Aurelius Aegis
Data Protection
A principal's data is the asset most worth defending. Aurelius Aegis is designed around post-quantum-ready hybrid encryption and need-to-know isolation across every party that touches the platform.
Encryption built for a longer horizon
Data of lasting value must be protected against adversaries who record today and decrypt tomorrow. Aurelius Aegis is designed around hybrid encryption that pairs established, FIPS-aligned algorithms with NIST Post-Quantum Cryptography candidates, intended to remain secure even as quantum capability matures.
Encryption is intended to apply in transit and at rest, with key management designed so that no single operator holds unilateral control over a principal's keys.
Layers of protection
Post-quantum-ready
The roadmap includes hybrid classical + PQC encryption, designed so a future quantum break does not compromise data protected today.
Need-to-know isolation
Vendors and operators are designed to see only the narrow slice of data their role requires — never the whole.
Key separation
Key management is intended to distribute control so that no single party can unilaterally decrypt a principal's data.
Encryption in depth
The architecture supports encryption in transit and at rest as a default, not an option.
Tamper-evident access
Every decryption or data access is designed to be recorded in a verifiable audit trail.
Minimization
The design favors collecting and retaining the least data necessary to deliver the service.
Vendor isolation as a structural control
Many breaches enter through a trusted supplier. Aurelius Aegis is designed to treat every vendor as an isolated, need-to-know participant — compartmentalized so that the compromise of one party cannot cascade into a full reconstruction of a principal's affairs.
These protections describe target architecture and roadmap. They are forward-looking statements of design intent and do not assert that the cryptography is, today, fully production-implemented or independently certified.
Examine the data-protection design
We share encryption and isolation details with qualified principals under confidentiality.