LitterSnap provides an AI‑powered vision platform that fuses RGB, infrared and thermal sensor data to monitor waste streams and site safety in real time. Its computer‑vision models detect litter, fill levels, sorting errors, hazardous objects and fire hazards, triggering alerts and visualizing incidents on dashboards and smart maps to enable route optimization and safety enforcement for municipalities and waste operators.
Funding
Funding not disclosed
Founders
Product
Problem
Municipalities and private waste operators struggle with inefficient collection routes, undetected hazardous waste, and limited visibility into site safety, leading to higher costs, environmental litter, and safety incidents.
Solution
LitterSnap offers an AI-powered vision platform that ingests data from RGB, infrared, and thermal sensors to continuously monitor waste streams, site environments, and fire hazards. The system applies computer‑vision models to detect litter deposits, fill levels, sorting errors, dangerous objects such as lithium‑ion batteries, and fire‑related anomalies in real time. Detected events trigger instant alerts and are visualized on dashboards and smart maps, enabling operators to adjust collection routes, enforce safety rules, and protect assets. By automating anomaly detection and providing actionable insights, LitterSnap helps reduce operational expenses, improve urban cleanliness, and enhance workplace safety.
Target Audience
Primary customers are municipal waste management agencies, private waste collection firms, and operators of large facilities such as sorting plants, recycling centers, and waste‑to‑energy sites that require continuous visual monitoring for efficiency and safety.
Features
- Multi‑sensor fusion (RGB, infrared, thermal) for robust detection under varied lighting and weather conditions
- Real‑time AI algorithms that identify litter, fill‑level, sorting errors, hazardous objects, and fire signatures with high positional accuracy
- Automated alerting system integrated with customizable dashboards and geospatial smart maps for immediate operational response
- Route‑optimization analytics that prioritize collection based on waste density and deposit locations
- Safety modules for fire prevention, rule enforcement, people counting, and asset protection across industrial and public sites