All Waterfall and Trace Data is Recorded in Real Time

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1 Kestrel TSCM Professional Soware A Bold New Approach Copyright All Waterfall and Trace Data is Recorded in Real Time Kestrel TSCM Professional Soware Signal Intelligence Support System (SISS) TM The Kestrel TSCM Professional Soware leverages advanced Soware Defined Radio (SDR) concepts to deliver proven industry leading, standalone RF Remote Spectrum Surveillance and Monitoring (RSSM), collecon and analysis funconality. Work flow oriented features tailored to professional TSCM applicaons and integrated into an intuive operator centric user interface, contribute to a high standard of usability. With its extensive funconality, the Kestrel TSCM Professional Soware is the ulmate future-proof radio frequency sensing soluon for TSCM. Our Technical Research and Standards Group (TRSG) connues to develop unique and innovave products and deployment methods. Developed in Canada, the Kestrel soware supports a wide range and level of search receivers and spectrum analyzers, and is available to technical security professionals worldwide. v Key Features User Interface (UI) Ergonometric user interface promotes operator situaonal awareness by grouping and dynamically linking essenal control elements, in combinaon with intelligent automaon. RF Spectrum Display (RSD) Mulple tabbed spectrum windows permit any number of frequency Ranges of Interest (ROI) or band allocaons to be searched in parallel. Waterfall Display (WFD) Waterfall Display (WFD) and trace recording capability enables the me history of signal events to be instantly reviewed. Live View Analysis (LVA) TM Real-me analysis of connuous and periodic signal events is supported without the need to interrupt the data collecon process. Arficial Intelligence (AI) Our Threat Detecon Algorithm (TDA) and Signal Combining Technology (SCT) accurately detects and characterizes wide bandwidth signals. "Innovaon is Simply the Beginning..." Demodulaon and Visualizaon Demodulate and record AM, FM and SSB audio. FFT displays include the RF Spectrum, Spectral Density, IQ Diagram, IQ Vs Time, RSSI History, Analog RSSI, Audio Oscilloscope, and AF Spectrum. Threat Detecon Algorithm (TDA) Detecon modes include, Minimum Detecon Amplitude (MDA), Harmonic Signature Threshold (HST), and Chirp Threat Mode (CTM). Differenal Signal Analysis (DSA) TM Our graphical DSA model permits the import of floor plans, vercal riser, geographical maps and photographs of the target area for direct comparave analysis of all collected data. Spectrum Baseline Logging (SBL) TM The technical operator can quickly capture a detailed baseline trace and reference signal list. Session Report Generator (SRG) TM Our integrated report generator, and project management structure, provide unprecedented sophiscaon in a TSCM applicaon. Professional Development TSCM Group Inc Fairview Street, Suite 319 Burlington Ontario Canada L7L 4Y8 Telephone: tsb@pdtg.ca Website:

2 User Interface (UI) An intuive, user-friendly, work-flow based, operator centric UI places all essenal and commonly used display and control groups up-front. Dynamic control linking, The use of Arficial Intelligence (AI) and predicve logic, opmize sengs that remain under full operator control during collecon, review and analysis. Gracule Control Group The operator can setup, navigate, view and analyze, mulple instances of independent spectrum and waterfall data in a familiar tabbed window format. Various global and independent viewing preferences are supported improving operator situaonal awareness. Automac Threat List (ATL) TM Two primary levels of threat list integraon and generaon work intuively to provide advanced dynamic Posional Zoom Control (PZC), and discrete signal demodulaon ability. The sidebar ATL provides immediate access to discrete signal events idenfied and captured, and displays the frequency (MHz) and signal level (dbm). The Master ATL provides addional signal parameters including idenfied harmonic relaonships, frequency (MHz), signal level (dbm), esmated bandwidth, date and me of collecon and locaon details. The operator can add identy and notes relang to discrete signal events. Signals are placed on a uniquely colour coded tabbed window and duplicated on the Master ATL automacally. Our Drag and Drop technology allows any detected signal to be demodulated or dropped onto the Gracule, to immediately acvate a 20x zoom focus on the Signal of Interest (SOI). The operator can conduct a high resoluon zoom up to 200x manually using the mouse. Live View Analysis (LVA) TM Real-me analysis of discrete spectral events is supported without the need to interrupt the runme collecon process, giving the operator the ability to instantly review historical trace data displayed directly on the RSD and WFD (trace by trace) in near real-me, or during