AMAGI: Master Parameter Sheet v2.0 Verified — Amagi Framework Hardware-Enforced PTCB for Autonomous CPS

Abstract / Description This document consolidates all quantitative parameters of the Amagi Framework ecosystem into a single authoritative source. It resolves ambiguities between measured prototype values, specified design targets, and theoretical physical limits across the Temporal Triad Parameters (TTP), Safety Integrity Levels (SIL/ASIL), Cryptographic Parameters, Hardware Resource Parameters, Memory Architecture Grid (MAG), Domain-Specific Parameters, Audit Trail, and Environmental Qualification metrics. Version 2.0 Verified adds extended parameters, including: Power & Thermal: consumption profiles and dissipation limits; Mechanical & Environmental: vibration, shock, and thermal range qualification; Certification Roadmap: alignment with IEC 61508, ISO 26262, and MIL-HDBK-217F; Interfaces & Platform: communication protocols and software platform integration; Formal Verification: exhaustive metrics from SPIN model checking and LTL invariant coverage. Critical figures are confirmed against official international standards (IEC 61508, ISO 26262, MIL-HDBK-217F, NIST FIPS 203/204/205) and component datasheets, with a dedicated "Verification" column provided for instant traceability. This parameter sheet serves as the normative quantitative basis for the architectural claims presented in the peer-reviewed manuscript: “AMAGI: A Hardware-Enforced Physical Trusted Computing Base for Autonomous Cyber-Physical Systems.” Notes for Publisher This is a technical reference document (normative parameter sheet) accompanying the Amagi Framework architecture. All parameters presented herein are architectural in nature and are intended for regulatory, academic, and commercial licensing review under the Strict Architectural Principle License (S-APL). Please note that while this document provides the necessary quantitative evidence for architectural verification, implementation-level details and specific circuit netlists remain protected under the Amagi Framework Trade Secrets Notice (DOI: 10.5281/zenodo.17886699). Any commercial implementation or derivative work based on these parameters requires a valid S-APL license from the author.