Fiscal Geometry
Making Institutional Decisions Visible Before Judgment
Fiscal Geometry
Making Institutional Decisions Visible Before Judgment
Fiscal Geometry is a research and applied systems framework for structural measurement, evidence-constrained analysis, and governed institutional decision support.
ITI–gITI–IDI Measurement Architecture
Same data, two representations, measured structural divergence.
ITI X-Ray — Structural Intelligence from Public Financial Evidence
Same evidence. Two structural readings. Measured divergence.
ITI X-Ray Basic
Free point-in-time structural readout for selected public companies.
ITI X-Ray Pro
Longitudinal ITI, gITI and IDI diagnostics, historical operating comparison, and evidence-constrained reconstruction.
Research Foundation: Reconstructing Grounded Accounting States for AI Evaluation: A Public-Disclosure-Constrained Methodology
RAEL Accounting Execution Layer
RAEL connects classified operational events to accounting execution through controlled matching, reconciliation, exception handling, and verification. It is designed to preserve traceability between source records, financial treatment, human review, and final accounting outcomes.
Tax-Law-Grounded Routing and Closure for AI-Assisted Enforcement
FG Legal AI Laboratory examines whether financial records, ownership, transaction character, statutory triggers, and evidentiary assumptions have been properly routed before tax or administrative consequences are produced.
Explore the anonymized indirect net-worth audit diagnostic, 4-3-3-2 routing logic, closure status, and public technical resources.
Public Revenue Routing Applications
Closure-Gated Routing for Public Revenue Obligations
Public Revenue Routing Applications translates legally different fiscal obligations into controlled routes across revenue determination, income characterization, custody and remittance, and consequential liability.
The live Employment Source Deductions scenario demonstrates how evidence gaps restrict AI output and why corporate obligations cannot automatically establish director liability.
Intellectual Property
ZITI Index®
Registered trademark in Canada · CIPO · TMA 1,438,196 · August 14, 2026
Institutional Tension Index (ITI)
Canadian trademark application · Approved for advertisement by CIPO · July 14, 2026
Fiscal Geometry Technology Portfolio
Selected measurement, accounting-execution, structural-diagnostic, and AI-governance technologies are the subject of Canadian patent and trademark protection. Certain operational implementations remain private.
Fiscal Geometry and its related frameworks are developed by Jim Y. Huang as original analytical, measurement, diagnostic, and governance systems.
Selected components are protected or subject to patent, trademark, copyright, and related intellectual-property rights. Academic discussion, citation, and teaching use are welcome with appropriate attribution. Commercial or operational use may require permission or licensing.
Fiscal Geometry and ITI X-Ray are provided for research and informational purposes and do not constitute legal, accounting, investment, or other professional advice.
Four related frameworks have now entered peer-reviewed international conference circulation, each addressing a different layer of institutional reality in an AI-driven environment.
Fiscal Geometry (FG) — Greece, 2027
Fiscal Geometry and Democratic Education in the Age of AI
34th International Conference on Learning, Thessaloniki, Greece · July 2027
System Structure
Fiscal Epistemology (FE) — Japan, 2027
AI, Open Platforms, and the Future of Educational Knowledge Verification
AAIE 2027, Tokyo, Japan · January 2027 · Paper ID: AE204
Knowledge Formation
4-3-3-2 Fiscal Routing Grammar — China, 2027
Teaching Routing Literacy for AI-Rich Learning Through Computational Thinking
CSTE 2027, Wuhan, China · April 2027 · Paper ID: TE0003
Rule Routing
Adaptive Socio-Legal Translation Process (ASLTP) — Japan, 2027
Recognition Coordination in AI-Rich Higher Education: Rethinking Assessment Evidence Beyond Source Control
MLET 2027, Osaka, Japan · August 2027 · Paper ID: JA1009
Signal Transformation