Making the invisible operational cost visible. Making the unclassified waste measurable. Making coastal sustainability scalable with AI-powered autonomous cleaning.
Current baseline operations rely on blind, ad-hoc manual labor, leading to a crisis of efficiency, data, and ecology.
Moving from blind manual sweeping to proactive, data-driven platform operations.
SLAM-based autonomous navigation and obstacle avoidance (LiDAR/Radar) for complex coastal terrains.
Deep learning object detection actively hunting waste anomalies on the sand, trained on >100,000 datasets.
Real-time mechanical sorting at the point of collection, diverting high-value recyclables from landfills.
Feeding operational telemetry back into the Microsoft Azure IoT Cloud to map hotspots and optimize future routes.
Watch the AI inspection system detect, identify, and collect trash along the beach.
The 3-Step Field Workflow powered by AI Vision Pipeline
Computer vision (Azure AI) identifies and classifies waste items against natural sand and rocks.
The onboard mechanical arm collects the waste and physically routes it into segregated bins.
Edge devices transmit telemetry to the cloud, building localized cleanliness data and operational proof-of-service.
Data derived from our successful Deep Water Bay Beach pilot deployment.
Cleaning time reduced from 10 hours (manual) to just 5 hours with EZBotBeach.
Reduced crew requirement from 5 laborers to 1 operator managing the autonomous unit.
Operational expenses dropped from $1,500 to $825 AUD per day (inclusive of hardware amortization).
Units powered by onboard solar/wind components, reducing grid reliance.
Providing municipalities irrefutable, data-backed proof of cleanup efforts.
Systematically removing biohazards, restoring >80% visitor confidence.
A software-engineering-led founding team focused on execution, AI integration, and commercial scalability.
Co-Founder & Software Engineer
Co-Founder
Backed by the Microsoft for Startups Founders Hub, providing a robust Azure AI and IoT foundation for enterprise-grade scalability.
Featured at the VTC Carbon Neutrality Forum 2024, demonstrating alignment with municipal sustainability frameworks.
We are actively seeking strategic partnerships to expand from advanced prototype to regional platform.
Access to beaches, private resorts, or coastal parks for controlled, extended field validation of our hardware and software suite.
Municipal councils or private operators willing to trial the recurring service and platform model.
Grants, startup program entry, and advisory support to transition the hardware to a mass-manufactured industrial unit.
Use this form to connect with the EZBeachbot team about pilot sites, commercial partnerships, or funding support.