Tracks natural and human activity across marine environments.
Autonomous systems and intelligent software designed to operate reliably in real marine environments and deliver trusted scientific insight.
Hydrophones extend PO2’s monitoring by using underwater sound and edge AI to detect ecosystem activity and human presence with minimal data transmission.
Built specifically for marine environments, not adapted from land systems.
Only essential data is captured and transmitted, reducing cost and complexity.
Multiple systems work together to reveal patterns across locations and time.
Hydrophones extend PO2’s monitoring by using underwater sound and edge AI to detect ecosystem activity and human presence with minimal data transmission.
Tracks natural and human activity across marine environments.
Sound data tracks ecosystem and anthropogenic activity across ocean environments.
Audio is converted into compact event data for efficient satellite transfer.
Hours of audio are converted into compact event metadata, enabling reliable satellite communication at a fraction of traditional bandwidth costs.
AI analyses underwater sound directly at the source.
On-device AI processes underwater sound in real time, detecting biological and anthropogenic signals without transmitting raw audio.
Sound data tracks ecosystem and human activity across ocean environments.
Audio is converted into compact event data for efficient satellite transfer.
AI analyses underwater sound directly at the source.
Pre-built acoustic models, just deploy and monitor.
Pre-built with proven acoustic models, the user simply needs to place the hydrophones without
further technical assistance.
Hydrophones work alone or alongside camera systems.
Hydrophones integrate seamlessly with PO2 camera systems or operate independently, allowing flexible deployment across sites and regions.
Geo-fencing alerts for boundary breaches, vessels, and fish bombing.
Geo-fencing capabilities alerting marine boundary breaches with vessel types and additionally
detecting Fish Bombing occurrences.
Pre-built with proven acoustic models, the user simply needs to place the hydrophones without further technical assistance.
Hydrophones work alone or alongside camera systems.
Geo-fencing capabilities alerting marine boundary breaches with vessel types and additionally detecting Fish Bombing occurrences.
Autonomous, solar-powered underwater camera systems designed to operate for years in demanding marine environments.
Autonomous, solar-powered underwater camera systems designed to operate for years in demanding marine environments.
Hybrid solar and battery power supports long-term, unattended deployments in remote marine environments.
Designed to see the world in 3D with accurate sizing and depth calculation capabilities
Custom edge computing processes data on-site, reducing transmission needs while enabling scalable, long-term monitoring.
LaBella is PO2’s open, education-focused platform that enables scientists and students to train AI models for marine research, strengthening global ocean intelligence through collaboration.
Powered by Ultralytics custom marine YOLO models built by PO2, LaBella empowers marine scientists to rapidly train custom AI models while simultaneously producing publication-ready datasets through AI-assisted video, image and audio labelling and tracking.
LaBest deploys your trained models to process massive datasets autonomously, scaling marine monitoring from pilot studies to continuous ocean intelligence.
Autonomous, solar-powered underwater camera systems designed to operate for years in demanding marine environments.
Proud member of the AWS Activate program, using Amazon Web Services to securely process, store, and scale ocean monitoring data across distributed deployments.
A complete system designed for continuous operation, trusted data, and scalable impact.
PO2 technology enables efficient monitoring with reliable, long-term scientific insight.
We work with researchers, organisations, and partners to deploy scalable monitoring technology and generate trusted ocean intelligence.