System Costs & Funding

Breakdown of Development & Operational Costs

Building and maintaining the Sovereign Aussies Governance (SAG) system requires careful financial planning. Below is a breakdown of the key costs involved:

1. Initial Development Costs

  • AI Development & Integration: Creating the multi-AI governance system to oversee policy evaluation, voting security, and transparency.

  • Secure Voting App: Developing a mobile and web-based app with biometric security, geolocation verification, and fraud detection measures.

  • Petition & Public Dashboard System: A user-friendly platform where Australians can propose, sign, and track policy changes.

  • Blockchain & Data Security: Implementing encryption and decentralised storage to prevent tampering and ensure transparency.

2. Ongoing Operational Costs

  • AI & System Maintenance: Regular updates, security audits, and monitoring of AI operations.

  • Cybersecurity & Fraud Prevention: Constant protection against cyber threats, vote tampering, and data breaches.

  • Public Oversight & Transparency Committees: Ensuring independent review panels and citizen oversight.

  • Data Hosting & Server Infrastructure: Keeping the SAG system operational and accessible to all Australians.

  • Legal & Compliance Costs: Ensuring adherence to Australian laws and international security standards.

Where the Money Goes: Transparency & Spending

To maintain full transparency, SAG will publish real-time financial reports detailing where every dollar is spent. Key spending categories include:

  • 60% – Technology & AI Infrastructure

    • AI governance system, secure voting platform, blockchain integration, cybersecurity.

  • 20% – Public Outreach & Education

    • Awareness campaigns, educational materials, town halls, public debates.

  • 10% – Oversight & Compliance

    • Independent citizen review committees, legal compliance, system auditing.

  • 10% – Operational & Administrative Costs

    • Server costs, development team salaries, research, and ongoing improvements.

This funding model ensures no wasteful government salaries, no political perks—only direct investment into building a fair governance system.

Funding Sources: How We Sustain the System

SAG will be funded through multiple revenue streams to ensure financial independence from political or corporate influence.

1. Public Contributions & Crowdfunding

  • Australians can directly fund the movement to take back governance.

  • Crowdfunding campaigns will allow anyone to support the development of SAG.

2. Voluntary Membership Contributions

  • While participation in SAG is free, supporters can opt-in for a monthly contribution to fund its operations.

  • Contributors receive access to exclusive updates, events, and system beta testing.

3. Ethical Corporate & Institutional Support

  • Businesses and organisations that align with transparency, decentralisation, and fair governance can contribute.

  • Strict policies will prevent corporate donors from influencing decisions.

4. Government Transition Funding

  • Once SAG gains traction, part of existing government budgets will be reallocated from bloated political salaries into direct governance technology.

Support & Crowdfunding: How You Can Help

SAG will only succeed if Australians come together to support a new governance system. Here’s how you can help:

  1. Donate to the Movement – Contribute to the development of the voting app, AI oversight, and secure governance infrastructure.

  2. Spread the Word – Share the message on social media, with friends, and within communities.

  3. Participate in Fundraising Campaigns – Join crowdfunding efforts to finance key milestones in the SAG roadmap.

  4. Volunteer & Advocate – Get involved in awareness campaigns, educational outreach, and petition initiatives.

Every dollar goes directly toward ending corrupt politics and building a transparent, people-powered future.

The Aussies Power AI infrastructure will require a highly secure, decentralised, and redundant system to ensure uninterrupted operations, security, and transparency. Below is an approximate breakdown of the infrastructure, power supply needs, and hardware requirements for each AI component:

1. AI Processing Infrastructure

Each AI responsible for monitoring the Aussies Power voting system will need a dedicated high-performance server cluster. The main AI processing units will require:

Hardware Requirements (Per AI)

  • AI Model Hosting: 8 to 16 GPU units (e.g., NVIDIA A100/H100 or AMD MI300X) for real-time inference and deep learning computations.

  • CPUs: 64 to 128-core EPYC/Intel Xeon Platinum CPUs for general processing and workload distribution.

  • RAM: 1 to 4 TB DDR5 RAM for managing datasets and AI models.

  • Storage: 20 to 50 PB (Petabytes) SSD/NVMe in a distributed setup (RAID or object storage for redundancy).

  • Network: 10-100 Gbps Fibre Optic Backbone for ultra-low latency in real-time voting verification and monitoring.

  • Cooling: Liquid Cooling or Immersion Cooling to handle high-performance computations efficiently.

  • Backup Power: Dual Redundant UPS & Generator Setup to ensure power continuity.

Power Supply Needs (Per AI)

  • Server Power Consumption: ~ 40 to 150 kW per AI cluster.

  • Cooling Systems: Additional 30-50 kW for liquid cooling and HVAC.

  • Redundant Power Backup: Minimum 200-250 kW per data centre to ensure uninterrupted operations.

2. AI Monitoring & Security Infrastructure

To ensure that each AI is independently monitored and cannot be tampered with, an AI monitoring network will be deployed in separate locations. These AIs will:

  • Validate votes in real-time.

