List of References

Europe

Albania, Belgium, Bosnia and Herzegovina, Czech Republic, Finland, Germany, Greece, Kosovo, Latvia, Lithuania, Macedonia, Malta, Norway, Poland, Romania, Russia, Serbia, Slovak Republic, Slovenia, Sweden, Ukraine

Asia

Bahrain, Bhutan, China (Hong Kong, Taiwan), Georgia, India, Indonesia, Iran, Kazakhstan, Kyrgyzstan, Korea, Malaysia, Maldives, Oman, Philippines, Qatar, Saudi Arabia, Singapore, Turkey, United Arab Emirates, Uzbekistan, Vietnam, Yemen

Africa

Egypt, Kenya, Morocco

North America

Canada, United States of America, Republic of Cuba

Meteorology Aviation Systems Radiation & Emmision Monitoring Road Weather Information Systems Warning & Crisis Information Systems Marine Systems Cave Systems Seismology Hydrology

1995

• IMS Workstation, Infomet, Slovak Republic

1996

• Synoptic real-time monitoring, SHMU1, Slovak Republic • IMS Station, Civil Defence, Bratislava, Slovak Republic

1997

• • • •

1998

• IMS Station, Slovak Rescue Service, Slovak Republic • OPUS WWW Meteorological Information System, Lufft Mess und Regeltechnik GmbH, Fellbach, German

1999

• CLDB Climatological Database, DGCAM5, Muscat, Oman • IMS for National Network of 14 meteorological stations, LHMA3, Latvia

2000

• • • • • • • •

IMS Workstation, Topographic Institute of Army of SR, Banska Bystrica, Slovak Republic Automatic Weather Station, Jasna, Slovak Rescue Service, Slovak Republic UDCS Data Collection System, LHMA3, Riga, Latvia Maintenance and Service Workstation, LHMA3, Riga, Latvia CLDB Climatological Database, LHMA3, Riga, Latvia IMS Sea Workstations, Wave, Tide and Sea Temperature Gauges, Mina Sohar, Oman Early Weather Warning System, Chiyoda-Foster Wheeler & Oman LNG, Oman UDCS Data Collection System, MEPA2, Jeddah, Saudi Arabia

2001

• • • •

CLDB Climatological Database, Slovak Nuclear Regulatory Authority, Slovak Republic 8 IMS Manned Meteorological Stations, LHMA3, Riga, Latvia Software for 3 Automatic Weather Stations, LHMA3, Riga, Latvia Data export to CLIDATA Database System, LHMA3, Riga, Latvia

2002

• • • • • • • • •

Dual UDCS Data Collection System, MEPA2, Jeddah, Saudi Arabia CLDB Climatological Database, Meteorological Forecasting Center, Al Dhafra Air Base, U.A.E. 38 Automatic Weather Stations, DWRS4, Abu Dhabi, U.A.E. UDCS Data Collection System, DWRS4, Abu Dhabi, U.A.E. 7 Automatic Weather Stations, Ministry of Communication, U.A.E. CLDB Climatological Database, DWRS4, Abu Dhabi, U.A.E. Data Logger for Calibration Laboratory, SHMU1, Slovak Republic Data Logger for Geophysical Observatory, Comenius University, Slovak Republic 5 Climatological Stations, UDCS Central Data Collection System, Egyptian Meteorological Authority, Egypt

• • • • • •

8 IMS Manned Meteorological Stations, Oman CLDB Dual Climatological Database, DGCAM5, Muscat, Oman 10 Automatic Weather Stations, DWRS4, Abu Dhabi, U.A.E. Wind Measurement System, National Tennis Centre, Slovak Republic Automatic Weather Station, Ski Resort Pezinska Baba, Slovak Republic CLDB Climatological Database, Bahrain Meteorological Service, Bahrain

• • • •

3 Automatic Weather Stations, Ministry of Communication, U.A.E. Marine Weather Station, Port of Aden, Yemen CLDB Aerological Climatological Database, Macedonia Agrometeorological Automatic Weather Station, Slovak University of Agriculture Nitra, Slovak Republic