off-line post event analysis and review, if working with a historical Kestrel Project File (KPF). Analyzer Configuraon All supported receivers are automacally detected and inialized during the applicaon start-up process. User definable configuraon sengs enable spectrum, demodulaon, and analysis funcons to be independently programmed at the receiver or spectrum analyzer level. Kestrel Super Trace (KST) TM Full support is provided for me compressed spectral and waterfall trace displays. Specificaons are subject to change without noce Waterfall and RF Spectrum Live View Analysis (LVA) TM Chirp Threat Mode TM Flags the Fundamental and Harmonic Events Kestrel TSCM Professional Soware Well Posioned to Hunt in a Complex Signal Environment

3 Mulple Receiver Operaon (MRO) TM Single Receiver Operaon (SRO), Dual Receiver Operaon (DRO), and Mulple Receiver Operaon (MRO), are supported with on-the-fly dynamic (spectrum and demodulaon) hand-off between any number and type, of supported receivers and spectrum analyzers. The Kestrel TSCM Professional Soware, Communicaon Interface Protocol (CIP), allows operaonal support for a wide range of professional, search receivers and spectrum analyzers Professional Receiver Support Kestrel Support Profiles (KSP) are available for a wide range of entry level and professional search receivers and spectrum analyzers, for virtually all TSCM and Remote Spectrum Surveillance and Monitoring (RSSM) requirements. Mulple Spectral Windows The ability of the operator to display, search and analyze any number of independent spectral range windows is supported. Mulple independent search Ranges of Interest (ROI) can be accessed on a single monitor via a familiar tabbed window interface, or moved to a second, or third display monitor. The ability to select and view any poron of a currently displayed ROI, and open a new focused zoom window, is supported. The Kestrel SOLO priority mode, allows the operator to assign real-me priority to any single tabbed window and immediately zoom on any discrete Signal of Interest (SOI) event. SIGNAL HOUND SA-44B / SA-124B 1 Hz GHz 100 khz GHz SIGNAL HOUND BB60A / BB60C 9 khz GHz 20 / 27 MHz IF BW 24 GHz / Sec ANRITSU C T Spectrum Master 9 GHz / 13 GHz / 20 GHz / 32 GHz / 43 GHz ThinkRF 100 khz - 8 GHz 100 khz - 18 GHz 100 khz - 27 GHz 10 / 100 MHz IF BW ROHDE & SCHWARZ Portable Receiver EM GHz / 7.5 GHz ROHDE & SCHWARZ Portable Receiver PR GHz / 7.5 GHz MERLIN MK3 50 khz to 30 GHz 40 MHz IF Bandwidth RF Eye NODE 10 MHz - 6 GHz 9 khz - 8 GHz 100 khz to 18 GHz Posional Zoom Control (PZC) The operator can ulize the mouse wheel to focus and direct the desired zoom level on the spectral display. The operator may also navigate within the Posional Zoom Control (PZC) window. A double mouse click acvates a 20x and 100x zoom factor. A right mouse click allows the operator to select from a list of dynamic zoom opons based on the current CF and ROI displayed. A mouse based 200x High Resoluon Zoom (HRZ) capability is supported. Drag and Drop from the Automac Threat List (ATL) focuses the SOI at CF with a 20x zoom factor. The CF, SPAN, START and STOP frequency can be set manually from the navigaonal control group. Global Posioning System (GPS) The Kestrel TSCM Professional Soware provides support for many commercial USB type GPS receivers and permits the capture of coordinates for DSA antenna locaons in support of Geographical Area Reviews (GAR), RF Direcon Finding, Search and Rescue (SAR), and wireless surveys. Geographical coordinates can be entered manually when a GPS signal is not available. Receiver Hand Off Capability Dynamic Hand-Off is available across all supported search receivers, and spectrum analyzer types. Specificaons are subject to change without noce TEKTRONIX 9 khz GHz 40 MHz IF BW Dual Receiver Operaon (DRO) adds the ability to capture twice the single receiver real me IF BW, by perming the simultaneous display of 2x the full Rx bandwidth across independent windows for direct analycal correlaon. This innovave technique is another milestone achievement only found in Kestrel. SIGNAL HOUND SM khz - 20 GHz 40 MHz IF BW Pending Release Ability to Open Mulple Band Spectral Display Windows TBA! 20 MHz - 6 GHz 50 MHz IF BW TBA! 5 khz - 50 GHz Dual Receiver Operaon (DRO) Doubles the Real Time Capture Bandwidth Kestrel TSCM Professional Soware Well Posioned to Hunt in a Complex Signal Environment

