Security & Trust
Intelligence Requires Trust.
Financial intelligence infrastructure must be designed around authorization, isolation, integrity and traceability. This page states PFSI's design principles plainly — including what is not claimed: no certifications, regulatory approvals, independent audits or production deployment are asserted anywhere here.
Five Design Commitments
The boundaries the platform is built inside.
- 01
Institutional Identity
Access to financial intelligence begins with an authenticated institution. PFSI is designed so that every request is attributable to a verified institutional identity, and authorization boundaries define exactly what that identity may ask for. Anonymous or unattributed processing has no place in financial infrastructure.
- 02
Tenant Isolation
Institutions share a platform, never a data boundary. Tenant isolation separates each institution's information — and the intelligence derived from it — behind restrictive access controls, so one tenant's data cannot inform, leak into or be inferred from another tenant's outputs.
- 03
Consent and Permissions
Financial intelligence processing should respect authorized purposes and permissions. PFSI is designed so the permitted purpose accompanies the data through processing: intelligence is computed only within the scope it was authorized for, and that scope is enforceable rather than advisory.
- 04
Provenance and Auditability
Every output should be traceable to the information and assumptions that produced it. Provenance lets an institution answer the questions that matter after the fact: what went in, what was assumed, what came out — and whether the result still stands when an input changes.
- 05
Verification and Engineering Discipline
Trust is built in the engineering process, not asserted in marketing. Source verification of inputs, deterministic testing of the calculations that produce intelligence, and integration testing of the boundaries between systems are treated as standing engineering practices in PFSI's development.
Technical Assurance Matrix
What is designed, what would evidence it, and where it stands.
No row is marked verified. A verified status is shown only when it is supported by actual implementation evidence — institutions in evaluation review that evidence directly.
Institutional authentication
Design Purpose
Ensure every request is attributable to a verified institution
Verification Evidence
Design documentation
Status
Design principle — in development
Tenant isolation boundaries
Design Purpose
Prevent cross-institution data exposure by architecture
Verification Evidence
Architecture review during institutional evaluation
Status
Design principle — in development
Consent & purpose enforcement
Design Purpose
Constrain processing to authorized purposes and permissions
Verification Evidence
Design documentation
Status
Design principle — in development
Output provenance records
Design Purpose
Trace each output to its inputs, assumptions and authorization
Verification Evidence
Design documentation
Status
Design principle — in development
Deterministic calculation testing
Design Purpose
Keep intelligence calculations reproducible and verifiable
Verification Evidence
Engineering practice — described, not independently audited
Status
Engineering practice — in development
Security evaluation is stage three of the institutional pilot journey — bring your reviewers, and the design evidence comes with the conversation.
Start an Institutional Discussion