Otolift Rail Design, automated stairlift design
A patented system that scans a staircase with LiDAR, identifies and dimensions the steps automatically, then designs the stairlift rail by fitting modular components with computational geometry.
Four examples of co-created software, built with industry partners and deployed in real operating conditions.
A five-stage process that takes ambiguous research-grade problems and turns them into software that works in production.
We explore your goals, challenges, and context to define clear objectives.
We shape ideas into practical concepts and system architectures.
We build and integrate intelligent software tailored to your needs.
We test, refine, and ensure the solution performs in real-world conditions.
We deploy, support, and continuously improve based on user feedback.
A patented system that scans a staircase with LiDAR, identifies and dimensions the steps automatically, then designs the stairlift rail by fitting modular components with computational geometry.
A mobile application that uses computer vision to count and dimension assets on the fly. Tailored CV models for the customer's products, with seamless cloud inventory sync.
Real-time visual checks that verify safety conditions on site. Custom computer vision models that automatically identify whether tanker caps are sealed, un-sealed, or open, from a live camera feed.
An awarded bird and bat monitoring solution for wind farms. Custom real-time computer vision models detect and track flying wildlife around turbines, and a web platform visualizes events, deterrences, and shut-downs over time.