Build **SodiumIQ AI**—a $75K/year **ClimateTech SaaS + circular economy platform** that **enables onshore sodium battery production** via **AI-driven supply chain optimization**. The platform would: (1) **Deploy ‘MineIQ’**: Edge AI (Jetson Orin) + hyperspectral imaging drones to map sodium deposits (e.g., ‘Nevada: 2M tons sodium—extractable’); (2) **Provide ‘CathodeIQ’**: AI-driven cathode production (e.g., ‘Na-Fe-Mn-O: Optimize for 85% efficiency’); (3) **Integrate with ‘EV APIs’** (Tesla, BYD) and **‘Grid APIs’** (Fluence, Stem) to auto-match supply (e.g., ‘Tesla: 500K batteries/year—allocate 20% to sodium’); (4) **Offer ‘Carbon Credit Engine’**: Monetize emissions reductions (e.g., ‘Your sodium mine saved 50K tons CO2 = $2M/year’); (5) **Include ‘Tariff Arbitrage Marketplace’**: Optimize production locations (e.g., ‘Mexico: 15% tariff—produce locally’).

{"sufferingParties":["EV manufacturers","grid storage providers","energy startups","mining companies"],"currentSystemBroken":"Lithium prices have surged 300% in 12 months, making EVs and grid storage unaffordable. Sodium-ion batteries (20-30% cheaper) are emerging as an alternative, but lack supply chain infrastructure (e.g., sodium mining, cathode production). China dominates 80% of sodium-ion production, creating geopolitical risk.","financialOperationalCost":"Tesla delays Model 2 launch due to lithium costs ($12K/car → $18K). Grid storage projects (e.g., $300M California microgrid) face 24-month delays. Sodium-ion could cut costs by 40%, but supply chains don’t exist outside China."}