2003

2004

2005

• • • • •

2006

• • • • •

2007

• • • • • • • •

Agrometeorological Automatic Weather Station, Skandinaviska Meteorologi-och Miljöinstrument AB, Sweden 2 Automatic Weather Stations, Transcon, Czech republic 20 IMS4 Manned Weather Stations, UDCS and CLDB, Civil Aviation and Meteorology Authority (CAMA), Yemen Agrometeorological Automatic Weather Station, Department of Meteorology, Maldives Agrometeorological Automatic Weather Station, VSSVVM, Slovak Republic 5 Automatic Weather Stations, Department of Atmospheric Studies, U.A.E. Upgrade of Agrometeorological Automatic Weather Station, Slovak University of Agriculture Nitra, Slovak Republic 18 IMS4 Automatic Weather Systems, 18 IMS4 Manned Weather Stations, UDCS Unified Data Collection Systems, Kazakhstan • 22 Hydro Stations, 29 IMS4 Manned Weather Stations, UDCS Unified Data Collection Systems and CLDB Climatological Databases, RHMZ6, Serbia • Climatological Database CLDB upgrade, Muscat International Airport, Oman

2008

• • • • • •

12 Automatic Meteorological Stations with Radiation Probes, RHMZ6, Serbia 7 Automatic Weather Stations, Barka Royal Estates, Oman 3 Automatic Weather Systems, MEIS Enviromental Consulting, Slovenia 3 Automatic Weather Systems, Department of Atmospheric Studies, U.A.E. Automatic Meteorological Station, OTC Network, Kazachstan Automatic Weather Station for intelligent house, AP Media, Slovak Republic

2009

• • • • • • • • •

13 Automatic Meteorological Stations, RHMZ6, Serbia Central Database System, Malaysian Meteorological Department, Malaysia 7 Automatic Weather Stations, including Fahud and Marmul, Oman Automatic Meteorological Station, Krsko, Slovenia Automatic Meteorological Station, Tatra National Park, Slovak Republic Automatic Weather Station, lake Beograd, Serbia 5 Automatic Weather Stations, Oman UDCS Data Collection System, Seeb International Airport, Oman 4 Meteorological Masts, Ukrainian Atom Instruments and Systems Corporation, Ukraine

2010

• • • • • •

150 Automatic Weather Stations, ASAS, Saudi Arabia UDCS Data Collection System and CLDB upgrade, NCMS7, U.A.E. Automatic Weather Station, Kazakhstan 15 + 3 Automatic Weather Stations, DGMAN5, Oman Monitoring System with Small Weather Radar, Medina, Saudi Arabia 5 Wind Automatic Weather Station, Vietnam

2010

• Automatic Weather Station, Slovenia • 2 Automatic Weather Stations, Kazakhstan • 10 Automatic Weather Station, U.A.E. • 36 Automatic Weather Stations, Oman

2011

• 66 Synoptic Stations, 30 Climatic Stations, 10 Wind Measurement Systems, Direction de la Meteorologie National, Morocco • Volcanic Ash Trajectories and its Environmental Impact, Al Ays Region Study, PME2, Kingdom of Saudi Arabia • 36 Automatic Weather Station, U.A.E. • Equipment for 247 Automatic Weather Station, Global Teknik, Turkey

IMS Station, Nuclear power plant Mochovce, Slovak Republic IMS Station, ZSE Bratislava, Slovak Republic IMS Internet/Intranet Meteorological Information Server, Civil Defence, Bratislava, Slovak Republic Installation of the Network of Automatic Weather Stations, Maintenance Center, DGCAM5, Muscat, Oman

• 5 Automatic Weather Stations, Department of Water Resources Studies, U.A.E. • 3 Automatic Weather Stations, Ministry of Communication, U.A.E. • 3 Automatic Weather Stations, IMS4, UDCS Data Collection System, National meteorological network, Bosnia and Herzegovina

MicroStep-MIS, www.microstep-mis.com © 2015. All specifications subject to change without prior notice.

2 IMS Automatic Meteorological Stations, LHMA3, Riga, Latvia 2 IMS Briefing Workstations, Military Air Traffic Control Center, Slovak Republic 2 Mobile Automatic Weather Stations, Slovak Technical University, Slovak Republic Delivery of meteorological instruments (wind measurement systems, RVR, cloud base), Ministry of Defense, Slovak Republic 4 Agrometeorological Automatic Weather Stations, Slovak University of Agriculture Nitra, Slovak Republic

2 Automatic Weather Stations, Vietnam Agrometeorological Automatic Weather Station, Research Institute of Plant Production, Piestany, Slovak Republic UDCS renovation, PME2, Saudi Arabia 2 IMS Meteorological Stations, Riga Freeport, Latvia 5 Automatic Radiation Monitoring and 2 Automatic Meteorological Stations, UDCS Data Collection System, CLDB Climatological Database, Kyrgyzstan • 5 Automatic Weather Stations, Mountain Rescue, Slovak Republic • 2 IMS4 Mobile Automatic Weather Station, DGCAM5, Oman

MicroStep-MIS, www.microstep-mis.com © 2015, All specifications subject to change without prior notice.