4 Differenal Signal Analysis TM (DSA) DSA can be ulized in several operaonal modes depending on deployment parameters. Stac and Echo DSA modes allow the operator to collect comparave traces from any number of target area locaons and overlay the trace data. Unlike standard spectrum analyzer trace math, Kestrel supports MDA, CTM and HST spectral marker flag integraon, adding an important analycal layer that enhances the Probability of Detecon (POD), leading to hosle signal idenficaon. Live View DSA (LVD) TM LVD enables the operator to review specific antenna locaon, comparave traces without interrupng the collecon of DSA trace data in the background. It can be used during acve DSA trace collecon or during post event analysis. Full display funconality, including the Posional Zoom Control (PZC) and all display parameters are preserved. When DSA Comparave and ECHO Mode are both acve, real-me Differenal Signal Analysis (DSA) is acvely displayed. Trace Math Analysis (TMA) The ability of the operator to display a differenal trace comparison for any two collecon antenna locaons is supported. The DSA window supports (A - B) or (B - A) comparison modes for DSA antenna locaons. The operator need only Drag and Drop any two locaons to the TMA docking staon to display a dedicated differenal trace. Nothing Escapes the Eye of the Kestrel Live View DSA (LVD) TM Echo Mode Real Time differenal Trace Mulple Display Monitors The operator can open and display, any number of independent spectral windows, across mulple receivers, and dynamically drag the windows to a separate display monitor, or view separate hand-off receivers on any available display monitor at, or above 1280 x 800. Rapid Deployment Kit (RDK) The enre Kestrel TSCM Professional Soware, Signal Intelligence Support System (SISS) can be pre-configured, and delivered in a standard transit hard case, or carried in a standard laptop bag. Export (CSV) Spectra The ability to export Spectra data to CSV format is supported, based on operator defined parameters including LOCATION BAND START / STOP TRACE INDEX START / STOP FREQUENCY. Export (CSV) Spectra and RSSI Ulizing the Dynamic Alert Annunciator (DAA) both SPECTRA and RSSI values can be operator programmed to automacally export CSV values on the detecon of SIGNAL EXCEEDANCE and SIGNAL LOSS events. Unlimited Trace Differenal Signal Analysis (DSA) TM Specificaons are subject to change without noce Kestrel TSCM Professional Soware Well Posioned to Hunt in a Complex Signal Environment

5 TSCM Deployment Consideraons TSCM focussed RF spectrum analysis requires innovave equipment resources, and perhaps more importantly, a comprehensive framework for applying the advanced procedures and deployment techniques needed to meet modern day threat challenges worldwide. The Small But Mighty Kestrel Floor Plan (Import) The ability to import a (.PNG), (.JPG), or (.GIF) image of a target area, or a facility floor plan, is supported in the Kestrel TSCM Professional Soware. Our Differenal Signal Analysis (DSA) TM feature is integrated with antenna locaon spectral data collecon points, and is graphically represented on the imported floor plan ulizing the Kestrel Drag and Drop technology. Vercal Riser Plot (Import) Support for the import of vercal riser plots allow the operator to ulize the DSA funconality to capture and display collected spectrum data from mulple levels or floors of the target area, adding another dimension of comparave analysis. Graphical Differenal Signal Analysis (DSA) TM Geographical Area Map (Import) RF surveys and TSB 2000 (Technical) Standard TM based Geographical Area Reviews (GAR) TM are easily accomplished by imporng any suitable map or chart, and deploying the DSA feature from a mobile collecon plaorm such as a vehicle, aircra or marine vessel. It is possible to deploy the soware ulizing a series of fixed staon collecon points, or non-related locaons. Photo Realisc Virtual Reality (Import) Our photo realisc virtual reality feature allows the operator to import actual target area, or facility level photographs, and overlay the DSA antenna locaon data directly on the image. This provides excellent situaonal awareness during Remote Spectrum Surveillance and Monitoring (RSSM) assignments. Import Comparave Bands The operator can import comparave spectrum trace data from any previously captured historical Kestrel Project File (KPF). Geographical Area Review (GAR) TM Fixed and Mobile Radio Direcon Finding (RDF) Specificaons are subject to change without noce Kestrel TSCM Professional Soware Well Posioned to Hunt in a Complex Signal Environment

6 Award Winning Industry Leading Soware The Kestrel TSCM Professional Soware, is the first in its class to provide on-the-fly mulple receiver hand-off of the spectrum and demodulated signal events to all other supported search receivers and spectrum analyzers. Awards Key Features The Kestrel TSCM Professional Soware is the recipient of the CTSC 2013 and CTSC 2014 Soware Defined Radio (SDR), Innovaon, Research and Development excellence award. It also received the Espionage Research Instute Internaonal (ERII) Glenn H. Whidden Award for the Best New TSCM Product at the 2013 ERII Counterespionage Conference. Operator Centric Design Designed from the outset to support Mulple Receiver Operaon (MRO), the Kestrel TSCM Professional Soware enables the operator to