MizLinx provides integrated underwater IoT systems and field robotics for marine observation and data analysis. Their platform captures high-definition video and environmental sensor data, accessible via a web application, enabling continuous monitoring for industries like aquaculture and offshore energy.
Funding
Funding not disclosed
Founders
Product
Problem
The effective management and conservation of marine environments are hindered by a lack of real-time, comprehensive data. Traditional methods for monitoring underwater conditions are often labor-intensive, costly, and limited in their ability to capture dynamic ecological changes, impacting industries such as aquaculture and offshore energy.
Solution
MizLinx provides integrated underwater IoT systems and field robotics designed for marine observation and data analysis. Their core offering, the "MizLinx Monitor," is a customizable underwater observation system capable of capturing high-definition video and various sensor data, including water temperature, dissolved oxygen, salinity, turbidity, and chlorophyll levels. This data is accessible via a web application on any device, enabling continuous monitoring of marine ecosystems. Complementing this, the "MizLinx Rover" offers robust robotics for operation in harsh environments, extending capabilities beyond aquatic applications. The company also leverages its expertise in underwater IoT, field robotics, and data analytics to offer bespoke development and consulting services, addressing complex marine challenges and supporting sustainable practices.
Target Audience
MizLinx targets organizations involved in marine resource management, aquaculture, fisheries, offshore energy, and environmental research, including local governments, fishery cooperatives, and research institutions.
Features
- **MizLinx Monitor:** Standalone underwater IoT system for marine data acquisition.
- Captures high-definition video, still images, and environmental sensor data (water temperature, dissolved oxygen, salinity, turbidity, chlorophyll, current direction/velocity).
- Features a wide-angle lens (102 degrees) with night vision capabilities and high durability for challenging marine conditions.
- Compact design allows for easy deployment from small vessels.
- Customizable hardware and software configurations to meet specific project requirements.
- Data accessible via a responsive web application compatible with smartphones, PCs, and tablets.
- **MizLinx Rover:** General-purpose field robotics platform designed for operation in demanding environments, including underwater, mountainous terrain, and industrial sites.
- **AI-Powered Analytics:** Utilizes AI for analyzing underwater imagery to identify species, monitor seaweed growth, detect algal blooms, and map the distribution of organisms like sea urchins, generating heatmaps for targeted intervention.
- **Connectivity Solutions:** Employs a range of communication technologies including Wi-Fi 6E, HaLow, LTE, and satellite communication (Starlink) to ensure data transmission from remote or signal-limited marine locations.
- **Data Integration Platform:** Aggregates data from cameras, sensors, and sonar into an "Ocean Visualization" platform for comprehensive analysis and remote monitoring.
- **Custom Development & Consulting:** Offers tailored system development, data analysis support, and consulting services leveraging their expertise in underwater IoT and field robotics.