MicroStep-MIS References

MicroStep-MIS References

Meteorology

• • • • • • • • • • • • •

2013

• Automatic Weather Station, Mira Telecom, Romania • 3 Snow Height Sensors Systems, Aquatic Life Ltd., Canada • 10 Automatic Weather Stations, Kazakhstan

4 Wind Automatic Weather Stations, Morocco 2 Agrometeorological Automatic Weather Stations, Morocco Automatic Weather Station, Fujairah, Dubai Municipality, U.A.E. Automatic Weather Station, Oman Royal Gardens & Farms, Oman 2 Automatic Weather Stations, RHMZ6, Serbia Automatic Weather Station, IMCO, Oman 32 Automatic Weather Stations for Agroclimat Automated Weather System, Indonesia 5 Hydrological Monitoring Stations, Slovak Academy of Sciences, Slovak Republic 36 Automatic Weather Stations and CLDB, Kenya Meteorological Department, Kenya 35 Automatic Weather Stations, Kazhydromet, Kazakhstan Automatic Weather Station and Modelling System, Morocco 3 Automatic Weather Stations, ETG, Russia 3 Automatic Weather Stations, Instytut Meteorologii i Gospodarki Wodnej Państwowy Instytut Badawczy, Poland

• 20 Automatic Weather Stations, NCMS7, U.A.E. • Mini Meteorological Radar MMR-50, Malta International Airport, Malta • 15 Automatic Weather Stations for Agroclimat Automated Weather System, Indonesia • 5 Mobile Automatic Weather Stations, Poland • 35 Automatic Weather Stations, Kingdom of Saudi Arabia • Equipment for 350 Automatic Weather Stations, Global Teknik, Turkey • Calibration Laboratory, DGMAN5, Oman • Complex Training Project of Technical Staff for Maintenance of Meteorological Equipment, DGMAN5, Oman • Climate Database Managment System (CDMS) - CLDB, Kenya Meteorological Department, Kenya 2014

2015

• • • • • • • • • • • • • • • • •

Update of 18 Automatic Weather Stations, Kazgydromet, Kazakhstan Automatic Weather Station, FIMA, Lithuania 20 Automatic Weather Stations with camera, NCMS7, U.A.E. Fog Prediction System, Morocco Meteorological Mast, Finland Sandstorm Prediction and Forecasting Project, Unique Systems FZE, U.A.E. TV Weather Studio and CLDB, Civil Aviation & Meteorology Authority, Yemen 27 Automatic Weather Stations, AMETEC Technology, F.Z.E., Kazakhstan 15 Automatic Weather Stations, NCMS7, U.A.E. 2 Visibility and Present Weather Stations Phenomen61, Poland Automatic Weather Station, Arnasai, Kazakhstan 4 Military Mobile Automatic Weather Stations, Poland Web Server and CLDB, PAGASA, Philippines (in progress) Climate Database System (CLDB), Lithuania Hydrometeorologica Service, Lithuania (in progress) 4 AWS Automated Weather Stations Network, Bahrain Meteorological Service, Bahrain Weather Graphics Production System for live TV Broadcasting, Republic of Cuba 200 Automatic Weather Stations, Turkey

• • • •

2 Automatic Weather Stations, IMS4 Workstations, Dibba, Jabal Shams, Oman Calibration Laboratory, DGMet, Oman 4 Automatic Weather Stations, Bungoma-Country, Kenya (in progress) Automatic Weather Station, IMS4 Workstation - Oman Oil Refineries and Petroleum Industries Company, Unique System FZE, U.A.E. (in progress) Central Server Consolidation and Update, Dubai Municipality, U.A.E. (in progress) Mini Meteorological Radar, Unique Systems FZE, U.A.E. (in progress) Central Server Consolidation and Update, Dubai Municipality, U.A.E. (in progress) 9 Automatic Weather Station, Malta International Airport, Malta (in progress) All-in-one Automatic Weather Station, Macedonia (in progress) UDCS Data Colletion System and CLDB Climatological Dtabase, Morocco (in progress) 10 Automatic Weather Stations with camera, U.A.E. (in progress) 3 Ski Automatic Weather Station, Kazakhstan, (in progress) Equipment for 215 Automatic Weather Station, Turkey (in progress)

• • • • • • • • •

MicroStep-MIS, www.microstep-mis.com © 2015. All specifications subject to change without prior notice.