exploit the full potenal of any number and combinaon of supported receivers and analyzers. Using independent tabbed windows, the operator can sweep any number of independent (acve or standby) spectrum band allocaons, or custom frequency Ranges of Interest (ROI), across any number of receivers or analyzers. The ability of the operator to hand-off spectrum band allocaons on-the-fly, facilitates uninterrupted dynamic hand-off to another connected device. Our dynamic hand-off synchronizaon provides instantaneous connecvity, without data loss during the hand-off process. Proven Experience Our soware was conceived, and developed in Canada by TSCM professionals with 35+ years of operaonal field experience in delivering TSEC / TSCM professional services at all operaonal threat levels. The all-encompassing experience of our company principals forms the basis of the TSB 2000 (Technical) Standard TM and the TSCM Operaonal Standard Policy and Procedure Guideline (OS-PPG) TM. Our Soware Development Group (SDG), in conjuncon with the Technical Research and Standards Group (TRSG), have applied a common-sense and balanced approach centred on the TSB 2000 (Technical) Standard TM for designing and assimilang complex algorithms, Arficial Intelligence (AI) and Digital Signal Processing (DSP) technologies. This knowledge and experience is reflected in the successful development of an RF detecon, collecon, surveillance, and monitoring system that is both powerful and easy to use by operators at any experience level. The Kestrel TSCM Professional Soware is suitable for TSCM deployment at all known and developing threat levels, and currently sold in 25 countries worldwide. Nothing Escapes the Eye of the Kestrel Kestrel TSCM Professional Soware New technology requires new terminology, and operators will soon become familiar with and recognize the level of sophiscated simplicity, workflow integraon, and the wide ranging deployment benefits of our Automac Threat List (ATL), Posional Zoom Control (PZC), Live View Analysis (LVA), Live View DSA, Differenal Signal Analysis (DSA), Spectrum Baseline Logging (SBL), Chirp Threat Mode (CTM), Harmonic Signature Threshold (HST), Minimum Detecon Amplitude (MDA), Signal Combining Technology (SCT), Threat Detecon Algorithm (TDA), RF Spectrum Display (RSD), Waterfall Display (WFD), Dynamic Alert Annunciator (DAA), Kestrel Graphical Mapping (KDM), Harmonic Calculator Tool, Image Capture Tool (ICT), Demodulaon, FFT Visualizaon, Spectra and RRSI export, and other forward-thinking, operaonal deployment features and funconality, with new features included with each soware release. Key Deployment Benefits The combinaon of the Kestrel TSCM Professional Soware and an applicaon specific search receiver or spectrum analyzer, becomes part of a modern, TSCM opmized work-flow oriented, Signal Intelligence Support System (SISS) TM. Our cost-effecve state-of-the-art RF collecon and analysis technology approach, provides a comprehensive suite of TSCM focussed capabilies: Signal detecon, collecon and analysis; Demodulaon and Visualizaon; Unaended and real me, Remote Spectrum Surveillance and Monitoring (RSSM); Automac project file save; Fail safe defensive code integraon and recovery; and A fully integrated Session Report Generator (SRG). Password Protected Kestrel Stealth Screen Master Automac Threat List (ATL) TM Specificaons are subject to change without noce Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

7 Frequency Database (FDB) The Kestrel TSCM Professional Soware includes an Advanced Signal Intelligence Database (ASID) that encompasses a number of essenal component features, such as our Frequency Database (FDB), and Operator Signal List (OSL). The operator has the ability to overlay official Industry Canada and FCC licensing data directly on the Gracule, providing an excellent visualizaon of spectrum allocaons for the geographical region of interest, which can be as large as North America, country wide, or as specific as a region, or frequency range. This enables the operator to quickly idenfy known emiers licensed within the geographical area. The operator can define the search query for emiers at arbitrary distances referenced to a GPS fix or manually entered geographical coordinates. A query based on Free Space Propagaon (FSP) TM RSSI values within a search range of (-20 dbm to -90 dbm) is also supported. Custom user defined OSL files can also be created and displayed. Image ❶ illustrates a spectral Range of Interest (ROI) containing a confirmed CTM fundamental frequency and associated 2nd, 3rd and 4th harmonic signatures. The operator can open one or more FDB files to iniate a search, and view locaon specific signal parameters for any ROI. Image ❷ illustrates FDB data displayed across a Range of Interest (ROI) extending to 6 GHz based on an FDB Query of 5 NM and FSP levels of -90 dbm, or higher. The