Preserving History: SpaceEcho's Archaeological Monitoring Breakthrough

In 2020, SpaceEcho made significant strides in environmental and archaeological monitoring by establishing nine specialized stations at the Hawara Archaeological Heritage site in Fayum, Egypt. Supported by both international and national organizations, these stations were designed to track various critical factors, including the impact of climatic changes on the Hawara Pyramid’s structure, surface water dynamics around the Bahr Wahba Canal, and environmental shifts in the surrounding area. Additionally, the company focused on analyzing groundwater levels and environmental conditions within the pyramid itself, as well as monitoring subsurface water fluctuations across the archaeological zone. This comprehensive approach ensured precise data collection to preserve and study this invaluable historical site.

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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.

SpaceEcho Solar Radiation Monitoring Station in Cairo, Egypt

SpaceEcho operates a Solar Global Radiation Monitoring Station in Cairo City for the Solar Lab, Department of Solar and Space Research at the National Research Institute of Astronomy and Geophysics (NRIAG). This advanced station measures key solar parameters such as global solar radiation and ultraviolet (UV) intensity with high precision and real-time reporting. Located in an urban area, it supports environmental assessments, industrial applications, and scientific research.