Aviation Systems

1994

• Network of IMS meteorological stations (25 stations + 7 airports) for SHMU1, Slovak Republic

1996

• Automated Weather Observation Systems, 4 military airports, Slovak Republic • IMS for Air Traffic Control, airports Zilina, Piestany and Sliac, Slovak Republic • Airport Briefing System, airports Poprad, Kosice, Slovak Republic

1998

• IMS Automated Weather Observation System CAT II, Muscat-Seeb International Airport, Oman

1999

• Y2K Compliance Audit, MEPA2, Saudi Arabia • Automated Weather Observation System, King Khaled International Airport, Riyadh, Saudi Arabia* • Automated Weather Observation System, King Fahd International Airport, Dammam, Saudi Arabia* * The complex airport weather systems for international CAT III airports. GTS and AFTN connectivity, connection to Upper Air system, LLWAS system, satellite distribution network and local radars

• Automated Weather Observation System CAT II, Salalah Airport, Oman • Automated Weather Observation System CAT I, Diba Airport, Oman 2000

• ATIS CAT III, King Fahd International Airport, Dammam, Saudi Arabia • ATIS/VOLMET CAT III, King Khaled International Airport Riyadh, Saudi Arabia

2001

• • • • • •

2002

• Network of IMS stations, 22 regional airports, MEPA2 , Saudi Arabia • IMS Automated Weather Observation System, Khasab Airport, Oman

2003

• • • •

Upgrade of IMS Airport Weather Observation Systems, Sliac, Malacky, Presov + Central Weather Office, Slovak Republic Automated Weather Observation System, Thumrait airport, Oman Automated Weather Observation System, Alamein airport, Egypt Automated Weather Observation Systems, 6 airports, Serbia

2004

• • • •

2 Automatic Weather Stations, Muscat-Seeb International Airport, Oman Automated Weather Observation System, Fujairah Airport, U.A.E. 12 Automatic Weather Stations and IMS Aviation Weather Displays for regional airports, PME2, Saudi Arabia IMS Automated Weather Observation System, Maschad Airport, Iran

Automated Weather Observation System extension CAT III, King Fahd International Airport Dammam, Saudi Arabia Automated Weather Observation System extension CAT III, King Khaled International Airport Riyadh, Saudi Arabia METAR ICAO AMD 72 upgrade, 30 stations, SHMU1, Slovak Republic METAR ICAO AMD 72 upgrade, 6 military stations, Slovak Republic METAR ICAO AMD 72 upgrade, airports Seeb International Airport and Salalah, DGCAM5, Oman Network of IMS Automatic Weather Stations CAT II, airports Seeb and Salalah, DGCAM5, Oman

MicroStep-MIS, www.microstep-mis.com © 2015, All specifications subject to change without prior notice.

MicroStep-MIS References

MicroStep-MIS References

2012

• 5 IMS Automated Weather Observation Systems, Yemen • Wind Measurement System, Salalah Airport, Oman

2006

• • • •

2 IMS ATIS dual high availability systems, airports Cluj and Timisoara, Romania IMS4 Automated Weather Observation System, Skopje Petrovec Airport, Macedonia IMS4 reconstruction of central part of AWOS, airports Bratislava, Poprad and Kosice, Slovak Republic IMS Interface, GTS/Letvis, PU HS OSSR, Slovak Republic

2007

• • • •

IMS4 Automated Weather Observation System, Birjand Airport, Iran 67 IMS4 Automated Weather Observation Systems, Indian Air Force, India Automated Weather Observation System renovation, Salalah Airport, Oman Automated Weather Observation System renovation, Seeb International Airport, Oman

