GO Capital

Bioceanor specializes in providing underwater weather stations that monitor and analyze water quality in real-time. Their innovative solutions facilitate the collection of crucial data for aquaculture, river, lake, and beach management. The company's products are equipped with features that allow for configurable alerts via email and text messages, enabling users to make informed decisions based on immediate environmental conditions. By utilizing artificial intelligence, Bioceanor's devices effectively support owners and caretakers in understanding the ecological impact of various activities, ultimately promoting better stewardship of aquatic environments.

Iadys designs, develops, and delivers robotic and AI innovations aimed at environmental preservation. The company's flagship product, the Jellyfishbot, is a robot that collects floating waste and oil in water bodies and performs underwater measurements. Iadys also offers the Mobile Oil Skimmer, which is used for oil spill response. These products are designed to access and clean hard-to-reach areas, contributing to cleaner and safer aquatic environments.

Sweetch Energy focuses on harnessing blue osmotic energy by utilizing advancements in nanotechnology and materials science. The company has developed a power harvesting technology that generates electricity by exploiting differences in water salinity through a filtration system. This innovative approach enables the production of electricity from saline gradients, providing consumers with access to affordable energy sources. By combining recent academic discoveries with practical applications, Sweetch Energy aims to offer a sustainable and cost-effective solution for electricity generation.

Sweetch Energy focuses on harnessing blue osmotic energy by utilizing advancements in nanotechnology and materials science. The company has developed a power harvesting technology that generates electricity by exploiting differences in water salinity through a filtration system. This innovative approach enables the production of electricity from saline gradients, providing consumers with access to affordable energy sources. By combining recent academic discoveries with practical applications, Sweetch Energy aims to offer a sustainable and cost-effective solution for electricity generation.