operator iniated query, returned 1,481 signal events across one spectrum band from three acve FDB database files. Image ❸ illustrates FDB data displayed across a (3 GHz) Range of Interest (ROI), idenfying overlapping and adjacent FDB data. The ability to zoom in and expose expanded frequency specific FDB data, and select and display specific Frequency Database (FDB) details provides unsurpassed signal intelligence capability. Image ❹ illustrates the FDB List window, as displayed when the operator ulizes a right mouse click on any of the FDB frequency marker overlays, where frequency data is overlapping, based on geographical distance priority. Image ❺ illustrates the FDB Entry window, as displayed when the operator ulizes a right mouse click on a single FDB marker or selects a signal from the FDB List. It is possible to determine the distance, bearing, and FSP specific to each defined DSA antenna locaon. Specific informaon displayed from the official licensing databases provides useful insights into the ambient RF spectrum environment. Due Diligence is at its Best Under the Wings of the Kestrel ❶ ❷ ❸ ❹ ❺ The ability to zoom in on any SOI or ROI and quickly idenfy FDB Industry Canada or FCC licensing data is fully supported. FDB Entry FCC / IC Frequency Database (FDB) Graphical Overlay Automac Harmonic Signal Idenficaon and Characterizaon Kestrel TSCM supports most commercially available, generic GPS modules with USB 2.0 interfaces and supports the manual entry of Latude and Longitude coordinates, when a signal is not present. Specificaons are subject to change without noce Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

8 Advanced Signal Intelligence Database (ASID) The ability to search our Frequency Database (FDB), either geographically by radius distance expressed in Naucal Miles (NM), referenced to the current collecon DSA antenna locaon, or by Free Space Propagaon (FSP) TM for signal levels (or both), is supported. It is possible to view FSP data (relave power levels) as a graphical overlay, directly on the trace display during real-me collecon, and during post event analysis and review of historical Kestrel Project Files (KPF). The FDB Entry dialog window displays the distance, bearing and Rx (FSP) Power level, and provides the technical operator with the ability to directly export and display the FDB Entry on Google Maps, Satellite and Street View. The ability to display, and save a relave stac overview map showing both the TX and RX reference locaons is also supported. FDB Update Server Periodic Frequency Database (FDB) updates are available for download free of charge to licensed operators, from the password protected Technical Support Group (TSG) Resource Centre website. The operator may either download the enre FDB regional or naonal frequency file sets, or download a specific FDB file of interest on demand during deployment. Internet access is required for FDB file download and for access to online mapping resources. Operator Work Flow The ambient RF spectrum represents a very complex and challenging work environment for the operator. The ability to separate what oen amounts to many thousands of friendly ambient signal events from perhaps the one difficult to detect hosle Signal of Interest (SOI) significantly increases the Probability of Detecon (POD) during acve deployment. The ability to verify and dismiss with confidence benign signals is of considerable praccal value. This capability is further enhanced by the ability to populate, load, and display a custom Operator Signal List (OSL) designed to span mulple Kestrel Project Files (KPF). Mulple, custom OSL files can be maintained for use within the applicaon by category, locaon, region, or technical operator preference. Operator Signal List (OSL) TM Get a Bird s Eye View of Signal Events FDB (TAFL) Entry Open Source Geographical Mapping Support The Kestrel TSCM Professional Soware, Operator Signal List (OSL), is an important spectrum management component of the Advanced Signal Intelligence Database (ASID) TM, and is a user-defined database component list that spans mulple, Kestrel Project Files (KPF) TM, and is therefore independent of any parcular Kestrel Project File (KPF) TM. Mulple OSL databases can be customized and maintained. An entry on the OSL, is prompted from an operator defined signal event, for inclusion within the current OSL database file, and may be recalled, and displayed against the real-me, or a historical Kestrel Project File (KPF) TM, during post analysis and review. Kestrel TSCM Professional The Kestrel TSCM brand is responsive to the needs of the end-user. The advanced soware engineering, unique design, and innovave concept of the Kestrel TSCM Professional Soware has become the standard, against which, all other TSCM soware applicaons will be evaluated and judged in the future. Specificaons are subject to change without noce Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

