The startup develops robotic shoes equipped with an artificial intelligence control system that analyzes users' gait in real-time to enhance walking speed. These lightweight shoes enable commuters to walk faster without additional physical exertion, addressing the need for efficient urban mobility.
Funding
$8M 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
Walking long distances in urban environments or large facilities can be tiring and time-consuming, leading to reduced efficiency and increased physical strain. Existing mobility solutions like scooters or bikes require storage and aren't always practical for navigating crowded spaces or varying terrains.
Solution
Shift Robotics offers Moonwalkers, AI-powered robotic shoes designed to enhance walking speed and reduce fatigue. These wearable devices strap onto existing footwear and use an intelligent gait-adaptive system to provide a motorized push with each step, increasing stride length and overall walking velocity by up to 3x. The underlying ShiftOS software analyzes the user's gait and the terrain in real-time, adjusting power output for a smooth and intuitive experience. Moonwalkers feature multiple modes, including a lock mode for navigating stairs or tight spaces, and are designed to handle various surfaces and weather conditions.
Target Audience
The primary target audience includes urban commuters, warehouse workers, airport personnel, and anyone who needs to cover long distances on foot quickly and efficiently.
Features
- AI-driven gait adaptation for personalized and intuitive control
- Multi-wheel drivetrain for enhanced stability and maneuverability over diverse terrains
- Lock mode to disable motorized assistance for stairs and confined areas
- USB-C charging with quick charge capability
- ShiftOS mobile app for real-time monitoring, mode selection, and customizable settings
- Ergonomic design with flexible toeplate to mimic natural walking motion
- Water-resistant construction for use in various weather conditions
- Modular design for improved serviceability and customization