Real-Time Smart Aquaculture Monitoring , FFII, Egypt

SpaceEcho is proud to collaborate with Fish Farming and Technology Institute (FFII) in Egypt to operate a Smart Fish Farming System that enhances water quality management in aquaculture environments. This innovative solution continuously monitors critical water parameters such as pH, Dissolved Oxygen (DO), Electrical Conductivity (EC), Total Dissolved Solids (TDS), and temperature in real time. The system features adjustable sampling rates and delivers instant alerts when water quality readings deviate from optimal ranges, helping fish farmers respond proactively before harmful conditions arise.

By adapting to changing water conditions, the system ensures a healthy aquatic environment that supports optimal fish growth and helps prevent mass mortality. Additional features include reminders for sensor maintenance and water changes, and tools to optimize feeding schedules based on environmental data—maximizing efficiency and sustainability in fish farming operations.

Preserving History: SpaceEcho's Archaeological Monitoring Breakthrough

The Hawara Pyramid, an ancient wonder in Egypt's Faiyum region, faces significant threats from rising groundwater and environmental fluctuations that endanger its structural integrity. To combat these challenges, our advanced real-time monitoring system utilizes high-precision sensors and automated analytics to track groundwater levels, subsurface conditions, and environmental factors like humidity and temperature. This innovative technology provides continuous data streams and predictive models, enabling proactive conservation measures to mitigate water damage and preserve this invaluable archaeological treasure for future generations. By integrating smart monitoring with immediate response capabilities, we're setting a new standard in protecting heritage sites from subsurface hazards.

Mediterranean tide stations (for NIOF/NRIAG)

SpaceEcho's advanced tide monitoring stations—deployed across the Mediterranean for Egypt's NIOF and NRIAG. It features a dual-wall intake with hydrodynamic stabilization to eliminate measurement errors from waves, currents, and biofouling. Each station integrates three synchronized technologies (acoustic, radar, and pressure sensors) for validated sea-level data, additionally, our Multi-Task Pro models add full meteorological monitoring in a single ruggedized unit, delivering comprehensive coastal insights for research and operational applications.

Advanced Air Quality Monitoring in Helwan by SpaceEcho and NRIAG-Egypt

SpaceEcho operates a cutting-edge outdoor air quality monitoring station in Helwan City on behalf of the National Research Institute of Astronomy and Geophysics (NRIAG). Positioned near an industrial zone, the station provides real-time data on particulate matter, harmful gases, and meteorological conditions, supporting vital environmental and scientific research.