  • Cross-check anomalies.

  • Prevent biases and fraud attempts.

Each monitoring AI will require:

  • 4-8 GPU Units

  • 64-core CPU

  • 512 GB - 1 TB RAM

  • 10 PB Storage

  • Power Consumption: 20-50 kW per monitoring AI

Redundant monitoring nodes will be placed in different geographical locations to ensure resilience against attacks or failures.

3. Secure Blockchain Voting Database

  • Blockchain-based storage for vote recording and verification.

  • 10-100 PB distributed storage across multiple regions.

  • Power needs: 10-30 kW per data centre.

4. Redundant Data Centres & Edge Processing

To prevent single points of failure:

  • 3+ geographically separated Tier 4 Data Centres.

  • Edge Processing Units near voter hubs (~1-5 PB storage per hub).

  • Each facility will require ~300-500 kW power.

5. Secure Communications & Voter Verification

  • AI-driven fraud detection servers.

  • Encryption & authentication nodes (zero-trust architecture).

  • Power: 10-20 kW per verification hub.

Total Estimated Infrastructure Size & Power Consumption (Initial Phase)

  • Main AI Processing: ~150-250 kW per AI unit.

  • Monitoring AI Units: ~50 kW per unit.

  • Secure Blockchain Database: ~30 kW per storage cluster.

  • Redundant Data Centres (3-5 locations): ~300-500 kW per centre.

  • Edge Processing & Verification Hubs: ~10-20 kW per hub.

Total Estimated Power Demand (National Scale):

  • Minimum: 1 MW (Megawatt)

  • Optimal for redundancy & future growth: 2-3 MW

Scaling for National Implementation

For full-scale national implementation:

  • Each state could have its AI node for decentralisation.

  • Each state node requires ~200-500 kW.

  • Total system: 4-6 MW for full Australia-wide operations.

Future Expansion:

  • AI power demands double every 3-5 years.

  • Upgrades should account for next-gen AI efficiency (reducing power usage by 30-50% per decade).

Potential Solutions for Power Supply

  • Solar & Wind Hybrid Power for sustainable AI operations.

  • On-site battery storage (Tesla Megapack / Grid-scale hydrogen cells).

  • Redundant diesel generators for emergencies.

Would you like a detailed breakdown per state or suggestions for cost-effective deployment?

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State-by-State AI Infrastructure Breakdown for Aussies Power

To ensure secure, transparent, and decentralised governance, Aussies Power will require state-based AI nodes, with national redundancy and real-time synchronisation. Below is a breakdown per state, including infrastructure, power needs, and deployment recommendations.

1. Core System Overview

  • Each state will host an Aussies Power AI Node that processes votes, verifies identities, and cross-checks data.

  • A National AI Oversight System will monitor all state nodes to prevent bias, errors, or corruption.

  • Each node will have redundant backup servers in separate locations to prevent failures.

2. Infrastructure & Power Requirements Per State

Each state-based AI cluster will require:

  • Primary Processing AI

    • 8 to 16 GPU Units (NVIDIA H100 or AMD MI300X)

    • 64 to 128-core EPYC/Intel Xeon CPUs

    • 1-4 TB DDR5 RAM

    • 20-50 PB SSD/NVMe Storage

    • 10-100 Gbps Fibre Backbone

    • Liquid Cooling

    • Power: 200-500 kW

  • Redundant AI & Backup Storage

    • 4-8 GPUs, 64-core CPU, 512 GB-1 TB RAM

    • 10-20 PB Storage

    • Power: 50-150 kW

  • Blockchain Database & Security Nodes

    • Vote storage & verification

    • 10-50 PB distributed storage

    • Power: 30-80 kW

  • Secure Edge Processing & Verification Hubs

    • 10-20 hubs per state

    • Power: 10-20 kW per hub

Total Power Per State

3. National-Level Oversight AI

To ensure all state AI nodes operate fairly, a national AI system will:

  • Cross-check state results for discrepancies.

  • Monitor cybersecurity threats.

  • Provide real-time audit logs.

National AI Requirements

  • 32 to 64 GPU Units

  • 128-256 Core CPUs

  • 4-8 TB RAM

  • 100-200 PB Storage

  • Power: 1.5-2 MW

4. Total Power Demand Across Australia

5. Recommended Power Supply Solutions

To keep Aussies Power sustainable and independent, a multi-source energy solution is best:

Primary Power Source (Green Energy)

  • Solar Farms: 6 MW required → ~30,000 solar panels (at 200W each).

  • Wind Farms: Supplementary, providing ~2 MW backup.

  • Hydrogen Fuel Cells: On-site storage for peak loads.

Backup Systems

  • Battery Storage (Tesla Megapacks / Grid-scale Li-Ion)

  • Redundant Diesel Generators (Only for emergencies)

Projected Costs

  • Green Energy Setup: ~A$200M-A$400M

  • AI Data Centres & Hardware: ~A$1B-A$2B

  • Total Infrastructure Investment: ~A$1.5B-A$2.5B