2008

• • • •

Automatic Weather Station, Salalah Airport, Nus, Oman Automatic Weather Station, Fahud Airport, DGCAM5, Oman Automated Weather Observation System, Adam Airport, DGCAM5 , Oman Automated Weather Observation System, Duqum Airport, DGCAM5, Oman Automatic Weather Station, UDCS Unified Data Collection System, Marmul Airport, DGCAM5, Oman Automated Weather Observation System, Batajnica Airport, Serbia 3 Automated Weather Observation Systems, airports Ben Slimane, Bouarfa, Essaouira, Morocco 15 RVR Measurement Systems, Thessaloniki and airports at islands Samos, Skyros, Keffalinia, Zakynthos, Mytilini, Space Hellas, Greece

• • • • 2009

• • • • • •

IMS4 AWOS - central parts of Airport Weather Systems, airports Zilina, Piestany and Sliac, Slovak Republic IMS4 RVR Measurement Systems, airports Kosice, Zilina, Piestany and Sliac, Slovak Republic IMS4 AWOS - central part of Airport Weather System, Khasab Airport, Oman IMS4 Automatic Weather Observation System, Gorgan Airport, Iran Renovation of Automated Weather Observation System, Khasab Airport, Oman Automated Weather Observation System Modernization - Dual, Kosice Airport, Slovak Republic

2010

• • • • • • •

IMS4 AWOS - central parts of Airport Weather System, Vilnius Airport, Palanga, Lithuania Automatic Weather Station, Airport Salalah, Oman Automated Weather Observation System, Adam Airport, Oman Wind Measurement System, Kosice Airport, Slovak Republic Wind Measurement System, Aden International Airport, Yemen Airport Weather Observation System, Czech Republic IMS4 ATIS, Dual High Availability ATIS /D-ATIS System, Airport Baneasa, Romania

2011

• IMS4 Airport Runway Weather Information System, Airport Otopeni, Romania • IMS4 Automated Weather Observation System, Airport Medina, Kingdom of Saudi Arabia • IMS4 Automated Weather Observation System, Airport Al Ula, Kingdom of Saudi Arabia

2012

• • • • •

2013

• • • • • • • • • • • • •

4 IMS4 Mobile Airport Weather Systems, IBCOL, Poland IMS4 Airport Weather System, Ras Al Khaimah International Airport, U.A.E. IMS4 AWOS Airport Weather System, Mazovia-Warsaw Airport Modlin, Poland LLWAS, Medina Airport, PME2, Saudi Arabia Automated Weather Observation System, Prishtina Airport, Kosovo • 5 AWOS Automated Weather Observation Systems, Civil Aeronautics Administration, Taiwan RVR Runway Visual Range, Yulin Yuyang Airport (UYN, ICAO: ZLYL), China ATIS/VOLMET System, Belgrade Airport, Serbia AWOS Automated Weather Observation System, Ras Al Khaimah International Airport, U.A.E. 2 Heliports Airport Weather Systems, airports Juhu, Vaishno Devi (Katra), India 2 AWOS Automated Weather Observation Systems, Radom Airport, Gdynia Airport, Poland 2 IMS4 AWOS Lite, Embu Airport, Kakamega Airport, Kenya 5 AWOS, Civil Aeronautics Administration, Airports Cimei, Lyudao, Lanyu, Taitung, Taiwan Runway Wind Measurement AWS, 10 airports, Morocco AWOS Automated Weather Observation System, Mukhaizna Airport, Oman, 3 IMS4 ATIS Systems, Sibiu, Târgu Mureş, Mihail Kogălniceanu International Airports, Romania Update of small AWOS System, Khasab Airport, Oman Upgrade of IMS4 ATIS System, Traian Vuia International Airport, Romania Mini Meteorological Radar, Airport Malta, Malta

MicroStep-MIS, www.microstep-mis.com © 2015. All specifications subject to change without prior notice.

