Standard, Enhanced | Document and Biometric Checks | Contextual |
| Revocation Status | Boolean | Real-time Lookup | Low | }
Product Integration Options
Deployment Models
Organizations can adopt P2 name through cloud SaaS, on-premise installation, or hybrid configurations depending on data residency and control requirements. Each model offers different levels of administrative overhead and integration complexity.
API and SDK Coverage
REST APIs, mobile SDKs, and edge libraries allow P2 name to fit into existing identity workflows. Standard OAuth 2.1 and OpenID Connect mappings reduce customization efforts for frontend and backend teams.
Governance and Policy Management
Consent and Data Handling
P2 name enforces granular consent records and configurable retention policies. Administrators can define rules for data sharing, audit logging, and cross-border transfers to align with regional regulations.
Role-Based Access Controls
Fine-grained permissions map to organizational roles, ensuring that only authorized services and personnel can view or update specific identity attributes. Integration with existing IAM directories simplifies administration.
Security and Cryptographic Assurance
Digital Signatures and Verifiable Credentials
Each claim issued under a P2 name profile can be cryptographically signed and verified. This reduces reliance on centralized directories and supports decentralized identity scenarios without sacrificing trust.
Key Management and Rotation
Automated key rotation, hardware-backed storage options, and recovery protocols protect against credential theft. Organizations can define policies that match their risk tolerance and compliance obligations.
FAQ
How does P2 name handle cross-border data transfers?
It supports region-specific profiles and policy tags that restrict data residency, ensuring transfers comply with frameworks such as GDPR and other jurisdictional rules.
Can P2 name integrate with legacy SSO solutions?
Yes, through standard protocols like SAML and OIDC, it can bridge modern verifiable credentials with existing enterprise SSO infrastructures without requiring full replacement.
What happens during credential revocation?
Revocation status is published to decentralized registries or internal caches, and relying parties are signaled to deny access based on the latest proof validation results.
Are there limits on the number of claims per profile?
Scalability is designed for high volume, but administrators can set quotas and governance rules to manage bundle sizes, verification latency, and storage costs per user.
Operational Recommendations
- Define verification levels that align with transaction risk and user experience goals.
- Map consent policies to legal requirements for data minimization and purpose limitation.
- Standardize on common attribute formats to simplify integration with third party services.
- Automate key rotation and monitor revocation endpoints for timely response.
- Test edge cases involving offline verification and network partitions before production launch.
