MicroStep-MIS has been operating in the area of environmental monitoring since 1993. For the past 27 years we have established ourselves as an accepted and respected world-wide player in the field. We operate worldwide and specialize in development and manufacture of monitoring and information systems, processing of acquired data, research and numerical modeling.
System integration | We add value to your current systems by integrating them together into one unified, centralized, easily accessible, and user-friendly structure.
Customized solutions | We design, develop, produce, and deliver tailor-made solutions. High level of customization allows our systems to adapt to the individual requirements of our customers.
Research and innovation | Our researchers actively contribute to a number of internal and external research programs and activities; results of which are being published in scientific journals and implemented in our production processes.
HW and SW development | Our highly qualified staff of developers and experienced researchers, as well as, our close cooperation with our customers guarantee the development of the most progressive and outstanding solutions.
Turnkey projects | Our activities cover the complete process from initial consultation, hardware and software development, system integration, delivery, on-site training and finally the knowledge transfer for a successful operation.
Calibration laboratory | The laboratory is accredited according to standard ISO / IEC: 17025 and thus competent to carry out the calibration of instruments of temperature, humidity, pressure and precipitation.
The company's key field activities cover:
- Meteorology and Climatology
- Aviation Weather Systems
- Road Weather Information Systems
- Marine Systems
- Hydrology and Flood Management
- Radiation Monitoring Systems
Designed for use in meteorology and airports as a lightweight replacement of the observer’s screen or redundant backup.
We monitor, gather, collect and process oceanographic, meteorological and environmental data from marine buoys and coastal offshore stations.
We supply, deliver and integrate aerosol, gamma, water sea and water inland radiation stations monitoring a wide range of radiological and other variables.
Automatic Hydrological Station
AHS collects meteorological and hydrological data from the environment. The processed data provide the outputs for the need of flood warning system.
Equipped with the new Data Logger AMS 111 IV and the complete set of sensors. Modular and scalable platform for additional sensors and future upgrades.
We provide all-in-one calibration laboratory systems consisting of the complete hardware package and in-house developed automatic calibration software.
The mathematical modeling tool for the meteorological, hydrological, radiological and air quality support. It runs operativelly and in research mode.
The MMR-116 is a unique portable X-band weather radar with large functionality integrated into small device sold for favorable price.
IMS4 ARWIS provides the airport authorities with the essential runway surface condition data, such as real time data, forecasts and early warnings.
In order to provide the accurate operational information the IMS4 AWDSS processes the real-time data from various sources (local AWOS, weather radars,..).
IMS4 ATIS/VOLMET provides Arrival, Departure or Combined ATIS and VOLMET broadcast and datalink services for regional, national and international airports.
IMS4 LLWAS is a considerably approaching technology mightily decreasing the riskiness of crucial flight phases of takeoff and landing procedures.
Aviation systems constitute the main part of our portfolio. We have been certified as an air navigation service provider by Transport Authority of SR.
UDCS is built for meteorological, radiation and environmental data acquisition and remote system maintenance.
EnviDB is a critical component of any modern meteo institute. It stores the high-volume the long-term meteorological data.
The AMS 111 IV is designed for standard / mobile met stations and for applications in areas where the commercial power or communication networks are limited.
This superstrong mast is designed to withstand extreme weather conditions, such as winds up to 100 m/s, and to provide stable platform for measuring equipment.
Designed for use in professional meteorological/aviation applications requiring reliable and accurate measurement, fast dynamic response, and long-term stability.
The BIMs charge and protect the batteries, deliver power to connected devices, provide additional info about the charger itself, the battery and the sources.
TSP-M is designed for very accurate measurement in polluted liquids (waste water, sewage,...). Standard level ranges are from 0 to 0.25 m up to 800 m.
The new generation of RHT175 provides reliable and accurate relative humidity and temperature measurement.