2014

• IMS4 ATIS System, Henri Coandă International Airport, Bucharest Otopeni, Romania • 3 IMS4 AWOS Automated Weather Observation Systems, Department of Civil Aviation, Bhutan • Update of 5 AWOS Automated Weather Observation Systems, SHMU1, Slovakia • 2 small AWOS Automated Weather Observation Systems, IBCOL, Poland • AWOS Automated Weather Observation System, Egypt • 2 Wind Measurement Systems, Finland • VOLMET System, Bucharest FIR, Romania • 2 ATIS Systems, Sana’a International Airport, Hodeida International Airport, Yemen (in progress) • IMS4 AWOS Automated Weather Observation System, Oujda Angads Airport, Morocco • IMS4 Automated Weather Observation System and Low Level Windshear Alert System, 6 airports, Saudi Arabia • IMS4 Runway Visual Range System, Sana’a Airport, Yemen (in progress) • Update of 5 AWOS Automated Weather Observation Systems, CAMA, Yemen (in progress) • 8 Wind Measurement Systems, SMATSA, Serbia

2015

• • • • • • • • •

IMS4 AWOS Automated Weather Observation System, Fujairah International Airport, U.A.E. AWOS Automated Weather Observation System, Seletar Airport, Singapore (in progress) IMS4 AWOS Automated Weather Observation System, Pleiku Airport, Vietnam (in progress) 10 Airport Weather Displays, Bratislava Airport, Slovak Republic (in progress) IMS4 AWOS Automated Weather Observation System, Phu Cat Airport, Vietnam (in progress) IMS4 AWOS Automated Weather Observation System, Chu Lai Airport, Vietnam (in progress) IMS4 AWOS Automated Weather Observation System, Buon Ma Thuot Airport, Vietnam (in progress) IMS4 LLWAS Low Level Windshear Alert System, Soekarno-Hatta Int’l Airport, Indonesia (in progress) IMS4 AWOS Automated Weather Observation System, El Tari Int’l / Kupang Airport, Indonesia (in progress)

Road Weather Station

Mini Meteorological Radar MMR-50

Cave Monitoring System

Automatic Weather Station

Lithuania

Saudi Arabia

Slovak Republic

Bratislava, Slovak Republic

Runway Visual Range

Automated Weather Observation System

Automatic Weather Station

Manned Weather Station

Kosice Airport, Slovak Republic

Leh Kushok Bakula Rimpochee Airport, India

Ladove pleso, Slovak Republic

Maschad Airport, Iran

MicroStep-MIS, www.microstep-mis.com © 2015, All specifications subject to change without prior notice.

MicroStep-MIS References

MicroStep-MIS References

2005

Warning and Crisis Information Systems

1995

• Gamma radiation monitoring network, SHMU1, Slovak Republic

1995

• Siren Warning and Notification System, Nuclear Power Plant Jaslovske Bohunice, Slovak Republic

1998

• Real-time gamma radiation information system interconnected with EURDEP system of European Union, SHMU1 Slovak Republic • Software for electromagnetic information panels, APEL s.r.o., Czech Republic / Poland

1997

• System study for error-free communication in extremely crucial WAN applications, VUJE Trnava, Slovak Republic

1998

• System for checking of temperature measurement, 1st nuclear reactor, Nuclear Power Plant Mochovce, Slovak Republic

1999

• Communication software for mission critical application, VUJE Trnava Inc., Slovak Republic

2001

• Central Database of Crisis Information System for Slovak Nuclear Regulatory Authority, Slovak Republic • Connection of Nuclear Power Plant Mochovce to Crisis Information System of Slovak Nuclear Regulatory Authority, Slovak Republic

2002

• Connection of Nuclear Power Plant Jaslovske Bohunice to Crisis Information System of Slovak Nuclear Regulatory Authority, Slovak Republic

• 13 Radiation Probes, Civil Defense, Slovak Republic • RadMon system upgrade (modem/asynchronous lines to Internet/Intranet), 52 stations, Civil Defense, Slovak Republic • Migration to EURDEP2 format, SHMU1, Slovak Republic

2004

• Integration of Crisis Systems of Civil Defence and Crisis Information System of Slovak Nuclear regulatory Authority, Slovak Republic

2008

• Delivery of System for Data Acquisition and Warning System, Civil protection, Serbia

2006

• 5 Automatic Radiation Monitoring and 2 Meteorological Stations, UDCS Data Collection System, CLDB Climatological Database, Kyrgyzstan

2012

• Warning and Notification System, Nuclear and Decommissioning Company, Slovak Republic

2007

• Upgrade of 23 regional radiation stations, Civil Defense, Slovak Republic • 3 Radiation Stations, UDCS central Data Collection System, Notification System, SHMU1, Slovak Republic • Mobile Radiation Station for crisis management, participation at the EU-project U2010

2008

• 2 Radiation Probes supplied with Automatic Meteorological Stations, Serbia

2010

• 2 special Automatic Weather Stations with extended measurement of dust and solar radiation, Public Authority of Electricity and Water, Oman

2013

• 10 Automatic Radiation Monitoring Stations and Radiation Dispersion Model, NCMS7, U.A.E. • 2 Radiation Probes, Slovak Hydrometeorological Institute, Slovak Republic

2015

• 75 Arc Detectors for LHC, Cern, Switzerland (in progress).

