The status quo charging methods are causing measurable pain points for customers and can't keep pace with the rapid evolution of mobility. Today’s solutions were NOT designed for the demands of AUTONOMOUS systems or the SCALE required by widespread electrification—leaving critical gaps in reliability, 24/7 accessibility, and operational efficiency.

• Manual plug-in → human intervention, mechanical failure, costly downtime
• Battery swap → adds cost, complexity, and significant logistical challenges
• Robot arms for docking → complex, failure-prone, and increases system costs
• Contact systems → strict alignment, corrosion, wear and tear, mechanical failure

Spark REPLACES all 4 with a single drop-in solution that OEMs can integrate and deploy in 4 months.

The outcome is full scalability for autonomous systems—delivering continuous uptime, lower lifetime TCO, and a positive ESG footprint through efficient electrification and reduced waste.

• Proof before scale: soft launched in 2024 with paying customers and 4 completed pilots with 4 LOIs of $3M+
• Scalable economics: high gross margins on hardware modules with embedded software
• Defensible IP moat: 20+ patents securing long-term category leadership in a space that has a very high barrier to entry