AI system detecting fish



CCell Sense

Unveil Oceanic Wisdom with Accessible Marine Data

Effective marine monitoring delivers key insights into the well-being of oceanic environments, empowering scientists and policymakers to evaluate biodiversity, discern changes in ecosystem dynamics and mitigate climate change impacts.

Consistent data collection from challenging nearshore environments is pivotal in the long-term success of regenerative coastal protection, habitat rewilding, and marine conservation efforts.

Our unique marine data collection system facilitates mineral accretion; guaranteeing the optimal growth of natural rock on our coastal protection reefs and habitat structures. It also hosts a myriad of plug-n-play environmental sensors.

The CCell “Power Regulating Module (PRM)” - the backbone of the CCell Sense monitoring system.
  • Remote Nearshore Monitoring
  • Control of MAT on CCell Reefs
  • Environmental Data Collection
  • Anomalous Data Alerts
  • Abiotic Measurements (Temperature, pH, Turbidity)
  • Marine Bioacoustics
  • Supporting piers and jetties
  • Live video and infrared cameras
  • Marine Pollutant Detection (In Development)
AI assisted fish detection
AI assisted fish detection (In Development)
Interactive marine monitoring
Interactive marine monitoring.
Key Features

Network Compatibilty

CCell Sense enables seamless remote monitoring by connecting to mobile networks with 4G or 5G signaling capacities. Our system supports continuous data exchange and consistent reporting to any chosen location.

Plug-n-Play Sensors
  • Waves and currents alerts
  • Video and infrared cameras
  • Abiotic Data (temperature, pH, etc)
Research Potential
  • Marine Bioacoustics
  • Enhancing Reef Ecology
  • Pollutant and chemical detection (In development)

Real-Time Data

High-frequency sensing allows for the precise monitoring your local ecosystem, empowers you with real-time decisions and take action when needed.

High-Frequency Inputs
  • 1 second - 60 minute collecion intervals
  • Alerts for anomalies
  • Camera activity alerts (optional)
User-Friendly Monitoring
  • Online tracking platform
  • Mobile app platform (In development)
  • Remotely accessible features

Impact Analytics

Our dedicated team delivers high-quality impact analytics reports, offering ongoing support to propel coastal development or conservation projects.

Custom Reporting
  • Monthly or quarterly basis
  • Analytics on your chosen metrics
  • Past, present and future insights
Project Tracking
  • Successful milestone tracking
  • Critical adjustment suggestions
  • Longitudinal Analyses
Max Power Usage 250W
Power Input Mains (AC) or Solar (DC)
Voltage Input 40V - 150V
Max Current Input 6A
Voltage Output 0.3V - 12V
Max Current Output 20A
Water Rating IP68 up to 10m
Dimensions 150 x 90 x 40 (mm)
Interfaces RS485, Bluetooth (opt), NFC (opt)
Monitoring Interface
Case Study

Playa del Carmen

From 2017 to 2019 hotels in Playa del Carmen observed a dramatic reduction in the width of their beach, losing in places over 50m of sand.

This change has been caused by the growing strength of ocean waves which has eroded the shoreline, causing beach capacities for tourists to be substantially reduced.

Through advanced simulation and design, CCell Reefs are engineered to absorb the increased wave energy and retain historic levels of wave activity along coastlines. This negates the requirement to import sand and use other costly solutions.

Hotel with sand 2017Hotel wihout sand 2019 "We have seen a big change. We used to have very, very wide beaches in our area, and we don't have this anymore" - Manuel Paredes, Director of Riviera Maya Hotel Association.
More Information

CCell Sense - Electronics specifications

Case Study - Mineral Accretion to Form Rock at Sea

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