WindBorne Systems
Venture Round in 2024
WindBorne Systems designs, builds, and operates a network of long-duration high-altitude weather balloons equipped with sensors to collect atmospheric data for weather forecasting, climate research, and environmental monitoring. The company delivers its data to government and private weather services and has developed a balloon-based sensor delivery system alongside a weather forecasting platform that provides atmospheric data collection, AI-driven forecasts, insights, alerts, evaluations, and visualizations for decision-makers. By integrating data collection with advanced forecasting tools, WindBorne Systems supports more accurate forecasts, timely warnings for severe weather, and planning for climate adaptation.
WindBorne Systems
Seed Round in 2023
WindBorne Systems designs, builds, and operates a network of long-duration high-altitude weather balloons equipped with sensors to collect atmospheric data for weather forecasting, climate research, and environmental monitoring. The company delivers its data to government and private weather services and has developed a balloon-based sensor delivery system alongside a weather forecasting platform that provides atmospheric data collection, AI-driven forecasts, insights, alerts, evaluations, and visualizations for decision-makers. By integrating data collection with advanced forecasting tools, WindBorne Systems supports more accurate forecasts, timely warnings for severe weather, and planning for climate adaptation.
WindBorne Systems
Seed Round in 2019
WindBorne Systems designs, builds, and operates a network of long-duration high-altitude weather balloons equipped with sensors to collect atmospheric data for weather forecasting, climate research, and environmental monitoring. The company delivers its data to government and private weather services and has developed a balloon-based sensor delivery system alongside a weather forecasting platform that provides atmospheric data collection, AI-driven forecasts, insights, alerts, evaluations, and visualizations for decision-makers. By integrating data collection with advanced forecasting tools, WindBorne Systems supports more accurate forecasts, timely warnings for severe weather, and planning for climate adaptation.
Zendar Inc. is a manufacturer of advanced radar systems specifically designed for autonomous vehicles. Founded in 2017 and headquartered in Berkeley, California, the company focuses on developing high-definition radar technology that integrates the advantages of traditional radar—such as long-range detection and all-weather functionality—with the high resolution typically associated with lidar systems. Zendar's radar solutions enable self-driving cars to operate safely in adverse weather conditions, providing high-resolution imaging that enhances situational awareness and overall safety for autonomous driving.
Zendar Inc. is a manufacturer of advanced radar systems specifically designed for autonomous vehicles. Founded in 2017 and headquartered in Berkeley, California, the company focuses on developing high-definition radar technology that integrates the advantages of traditional radar—such as long-range detection and all-weather functionality—with the high resolution typically associated with lidar systems. Zendar's radar solutions enable self-driving cars to operate safely in adverse weather conditions, providing high-resolution imaging that enhances situational awareness and overall safety for autonomous driving.
Zendar Inc. is a manufacturer of advanced radar systems specifically designed for autonomous vehicles. Founded in 2017 and headquartered in Berkeley, California, the company focuses on developing high-definition radar technology that integrates the advantages of traditional radar—such as long-range detection and all-weather functionality—with the high resolution typically associated with lidar systems. Zendar's radar solutions enable self-driving cars to operate safely in adverse weather conditions, providing high-resolution imaging that enhances situational awareness and overall safety for autonomous driving.