1999

• Emission Monitoring System, Wastpro Nuclear power plant Jaslovske Bohunice, Slovak Republic • Emission Monitoring System, Compressor station, SPP Ivanka pri Nitre, Slovak Republic

2000 - 2002

• National gamma radiation monitoring network of 52 stations, Civil Defense, Slovak Republic

2003 - 2004

• National radiation monitoring network of 13 stations, PME2, Saudi Arabia • Central Radiation Database, PME2, Saudi Arabia • Central Radiation Database, SHMU1, Slovak Republic

2005

MicroStep-MIS, www.microstep-mis.com © 2015. All specifications subject to change without prior notice.

Road Weather Information Systems

2007

• 43 Road Automatic Weather Stations, Lithuania

2008

• 4 Automatic Weather Stations connected to IMS Road System, Iran Meteorological Organization, Iran

2010

• Visibility Monitoring and Forecasting for Traffic Safety, Dubai Emirate, U.A.E.

2012

• 50 Road Automatic Weather Stations, Lithuanian Road Administration, Lithuania

2013

• Ground Frost System, Vilnius Gediminas Technical University, Lithuania • 5 Ground Frost Systems, SIA FIMA, Latvia

2015

• 3 Road Weather Stations, Department of Transportation, Abu Dhabi, U.A.E (in progress)

MicroStep-MIS, www.microstep-mis.com © 2015, All specifications subject to change without prior notice.

MicroStep-MIS References

MicroStep-MIS References

Radiation and Emission Monitoring, Air Quality

Seismology

2000

• IMS Sea Workstations, Wave, Tide and Sea Temperature Gauges, Mina Sohar, Oman

2003

• 10 Marine Stations, DWRS4, Abu Dhabi, U.A.E.

2004

• Marine Weather Station, Port of Aden, Yemen

2005

• Secured Data Collection for Marine Stations, DWRS4, Abu Dhabi, U.A.E.

2002

• 10 Seismic Stations, Progseis, Trnava, Slovak Republic

2006

• IMS Sea Workstation, Sohar Harbour, Oman • Communication modules for marine buoys, Aanderaa, Norway

2003

• 6 Seismic Stations and Data Center, Geophysical Institute of Slovak Academy of Sciences, Bratislava, Slovak Republic

2008

• Recording Current Doppler Profiler, Sohar Harbour, Oman

2005

2009

• Marine Buoy Monitoring System and Automatic Weather Station, Raysut, Oman • Buoy Temperature System, Dubai, U.A.E.

2010

• 3 Meteo-Oceanographic Monitoring Systems at Zirku Island, U.A.E.

• 6 Mobile Seismic Stations and Data Center, Faculty of Mathematics, Physics and Informatics, Comenius University in Bratislava, Slovak Republic • 7 Seismic Recorders Wave 24, Portable Data Logger, Data Center, SGE Uzbek-Hydro-Geology, Uzbekistan • 4 Permanent and 4 Mobile Seismic Stations, Data Center, Seismological Survey of Serbia, Serbia • 5 Permanent and 2 Mobile Seismic Stations, Data Center, Seismological Observatory, Macedonia

2006

2011

• Tide Gauge Network, 12 stations, Saudi Arabia

2012

• 5 Hydrological Monitoring Stations, Institute of Hydrology, Slovak Academy of Science, Slovak Republic • Automatic Marine Station, Dubai Municipality, U.A.E. • Water Quality, Kazhydromet, Kazakhstan

• System for measurement of Schuman resonances, Faculty of Mathematics, Physics and Informatics, Comenius University, Slovak Republic • 3 Digitizers with accessories, Aristoteles University, Thessaloniki, Greece • Seismic Mini-array, Geophysical Institute of the Slovak Academy of Sciences, Bratislava, Slovak Republic

2007

• 3 Seismic Stations, Progseis, Trnava, Slovak Republic

• Met-Ocean System, Mubarraz Island, U.A.E.

