Last revised: March 2026

Future-Ready Security with Post-Quantum Cryptography

DataPeak integrates quantum-resilient cryptographic controls to protect enterprise data workflows against emerging and future threats.

Our platform leverages high-entropy, opaque session token architecture (512-bit randomness) aligned with NIST guidance, ensuring secure authentication, strong data integrity, and operational control across all system interactions.

This approach ensures DataPeak is not only secure today, but resilient against future advances in quantum computing.

What This Means for Your Organization

  • Quantum-resilient protection for authentication and session management

  • High-entropy security aligned with AES-256 equivalent strength

  • Full control over session lifecycle, revocation, and monitoring

  • Future-ready infrastructure aligned with NIST and OWASP best practices

Quantum-Resilient Security Architecture

FactR Limited (“DataPeak”, “we”, “us”, “our”) implements a security architecture based on opaque 512-bit random session tokens, focusing on secure session management, cryptographic strength, and operational control across the platform lifecycle.

This approach supports high-assurance environments where both cryptographic strength and real-world operational security are required.

Scope of Implementation

DataPeak uses 512-bit opaque random session tokens as the foundation of its authentication and session management model.

This implementation applies to:

  • Secure session authentication

  • Service-to-service communication

  • Access control enforcement

  • Data integrity and audit tracking

Rather than relying on self-contained signed tokens, DataPeak uses server-backed session control, enabling stronger governance and real-time security management.

Cryptographic Strength Overview

DataPeak’s security model is built on high-entropy randomness generated using approved cryptographic sources.

Entropy Strength:
512-bit random tokens generated via cryptographically secure random number generators (CSPRNGs), aligned with NIST SP 800-90A guidance.

Quantum Resistance:
512-bit randomness provides approximately AES-256 equivalent security under quantum attack models (Grover’s algorithm).

Security Model:
Security is based on the infeasibility of guessing a high-entropy random value, rather than breaking a signature scheme.

Token Design:

  • Opaque (no embedded claims)

  • Server-referenced (database-backed session)

  • Compact and transport-efficient

This approach provides strong cryptographic guarantees while remaining operationally efficient.

DataPeak Implementation Alignment

DataPeak maps its technical and operational controls to modern session security best practices.

Area

Security Strength

Requirement / Property

Randomness Source

512-bit tokens provide AES-256 equivalent security under quantum conditions

Storage Model

DataPeak Alignment

Server-backed sessions stored and managed centrally

Token Design

Validation

Revocation

High-entropy randomness

Approved CSPRNG

Secure session management

Opaque identifiers

Secure lookup

Immediate control

Uses OS-level cryptographic randomness aligned with NIST SP 800-90A

No sensitive data stored in tokens

Tokens validated via controlled database access

Sessions can be revoked instantly via database updates

Standards Alignment

NIST & OWASP guidance

Aligns with NIST SP 800-63B and OWASP session management best practices

Key Management & Lifecycle

DataPeak manages session lifecycle and access control through centralized infrastructure.

Session Generation:
Session tokens are generated using approved cryptographic randomness sources to ensure high entropy and unpredictability.

Session Identification:
Tokens act as secure references to server-side session data, with no embedded claims or sensitive information.

Access Control:
Sessions are protected using:

  • Strong identity verification

  • Multi-factor authentication (MFA)

  • Role-based access control (RBAC)

  • Least-privilege access policies

Lifecycle Management:
Sessions can be:

  • Created

  • Validated

  • Rotated

  • Revoked

  • Expired

This enables real-time control over access and significantly reduces exposure risk.

How DataPeak Secures Platform Interactions

DataPeak applies its session-based security model across all platform workflows.

Service Authentication:
Internal services authenticate through secure session tokens, ensuring controlled and verifiable interactions.

Access & Authorization:
All access is governed through server-managed sessions, enabling centralized policy enforcement.

Data Integrity & Auditability:
Session tracking enables:

  • Full audit visibility

  • Controlled access logs

  • Traceable user and system actions

Operational Control:
Unlike stateless tokens, DataPeak’s architecture allows:

  • Immediate revocation

  • Session monitoring

  • Centralized governance

Performance, Security & Interoperability

DataPeak’s architecture is designed for both security and scalability.

Performance:
Compact 128-byte tokens minimize overhead and integrate efficiently with cookies, headers, and APIs.

Operational Simplicity:
The system follows widely adopted, production-proven patterns for session management.

Security Hardening:
High-entropy randomness and centralized validation reduce attack surfaces and eliminate reliance on distributed signature verification.

Standards Alignment:
DataPeak aligns with:

  • NIST SP 800-90A (randomness)

  • NIST SP 800-63B (session management)

  • OWASP session security best practices

Future-Proofing:
The architecture allows integration of additional cryptographic controls as standards evolve.

Built for the Next Generation of Secure Data Infrastructure

DataPeak’s security architecture combines quantum-resilient cryptographic strength with real-world operational control.

As security threats evolve, DataPeak ensures your data infrastructure remains protected, adaptable, and enterprise-ready.

Documentation & Contact

Customers may request additional documentation regarding DataPeak’s security architecture, including:

  • Session management policies

  • Cryptographic implementation details

  • Security architecture documentation

  • Compliance alignment materials

These materials may be requested through your DataPeak account representative.

You may also view FactR Limited’s Privacy Policy, Terms & Conditions, and the NIST SP 800-171 Alignment Statement.

Standards & Guidance References

DataPeak’s security architecture aligns with established cryptographic and security best practices, including: