Published October 16, 2026
| Version v1
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Sovereign FOG Remediation Platform Baseline Specifications: Cyber-Physical Architectures and Firmware for Model GMBP-01 (Standard) and Model GMBP-01-LITE Systems
Authors/Creators
Description
⚡ PRODUCT DATASHEET & ARCHITECTURAL MANIFEST
Ecosystem Identifier: GMBP-XX-FOG-Core-2026-FINAL
Design Authority: Sovereign Open-Science Initiative Framework
Release State: Production-Frozen & Certified Engineering Baseline (SOP-01 Compliant)
Publication Date: October 16, 2026
Design Authority: Sovereign Open-Science Initiative Framework
Release State: Production-Frozen & Certified Engineering Baseline (SOP-01 Compliant)
Publication Date: October 16, 2026
1. TECHNICAL PARAMETER MATRIX
A. Core Compute & Silicon Domain Hardening
- Processor Architecture: STMicroelectronics STM32H7 dual-core asymmetric platform.
- Core 0 (Master Domain): ARM Cortex-M7 @ 480 MHz operating out of the D1 power domain. Handles the high-bandwidth SCADA dashboard web engine, historical logs in Flash Bank 1, and Modbus/TCP daemons.
- Core 1 (Sentinel Domain): ARM Cortex-M4 @ 240 MHz operating out of the isolated D3 Smart Run domain. Executes the un-preemptible real-time safety loop out of zero-wait-state private Scratchpad RAM.
- Inter-Core Decoupling: Decoupled via a 32-channel Hardware Semaphore (HSEM) register matrix. A Core 0 firmware freeze or D1 domain reset does not interrupt Core 1 sensor acquisition, interlock line monitoring, or fluidic loops.
- Transient Moat Isolation: Electronic layouts (
.kicad_pcb) enforce a copper isolation boundary along theEdge.Cutslayer, withstanding up to 2.5 kV RMS faults using an optical link tied to register address0x58021818UL.
B. Mathematical Engines & Sensor Conditioning
- Fixed-Point Scaling: Evaluates 4th-order Taylor series polynomials using Horner's method formatted in signed Q16.16 fixed-point math.
- Jitter Control: Written entirely through straight-line arithmetic masks. Eliminates conditional assembly instructions (
BNE/BEQ) to guarantee deterministic execution timing. - Acoustic Calibration Loop: Non-contact ceiling-mounted ultrasonic sensor array. Tracks and subtracts grime layer acoustic dampening during zero-flow nocturnal baseline windows.
- Multi-Modal Fallback Invariant: If surface detergent foam triggers an ultrasonic echo timeout, the weighting drops to zero. The core switches instantly to a bottom-mounted hydrostatic differential pressure sensor (\(\Delta P = \rho g h\)) via a 12-bit differential ADC loop.
- Thermal Isolation: A non-conductive PEEK threaded bushing decouples the air-column NTC thermistor from the chassis wall, preventing the heavy metal body from acting as an algorithmic heat sink.
2. VARIANT COMPARISON MATRIX
The structural and fluidic characteristics of the two platform profiles are mapped in the following structural comparison:
| Technical Specification | Model GMBP-01 (Standard) | Model GMBP-01-LITE |
|---|---|---|
| Primary Fluidic Shell | Forged marine-grade 316L Stainless Steel with smooth, polished internal TIG welds. | Value-engineered, rotationally molded Cross-linked High-Density Polyethylene (XLPE / HDPE). |
| Chassis Assembly Source | GMBP-01-316L-Chassis.step |
GMBP-01-LITE-Rotomold.step |
| Lipid Separation Method | Active containment redirection and automated enzyme micro-burst injection. | Extended fluid path via internal geometric triple-baffle dwell walls. |
| Thermal Deformation Boundary | Continuous operational threshold structural limit \(>120^{\circ }\text{C}\). | Integrated structural ribbing to maintain wall alignment up to \(85^{\circ }\text{C}\). |
| Wastewater Intervention | Motorged PVDF diverter gate valve with integrated self-cleaning PTFE scraper ring. | Predictive upstream kitchen appliance control via an isolated wireless interface. |
| Interlock Mechanism | Hardwired 2.5 kV RMS high-isolation optocoupler path driven by Port G Pin 4. | Plug-and-play sub-GHz (868MHz / 915MHz) RF inline control node. |
| Fail-Safe Timeout Logic | Pre-emptive buffer accumulation profile tracks capacity margins within a 5-min window. | 500ms encrypted status heartbeat with a strict 2.0-second appliance pause fallback circuit. |
| Containment Footprint | External 50-gallon emergency holding tank or grease recovery tote. | Internal retention zones built directly into the main interceptor basin footprint. |
3. REGULATORY CODE COMPLIANCE
- ASME A112.14.3 / ASSE 1001: Enforces physical air gap and vacuum breaker profiles to prevent municipal main backups from siphoning into clean water plumbing lines. Detailed in
ASME_A112.14.3_AirGap.pdf. - Safety Spillway Invariant: The 50-gallon containment entrance port features an open spillway set lower than the incoming appliance link. Overfills vent to an open tray before fluid can submerge the cross-contamination barrier.
- NSF/ANSI Standard 2: Mandates completely smooth welds and molded-in radius corners with a minimum 6mm radius specification on all internal and external geometric profiles to eliminate organic pooling zones. Detailed in
NSF_ANSI_Std2_Sanitation.pdf.
4. SOS-RMPL-2026 INTELLECTUAL PROPERTY GOVERNANCE
This manifest is published openly to establish un-invalidatable prior art, safeguarding the open-science engineering space against corporate patent blockages. All enclosed architecture assets are governed legally under the Sovereign Open-Science Royalty & Manufacturing Protection License:
- Academic Grant: Full, unrestricted, royalty-free permissions are granted globally to universities, municipal inspectors, non-commercial hobbyists, and environmental researchers for educational validation, performance testing, and single-unit prototyping.
- Commercial Trigger: Active commercial production runs, assembly line setup, marketplace sales, distribution, or installation into revenue-generating commercial kitchen environments activates the commercial framework.
- Royalty Invariant: Commercial exploitation privileges do not expire or default into a copyleft public domain format over time. Commercial entities are bound to register production lots and submit per-unit royalty distributions to the Design Authority to sustain open research and platform development. Full legal conditions are located in
LICENSE.md.