BluSmart Secures US Patent for EV Allocation Tech

BluSmart, a leading electric mobility provider in South Asia, has secured a US patent for its groundbreaking vehicle allocation system. This technological advancement solidifies the company's position as a pioneer in the EV ride-hailing industry.

The patented system optimizes ride matching, driver efficiency, and charging station utilization. By leveraging predictive analytics, BluSmart can anticipate demand, strategically position drivers, and address range anxiety concerns. This translates to a 97% on-time arrival rate for customers and a more sustainable transportation ecosystem.

Rishabh Sood, Co-founder and CTO of BluSmart, expressed pride in the achievement, emphasizing the patent's role in enhancing fleet efficiency and customer experience. The company's in-house technology stack also contributes to reduced wait times, competitive pricing, and reliable service.

BluSmart's patent underscores its commitment to driving innovation in electric mobility and reducing carbon emissions. With operations in Delhi NCR, Bangalore, and Dubai, the company is at the forefront of sustainable urban transportation.

Reducing Carbon Footprint with Efficient EV Management

BluSmart's patented EV allocation system is a cornerstone of its strategy to reduce carbon emissions. By optimizing vehicle utilization and integrating smart charging infrastructure, the company is significantly decreasing the environmental impact of urban transportation.

• Decreased vehicle idling: The system ensures that EVs are deployed efficiently, minimizing the time spent waiting for passengers. This reduces fuel consumption and harmful emissions.
• Optimized charging: By intelligently managing charging schedules, BluSmart can leverage off-peak electricity, which often comes from cleaner energy sources, further cutting carbon emissions.
• Increased EV adoption: The patent contributes to a more reliable and efficient EV ecosystem, encouraging more people to switch to electric vehicles, leading to a collective reduction in carbon footprint.