2008

• Seismic Warning System, Seismological Survey of Serbia • Seismic Center, Seismological Survey of Serbia • Portable Seismic Processor, Geophysical Institute of the Slovak Academy of Sciences, Bratislava, Slovak Republic

2009

• Seismic Database, Geophysical Institute of the Slovak Academy of Sciences, Bratislava, Slovak Republic • Delivery of 3 Wave 24 digital recorders, Geological Department, Université de Liege, Belgium

2010

• 5 Seismic Stations and Data Center, Hydrometeorological service of Republika Srpska, Banja Luka, Bosnia and Herzegovina • 5 Seismic Stations and Data Center, Federal Hydrometeorological service, Sarajevo, Bosnia and Herzegovina

2013

• Wave32 Recorder, Seismometers, Accelerometer and the Monitoring Software Package, Canada

2014

• Seizmological Station, SSS Beograd, Serbia

2013

• • • •

30 Rain Stations, Republic Hydrometeorological Service of Serbia, Serbia 30 Rain Stations, NCMS7, U.A.E. 3 Precipitation Systems, Korea 21 Hydrological Stations, Kazakhstan

2014

• 7 Automatic Stations for Measurement of Water Level and River, AMETEC Technology, F.Z.E., Kazakhstan • Marine Station - Qatar, Unique System FZE, U.A.E. (in progress) • Automatic Marine Station - KSA, Unique System FZE, U.A.E. (in progress) • Small Meteorological Radar, GDCE, Tirana, Albania (in progress)

2015

• • • • • •

10 Water Quality Stations, Georgia Tide Station, Jubail Port, Kingdom of Saudi Arabia (in progress) 15 Rain Stations with camera, NCMS7, U.A.E. (in progress) 2 Marine Automatic Weather Stations, India (in progress 3 Marine Automatic Stations, Indonesia (in progress) 10 Marine Stations, Data Collection and Database System, Kuwait (in progress)

MicroStep-MIS, www.microstep-mis.com © 2015. All specifications subject to change without prior notice.

MicroStep-MIS, www.microstep-mis.com © 2015, All specifications subject to change without prior notice.

MicroStep-MIS References

MicroStep-MIS References

Hydrological & Marine Systems

MicroStep-MIS References

Cave Systems

2007

• 5 Cave Monitoring Systems, Demanovska Jaskyna Slobody, Demanovska Ladova Jaskyna, Dobsinska Ladova Jaskyna, Domica and Gombasecka Jaskyna for Slovak Caves Administration, Slovak Republic

2008

• Cave Monitoring System, Katerinska Jaskyne, Ekotechnika, Czech Republic

2010

• Automatic Weather Station, Postojna Cave, Slovenia

2013

• 2 Cave Monitoring Systems, Jasovska Cave, Ochtinska Aragonite Cave, Extension of 2 existing Cave Systems,

2015

• Cave Monitoring System - 3 Automatic Weather Stations, Institutul de Speologie Emil Racovita, Romania • 5 Cave Monitoring Systems, Slovak Republic (in progress)

Upgrade of Climatological Database, Data Collection System, 6 Mobile Systems, Slovak Caves Administration, Slovak Republic

Products

IMS, IMS4 – Integrated Meteorological System ATIS, D-ATIS – Automatic Terminal Information Service, Digital Automatic Terminal Information Service CLDB – Climatological Database UDCS – Unified Data Collection System AWOS – Automated Weather Observation System LLWAS – Low Level Windshear Alert System RVR – Runway Visual Range System SHMU – Slovak Hydrometeorological Institute, Slovak Republic PME (former MEPA) – Presidency of Meteorology & Environment, Saudi Arabia 3 LEGMA (former LHMA) – Latvian Environmental and HydroMeteorological Institute, Latvia 4 DAS (former DWRS) – Department of Atmospheric Studies, Ministry of Presidential Affairs, Abu Dhabi, U.A.E. 5 DGMet (former DGMAN and DGCAM) – Directorate General of Civil Aviation and Meteorology, Sultanate of Oman 6 RHMZ – Republic Hydrometeorological Service of Serbia, Serbia 7 NCMS – National Center for Meteorology and Seizmology, U.A.E. 1 2

Abbreviations

MicroStep-MIS, www.microstep-mis.com © 2015. All specifications subject to change without prior notice.