Sepaul Research Technical Report Series

Non-Linear Behavioral Risk Engines: System Architecture and Real-Time Telemetry

By Mikael Bradford S. R. Sepaul · ORCID: 0009-0005-9817-2488
Published by Sepaul Research & SunriseMGR Governance · September 2026
Executive Summary

This technical report establishes the architectural and engineering specification of the high-performance forensic surveillance engine implemented in the SunriseRMGR institutional framework. It documents the low-latency implementation of phase-space reconstruction algorithms, real-time estimation of the Hurst exponent ($H_{50}$), sub-millisecond calculation of the Retail Self-Destruction Index ($\Omega_t$), and the zero-overhead IPC telemetry link with MetaTrader 5 terminals.

Report ID
TR-2026-01
Language / Runtime
Rust 2021 (Native)
Telemetry Latency
< 10ms (Local IPC)
Storage Integrity
SHA-256 Ledger + AES-256
Relationship to Theoretical Foundation

The mathematical and econometric theory underlying this technical specification is formally established in the peer working paper: "Sistemas Dinâmicos Não-Lineares, Atratores em Espaço de Fase e a Mecânica Adversarial de Liquidez em Mercados Financeiros" (Sepaul, 2026), available via SSRN and the Sepaul Research Working Paper Series.

Permanent Bibliographic Citation
Sepaul, M. B. (2026). Non-Linear Behavioral Risk Engines: System Architecture and Real-Time Telemetry. Sepaul Research Technical Report Series, TR-2026-01. Available at: https://sepaulresearch.com/reports/TR-2026-01
Download Companion Theoretical Paper (PDF)