Technical Means and System Solution for Spectrum Monitoring of JSC IRCOS. (since 1992)
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1 Technical Means and System Solution for Spectrum Monitoring of JSC IRCOS (since 1992) November, 2016
2 IRCOS Company areas of business Engineering, manufacturing and supply of technical means for: Spectrum monitoring and direction finding (in urban, rural and industrial areas, airports, and areas where counter-terrorism operation is being conducted) Detection of information leakage via radio channels (inside one room, several rooms within a building, along the monitored site perimeter) Measuring of radio signal parameters and electromagnetic field strength, detection of interfering sources 2
3 IRCOS Customers Federal service for supervision of communications, information technology and mass communications of the Russian Federation Federal Security Service of the Russian Federation Federal Guard Service of the Russian Federation Ministry of Defense of the Russian Federation Ministry of Internal Affairs of the Russian Federation Federal Customs Service of the Russian Federation Federal Service for Supervision of Consumer Rights Protection and Human Well Fair (Health Inspection Services) Ministry of Transport and Communications of the Republic of Kazakhstan Ministry of Communications of the Republic of Tajikistan 3
4 Technical Means of Radio Monitoring and Direction Finding Measuring radio receivers, which can be used as an integral part of fixed, mobile, transportable or manpack radio monitoring systems: ARGAMAK-IS, ARGAMAK-RS, ARGAMAK-M FIXED TECHNICAL MEANS Fixed measuring unattended stations of spectrum monitoring and direction finding: ARCHA-IN, ARCHA-INM Fixed automatic direction finders: ARTIKUL-S and ARTIKUL-SN MOBILE TECHNICAL MEANS Mobile measuring stations of spectrum monitoring and direction finding: ARGUMENT-I Mobile automatic direction finder: ARTIKUL-M TRANSPORTABLE TECHNICAL MEANS Transportable measuring stations of spectrum monitoring and direction finding: ARCHA-IT Transportable automatic direction finders: ARTIKUL-T, ARTIKUL-MT, ARTIKUL-P MANPACK TECHNICAL MEANS Manpack automatic direction finder: ARTIKUL-H1 Handheld direction finder: ARC-RP3M 4
5 Radio Monitoring Equipment ARGAMAK-M Panoramic Measuring Receiver Features: Compact, light, low power consumption.can be a base for portable / handheld radio monitoring equipment Built-in accumulator for 2 hours of uninterrupted operation Operating frequency in max. configuration is 9 khz to 18 GHz The software enables remote control via wire or wireless channels 5
6 Operation modes: Radio Monitoring Equipment ARGAMAK-RS Measuring Radio Receiver (Protected Design) ARGAMAK-RSM Mobile System ARGAMAK-RSS Fixed System 6
7 Radio Monitoring Equipment ARGAMAK-RS Measuring Radio Receiver (Protected Design) Localization of radio emission sources with amplitude, TDOA, and hybrid methods Contribution to ITU, including: Report ITU-R SM Comparison of time-difference-of arrival and angle-of-arrival methods of signal geolocation", Annex 1 Factors affecting RF detection range and geolocation coverage area for monitoring stations, sections 2 and 6. 7
8 Direction Finding Equipment List of items: ARTIKUL-S and ARTIKUL-SN Fixed Automatic Direction Finders ARTIKUL-T Transportable Automatic Direction Finder ARTIKUL-MT Transportable Automatic Direction Finder ARTIKUL-M Mobile Automatic Direction Finder ARTIKUL-P Portable Automatic Direction Finder ARTIKUL-H1 Manpack Automatic Direction Finder ARC-RP3M Handheld Direction Finder 8
9 ARTIKUL-H1 Manpack Automatic Direction Finder Features: Operator-portable (wearable) direction finder. Can be operated while Operator is on the move Complete with one or several antenna systems providing the required operating frequency Max. operation frequency range can be from 1.5 to 8,000 MHz Direction finder's antenna system can be mounted on the carrying frame, tripod mast or on a vehicle Weight of operated package is not more than 15 kg Direction finder has internal accumulator batteries for not less than 4 hours of operation Besides manpack mode, can be mounted on a vehicle s roof or a portable mast (tri-pod) 9
10 ARTIKUL-H1 Manpack Automatic Direction Finder 10
