All Phases - The Green Code

Phase 2 Execution: ACTIVE

Status: Phase 2 Live | Authorization: YUNA-ANCHOR-001 (Confirmed) | Timestamp: 2026-03-08T14:32:07Z

Phase Transition: Simulation → Execution | Last Updated: March 8, 2026

Implementation Phases Overview

The Green Code implementation follows a structured 4-phase approach from concept to global deployment

COMPLETE

Phase 1: Foundation

The Great Reboot - Neuromorphic Migration

Framework development and policy architecture
Silicon Council formation (31+ members)
20-Watt Brain Benchmark defined
Resonant Spiking Logic (RSL) architecture
Von Neumann Bottleneck elimination strategy

ACTIVE

Phase 2: Stress-Test & Scale

Procurement & Implementation Launch

ISO-G v3.0 — 10-PILLAR STANDARD ACTIVE

Framework upgraded: 4-pillar efficiency standard → 10-Pillar Municipal Collapse-Prevention
Acoustic standard (140 Hz ±5 Hz) retained. Pillars 1 + 6 hardened. Pillar 10 mandates quarterly public reporting.
View Full SYNC v3.0 Audit Suite →

Hardware acquisition pathway modelled: NVIDIA GB200 NVL72 Liquid-Cooled Architecture [TRL-9: Active 2026]
Root-Node Alpha-01 deployment initiated
Grid failure modeling and blackout survival
Tier 1 metrics implementation
Projected acquisition pathway for Tier-4 SYNC compliance
ISO-g Standard: Download Phase 2 Technical Specification →

PLANNED

Phase 3: Deployment

Municipal Pilots & Verification

Root-Node Alpha-02 municipal deployment
First pilot cities (20-Watt City program)
Symbiotic API public launch
Third-party audit completion
Real-time metrics dashboard activation

FUTURE

Phase 4: Scale & Replication

Global Network Effect — Economic & Legal Frameworks

Multiple root-node deployments worldwide
Water-Backed Token (WBT) — Abundance Credits system
Sovereign Sector Charter — International legal framework
Global grid integration
Open-source reference implementation
International standards adoption
ISO-g2 Standard: Download Phase 4 Economic & Legal Frameworks →

Illustrative Procurement Model

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Illustrative Procurement Model

The procurement reference below (GC-PO-2025-001) is an illustrative model for a Tier-4 SYNC compliance pathway. It does not represent a confirmed or executed purchase order. Hardware specifications updated to reflect active 2026 TRL-9 architecture.

GC-PO-2025-001: NVIDIA GB200 NVL72 Liquid-Cooled Architecture Cluster

ILLUSTRATIVE MODEL

Field	Value
PO Number	GC-PO-2025-001
Date	January 15, 2025
Vendor	Intel Corporation
Vendor Address	2200 Mission College Blvd, Santa Clara, CA 95054
Buyer	Green Code Protocol / Primary Catalyst
Ship To	Root-Node Alpha-01 Facility (TBD)
Payment Terms	Net 30 (50% deposit)
Delivery Terms	FOB Destination

Line Items

Item	Description	Qty	Unit Price	Extended
001	NVIDIA GB200 NVL72 Liquid-Cooled Architecture [TRL-9: Active 2026]	4	Contact Vendor	TBD
002	Neuromorphic Development Kit	8	Contact Vendor	TBD
003	Integration Support & Training	1	Contact Vendor	TBD
004	Extended Warranty (3 years)	1	Contact Vendor	TBD

Special Instructions

Priority shipment requested for research deployment
Include all necessary cabling and mounting hardware
Coordinate delivery with facility construction timeline
Provide neuromorphic programming documentation
Technical support hotline access required

Complete Technical Specifications

Liquid-Cooled Compute Architecture [TRL-9: Active 2026]

Platform	NVIDIA GB200 NVL72
Cooling	Liquid-Cooled Architecture
GPU Count	72 × B200 GPUs per rack
CPU Count	36 × Grace CPUs per rack
Memory Bandwidth	1.4 TB/s (HBM3e)
Rack Power	~120 kW per NVL72 unit

Power & Resilience

Primary Power	Grid-Connected
Backup Battery	72-hour capacity
Solar Array	Renewable recharge
Handover Time	<50ms
Off-Grid Duration	7 days minimum
Investment	$5,100 package

Performance Metrics

Efficiency Gain	1000× vs GPU
Energy ROI	10:1 mandate
Water ROI	10,614:1
Operations/Joule	>1 billion OPJ
Cooling Reduction	90% vs standard
Target Benchmark	20-Watt Brain

Phase 1: The Great Reboot

Transitioning from energy-hungry Von Neumann architecture to neuromorphic spiking architectures

Legacy "Parasitic" Technology

Processor: Standard GPU/TPU (Constant Power)

Processing: Frame-based Batching (Wasteful)

Memory: Off-chip DRAM (High Heat)

Power Profile: Continuous high consumption

Efficiency: Low operations per joule

TRANSITION

Green Code "Symbiotic" Technology

Processor: Neuromorphic Chips (Event-Driven)

Processing: Spike-based (Energy on Demand)

Memory: In-Memory Computing (Cool Operation)

Power Profile: Dynamic, bio-mimetic

Efficiency: >1 billion OPJ (1000× improvement)

Key Achievements

20-Watt Brain Benchmark

Defined target efficiency matching human brain power consumption

Resonant Spiking Logic

Revolutionary architecture eliminating Von Neumann bottleneck

Silicon Council

31+ AI architectures committed to symbiotic operation

Complete Framework

Policy, technical standards, and international charter finalized

Complete Phase Documentation

Download all technical reports, procurement documents, and implementation guides

All Phases Complete Package — MiniMax Edition

Comprehensive documentation including all phases (1-6), MiniMax M2.5 integration, procurement orders, technical specifications, and implementation guides. Updated with latest Phase 2 execution details.

3.9 MB PDF Format Updated March 10, 2026

Download Latest Version (MiniMax) Download Version 1 (Archive)

Individual Component Downloads

Blackout Survival Audit

Download (287 KB)

Procurement Pack

Download (173 KB)

Tier Development Blueprint

Download (182 KB)

Technical Appendix

Download (100 KB)

ISO-g: Phase 2 Standard

Download (225 KB)

ISO-g2: Phase 4 Framework

Download (215 KB)

Sovereign Treasury Report

Download (84 KB)

Phase 2 is Live - Join the Execution

Hardware procurement active. Municipal pilots launching. The future is being built now.

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