Echo River Capital

Watergenics develops advanced water quality monitoring technology to measure chemical parameters in real-time for environmental and industrial applications. Its platform combines AI-driven sensor modules with a data analytics system, offering automated self-cleaning, high tolerance to extreme conditions, and multi-parameter detection. The approach supports continuous water quality monitoring across water-intensive industries such as mining, desalination, semiconductor manufacturing, and agriculture and aquaculture, enabling informed operational decisions, improved efficiency, and regulatory compliance.

Hohonu provides a real-time environmental data monitoring system that uses solar-powered, industry-standard sensors to collect water level, temperature, dissolved oxygen, and chlorophyll data, transmitting metrics via cellular or satellite networks. The platform integrates sensors and software to deliver water level data and insights, comparing real-time measurements against defined thresholds to inform actions such as emergency responses, infrastructure planning, and resilience measures for flood risk management and water quality assessment. The system supports site selection, sensor deployments, calibration, maintenance, and data delivery, enabling government agencies, municipalities, researchers, and coastal communities to monitor hydrological conditions, assess water quality, and make informed decisions to mitigate climate-related water events.

Gybe helps protect and improves water resources globally starting at the community and local level. Gybe provides water quality information that's scalable. The company uses satellite imagery and proprietary ground-based hardware to transform the management, conservation, and restoration of aquatic ecosystems. It uses analytics and measurement technology that is scalable, accurate and available continuously. The company was founded in 2019 and is based in Portland, Oregon.

Watergenics develops advanced water quality monitoring technology to measure chemical parameters in real-time for environmental and industrial applications. Its platform combines AI-driven sensor modules with a data analytics system, offering automated self-cleaning, high tolerance to extreme conditions, and multi-parameter detection. The approach supports continuous water quality monitoring across water-intensive industries such as mining, desalination, semiconductor manufacturing, and agriculture and aquaculture, enabling informed operational decisions, improved efficiency, and regulatory compliance.

Verdi is a developer of advanced data science platforms focused on enhancing precision agriculture, particularly in irrigation management. The company creates scalable control systems that facilitate plant-level healthcare and automation, even in challenging farming environments. By leveraging geospatial analytics, Verdi's network of irrigation valves allows farmers and growers to make informed irrigation decisions. This innovative approach enables users to customize water and fertilizer application at the individual plant level, thereby optimizing cultivation processes. Verdi aims to empower agricultural professionals with the tools needed to effectively build, manage, and scale their farming operations.

Verdi is a developer of advanced data science platforms focused on enhancing precision agriculture, particularly in irrigation management. The company creates scalable control systems that facilitate plant-level healthcare and automation, even in challenging farming environments. By leveraging geospatial analytics, Verdi's network of irrigation valves allows farmers and growers to make informed irrigation decisions. This innovative approach enables users to customize water and fertilizer application at the individual plant level, thereby optimizing cultivation processes. Verdi aims to empower agricultural professionals with the tools needed to effectively build, manage, and scale their farming operations.