The startup develops teleoperated urban mobility vehicles that provide on-demand, right-sized transportation solutions for urban residents. These vehicles enhance shared mobility by offering a cost-effective and environmentally friendly alternative, supporting cities in achieving net zero emissions goals.
Funding
$740K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current urban mobility solutions struggle to balance profitability, affordability, and sustainability, leading to low driver wages, driver shortages, poor financial returns, and limited market penetration. Existing transportation options often result in inefficient energy and space usage, contributing to traffic congestion and air pollution.
Solution
Trilvee offers a new category of urban transport service that combines the benefits of taxis and car sharing with right-sized vehicles enabled by remote driving technology and a degree of automation. By using right-sized vehicles matched to each trip, Trilvee minimizes energy consumption and space requirements, leading to reduced congestion and emissions. Remote driving enables scalability and profitability by reducing the number of drivers needed and offering convenient on-demand service without parking requirements. The system is designed for safety, with continuous monitoring of connections for security, integrity, bandwidth, and end-to-end delay.
Target Audience
The primary target audience includes urban residents seeking affordable, convenient, and sustainable transportation options, as well as fleet operators looking to optimize vehicle utilization and reduce operational costs.
Features
- RCKTpod module: A camera and communication module that encapsulates multiple automotive-grade cameras with an array of 4G/5G antennas for cross-vehicle installation.
- Centralized on-board CPU: Unites vision, control, and communication systems, enabling real-time vehicle control command processing.
- 360° view: A suite of six high-definition automotive cameras provides a complete view of the surrounding environment.
- Remote driver interface: Wide field-of-view monitors, motion feedback, and biometric monitoring ensure operational safety for remote drivers.
- Fleet management: Technology allows fleets to match vehicle types to actual usage, targeting a mix of light EVs, mid-size cars, and larger delivery vehicles.
- Remote self-drive option: Customers can "self-drive" remotely, offering convenience, affordability, and safety for solo passengers.