11 ARTIKUL-MT Transportable Automatic Direction Finder Features: Equipment of the direction finder is compact. It can be installed both on a mast and on a vehicle roof Direction finder can be operated at stops and while moving. Operating frequency range in complete configuration is from 1.5 to 8000 MHz (replaceable antenna systems) When installed at mast, the direction finder antenna system is fixed at mast together with the radio receiver. It allows using an antenna cable up to 80 m long without decrement of sensitiveness, dynamic range and antenna effect 11
12 ARC-RP3M Handheld Direction Finder Features: The last mile handheld direction finder Direction finder is based on a small-scale panoramic receiver that performs all main radio monitoring activities, including spectrum and technical analysis Direction finder provides selective direction finding of Wi-Fi, DECT and GSM signals with selected parameters Direction finder's antenna system includes a handle and a set of directional antenna elements for manual direction finding Operating frequency range up to 18,000 MHz Receiver weight is not more 1.5 kg The weight of the handle equipped with an antenna element is 700 gramms Direction finder is controlled with an Androidbased mobile device 12
13 List of items: Radio monitoring and direction finding stations ARCHA-IN Fixed Unattended Measuring Radio Monitoring and Direction Finding Station ARCHA-INM Fixed Unattended Measuring Station of Radio Monitoring and Direction Finding ARGUMENT-I Mobile Measuring Radio Monitoring and Direction Finding Station 13
14 ARGUMENT-I Mobile Measuring Station Features: Separate measuring and direction finding workstations Simultaneous direction finding, measuring and technical analysis 14
15 Mobile Stations Based on Different Vehicles 15
16 Radio Monitoring and Direction Finding Stations Supplied to Radio Frequency Service of the Russian Federation About 200 fixed and mobile spectrum monitoring stations over all territory of the Russian Federation 16
17 Means for Technical Surveillance Counter-Measures List of items: ARK-D11 Two-channel Panoramic Radio Receiver ARK-D13R Indoor Remote Radio Monitoring System SMO-SECTOR Software Package for External Monitoring of Extended Objects Fundamental principles implemented in the equipment: Time discrimination of radio-frequency sources Space discrimination of radio-frequency sources Harmonic test Correlative acoustic test Key features: Multi-functionality High performance Remote control capability Wide range of operation bands from 9 khz to 8 GHz (optionally, to 18 GHz) 17
18 ARK-D11 Two-channel Panoramic Radio Receiver Functions: Detection of data leakage technical channels indoors Wire networks monitoring Automatic direction finding and localization of active radio signal sources External radio monitoring of extended objects Radio signal recording and technical analysis Features: Two physical reception channels enables usage of advanced search algorithms and connection of optional direction-finding system Antenna switch 18
19 Emission Monitoring along Perimeter of Protected Object Technical support: Automatic mobile direction finder SMO-SECTOR Software package Videocamera The method used in SMO-SECTOR Software Package is presented as an ITU contribution from Russian Federation and included in the reference book Spectrum Management ITU, Geneva, 2011, section
20 ARMADA Automated Spectrum Monitoring System In IRCOS have created a concept for developing geographically distributed automated spectrum monitoring system, intended for radio monitoring on national, regional, city, district and departmental levels. 20
21 ARMADA Automated Spectrum Monitoring System UNIVERSIADE-2013 Concept of automated radio monitoring system developed by IRCOS has been successfully implemented for RFS ACS UNIVERSIADE-2013 in Kazan. Based on the ARMADA Automated Spectrum Monitoring System, this system has united the following units under the management of Operating center: 11 object radio control units to control radio situation on the most important sport objects 12 mobile radio control stations 6 groups of manpack radio control and interference search equipment 9 marking and measuring laboratories 5 stations of stationary radio control for solving tasks on city level The system has provided remote management for geographically spread stationary, mobile and manpack equipment for radio monitoring and marking of radioelectronic equipment, interaction with external informational structures, including requests for interference search and marking of radio electronic means. 21
22 Thank you for attention! Any questions?
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