FAR Datasp. z o.o.

Sonivis Noise & Vibration Station – New Offering from FAR Data

Sonivis FD-NV100 is designed for continuous monitoring of environmental noise and structural vibrations in locations where acoustic impact and ground-borne vibrations need to be measured, documented and understood. The station provides real-time data on sound levels and vibration events, helping users identify exceedances, assess local impact and respond to changing environmental conditions.

Tarnów – Environmental Monitoring in ITS Strategy

In 2021, the City of Tarnów launched an environmental monitoring system within its ITS strategy. Delivered by Far Data, the project enables real-time analysis of air pollution and its correlation with road traffic.

Noise Monitoring at Warsaw Chopin Airport

Warsaw Chopin Airport, operated by Polish Airports (PPL), has monitored environmental noise since the 1990s. This is essential for regulatory compliance and protecting the health of nearby residents affected by aircraft and road traffic.

Energy Optimization on Highways Using e-CON

Far Data, in partnership with Apanet, implemented an intelligent lighting system along the A1 Highway in Poland. The project aimed to enhance road safety and reduce energy consumption in high-traffic areas by dynamically adjusting lighting based on real-time traffic and weather data using e-CON controllers and SmartSensor HD radars.

Mobile Environmental Monitoring for Cities and Institutions

Several Polish cities and institutions — including Warsaw, Wrocław, and the Chief Inspectorate of Environmental Protection — sought a flexible solution for monitoring air quality and noise in high-traffic and industrial areas. Traditional fixed stations lacked mobility and adaptability, prompting the need for a more versatile approach.

Thermo-hygro-barometer – Precise Environmental Measurements

The FD-THP100 Thermo-hygro-barometer is a precise and reliable device designed for measuring ambient temperature, relative humidity, and atmospheric pressure. Its multi-plate plastic radiation shield effectively eliminates measurement errors caused by solar radiation and precipitation, while allowing unrestricted airflow across the sensing elements.