Our Approach: Sovereign Cryptography Built for Enduring Trust
ExeQuantum delivers sovereign-controlled, transparent, agile, and compliant cryptographic infrastructure for critical industries navigating the post-quantum era.
STAC: Our Operational Philosophy
Beyond algorithms, ExeQuantum focuses on orchestrating durable operational trust. Our deployments follow the STAC framework, addressing the four pillars necessary for national-scale, mission-critical post-quantum infrastructure:
- Sovereignty: Full jurisdictional control over cryptographic keys, algorithms, updates, and deployment infrastructure, eliminating external vendor dependencies.
- Transparency: Real-time visibility into cryptographic inventory, orchestration flows, and audit trails across multi-party systems.
- Agility: Future-proof adaptability to evolving NIST, ISO, and national standards through modular orchestration that supports algorithm transitions and version-controlled updates.
- Compliance: Continuous alignment with global security and privacy standards - ISO27001, ASD ISM, APRA CPS230, GDPR, DPDP, BIS frameworks, and more.
Academically Validated, Technically Grounded
Our cryptographic designs are shaped in collaboration with academic researchers at
RMIT University and
Deakin University, ensuring implementation logic grounded in applied cryptographic research.
Our partnership with
Swinburne University supports executive awareness building and national quantum readiness education programs.
Independent Certification & Compliance Alignment
ExeQuantum is ISO27001 certified, with ongoing independent audits validating our operational security posture. Sovereign deployment models are designed to align directly with:
- APRA CPS230 Operational Risk Frameworks
- ASD ISM Cryptographic Control Guidelines
- ISO 18033-8 & NIST FIPS 203 Post-Quantum Standards
- Multi-jurisdictional privacy frameworks (GDPR, DPDP, etc)
Full compliance documentation available upon request.
Continuous Collaboration
Security is a continuous process. We engage openly with regulators, academic partners, enterprise clients, and national cybersecurity agencies to ensure ongoing resilience as standards evolve.