Build **OceanIQ AI**—a $70K/year **ClimateTech SaaS + robotics platform** that **enables AI-driven, low-impact deep-sea mining** with real-time environmental safeguards. The platform would: (1) Deploy **‘MineBots’**: Autonomous ROVs (e.g., Saab Seaeye) with edge AI (Jetson Orin) and **muon tomography** to map mineral deposits without disturbing sediment (e.g., ‘Deposit #XYZ: 50 tons cobalt—extract with <1% ecosystem impact’); (2) Provide **‘EcoShield’**: Real-time biodiversity monitoring (e.g., ‘Species #ABC: 2% migration—adjust mining path’); (3) Integrate with **‘Regulatory APIs’** (e.g., ISA, EPA) to auto-generate compliance reports (e.g., ‘ISA Mining Code: 100% compliant’); (4) Offer **‘Carbon Offset Engine’**: Monetize ecosystem preservation (e.g., ‘Your mining saved 10,000 tons CO2 = $50K/year in credits’); (5) Include **‘Mineral Marketplace’**: Connect miners with buyers (e.g., Tesla, SK Hynix) via smart contracts (e.g., ‘Tesla: 50 tons cobalt—$12M bid’).

Deep-sea mining (DSM) is accelerating due to: (1) **AI/electrification demand** (e.g., cobalt, nickel, rare earths); (2) **Geopolitical supply risks** (e.g., China controls 80% of rare earths); (3) **Environmental backlash** (e.g., ‘NASA: DSM disrupts carbon-sequestering ecosystems’); (4) **Lack of regulatory clarity** (e.g., ISA deadlock on mining codes). The cost of inaction: $50B/year in lost mineral revenue (McKinsey, 2026) and irreversible biodiversity loss.