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Purify

We are the pioneers of the next generation in environmental robotics.
Our autonomous robots clean and recycle rubbish in urban areas, beaches, and forests,
promoting green sustainability and significantly reducing carbon footprint.

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Who We Are

We are transforming environmental protection with advanced autonomous robots. Our mission: Clean, recycle, and rejuvenate cities, beaches, and forests — making ecosystems thrive while reducing carbon emissions.

Our fleet of smart robots tirelessly collects and sorts rubbish using computer vision, LiDAR, and AI algorithms. They make real-time decisions, continuously improve through machine learning, and recycle what others discard. Join us in shaping a cleaner, greener future and creating sustainable cities for the next generation.

Define

We analyze urban, beach, and forest environments to identify rubbish accumulation, target pollution hot-spots, and set sustainability goals.

Design

Our engineers design intelligent autonomous robots integrating advanced sensors, LiDAR, and computer vision for maximum cleaning efficiency.

Build

We build and program robots equipped with AI and machine learning, enabling real-time recognition, collection, and recycling of waste materials.

Launch

Our robots are deployed in cities, coastlines, and forests—tirelessly cleaning, recycling waste, and dramatically reducing environmental impact and carbon emissions.

Our Technologies

By using the power of computer vision, LiDAR, and AI, our autonomous robots redefine environmental clean-up for a sustainable world.

Our robots utilize state-of-the-art sensors and machine learning algorithms to identify, collect, and recycle waste, improving over time and adapting to ever-changing environments—keeping urban centers, beaches, and forests pristine and healthy for all.

Robotic Product Design

Designing durable, efficient autonomous robots built for challenging urban, coastal, and forest terrains—combining form, function, and sustainability.

Computer Vision Technology

Using deep learning and image recognition to detect and classify rubbish in real time, ensuring precise waste collection across every environment.

LiDAR & Advanced Sensors

Integrating LiDAR, radar, and environmental sensors to safely navigate spaces and locate even hidden litter for thorough clean-up.

Machine Learning & AI

Implementing machine learning models that enable robots to learn from their environment and continuously improve collection tactics.

Sustainability Focus

Every robot is engineered with energy efficiency and recycling capability, promoting a greener, waste-free future.

Impact Data Reporting

Real-time analytics on rubbish removed, CO2 savings, and environmental improvements help track impact and inspire communities.

Recent Works

Here are some of our projects we done lately. Feel free to check them out.

Urban Cleanup

City cleanliness campaign

As Deployed robots in a metropolitan city, collecting 200 kg of litter in 6 hours (campus environemnt) and reducing plastic waste by 60% through AI-powered sorting.

Innovation

Circular Economy Lab

In partnership with NGO, our robots enabled recycling rates above 80% and recovered valuable materials to be reintroduced into the supply chain.

Get In Touch

Have an idea or an epic project in mind? Talk to us. Let us work together and make something great. Shoot us a message at