9 Unprecedented Innovaon The Kestrel TSCM Professional Soware includes significant new deployment tools. Operator centric, and designed by experienced technical operators, these tools provide unprecedented collecon, analysis and reporng capabilies. Channel Profile Mask (CPM) The generaon of on-the-fly channel and band oriented, Channel Profile Masks (CPM) is supported ulizing our CPM editor. Mulple CPM files may be operator generated, maintained and recalled during runme, copied to a new file and imported from an operator defined (.CSV) file. The ability to display overlapping channel masks or band allocaons is also supported. Operator programming includes the Center Frequency (MHz), Bandwidth (MHz) and Rx Power (dbm), or arbitrary display amplitude (dbm). The CPM database includes the ability to assign a name and class entry tag. The database file is easily moved to another host computer running the Kestrel TSCM Professional Soware. Channel Profile Masks (CPM) are displayed by selecng the CPM buon located within the Spectrum Display and Acvity control group. The CPM database editor and file management tools are located within the SPECTRUM menu structure. Sub Harmonic / Harmonic Calculator The ability to quickly predict harmonic, sub-harmonic frequencies and correlate these with observed spectral events supports the idenficaon of potenal spectral threat characteriscs. Provisions are included for the demodulaon of any Automac Threat List (ATL), fundamental frequency or 2nd, 3rd, 4th, 5th, 6th, 7th, 8th, and 9th order, sub-harmonic, or harmonic signal event. Drag and Drop funconality directly to / from the demodulator frequency window, the sidebar ATL or the Master Automac Threat List (ATL), to / from the Harmonic Calculator window is supported. Spectrum Band (Status) Colour coded tabs support operator situaonal awareness with immediate visual status verificaon: RED indicates that NO receiver is assigned for the spectrum or band allocaon. YELLOW indicates the receiver, or analyzer is assigned, and collecon is currently PAUSED. GREEN indicates, ACTIVE runme search acvity for the spectrum or band allocaon. BLUE indicates that the trace count limit for the current DSA locaon has been reached and automacally STOPPED and LOCKED. All significant status visualizaons are intuively posioned on the User Interface (UI) and are designed to enhance situaonal awareness. Get a Bird s Eye View of Signal Events Channel b/g/n Unique Operator Defined Channel Profile Mask (CPM) TM Support Specificaons are subject to change without noce Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

10 Operator File / Write Management Kestrel can capture and record all spectrum trace data in real-me (n=1), or programmed to capture spectrum trace data at a record rate (n=2, n=5, n=10, n=20, n=50, n=100n n=250, n=500, n=1000) by default, or any value up to (n=10000) by the operator. Default recording is set for (n=1) real-me, for fail-safe deployment. On-the-fly, alert based recording is also supported for opmal write file management. Spectrum Analyzer Mode An advanced recording and file management mode allows the technical operator to run the soware in a spectrum analyzer mode, without recording any spectrum data. If a potenally hosle Signal of Interest (SOI) is observed, the operator can quickly enable the trace recording funconality to iniate the capture of real-me spectrum trace data. This mode of operaon results in a significant file size reducon since only the selected spectrum trace data is recorded. File Size Management To accommodate managed Remote Spectrum Surveillance and Monitoring (RSSM) assignments, incremental spectrum recording is fully supported. The operator is able to set the capture rate, from real-me (n=1) to incremental (n=10000) recording. Basically, for n=100, 99 peak capture traces are represented as a single Kestrel Super Trace (KST) TM. This processing idenfies and uses the spectral peak energy that occur over the (n=?) me interval, so that all captured significant spectral events are preserved. WFD compression enables a file size reducon up to mes the real-me recording value, with only a minor displacement in event me accuracy which varies with (n=?) value progression. Dynamic Alert Recording The ability to automacally capture and record trace data, based on operator defined alerng zone levels, at either the band or discrete signal level, is supported. This feature not only captures the triggered signal event, but also the trace data for periods up to 60 seconds before and aer the beginning and end of the signal event. This mode of operaon reduces the file size by orders of magnitude compared to the real-me value, as only the traces associated with specific alerng events are captured and recorded. Get a Bird s Eye View of Signal Events TSEC 01 Alert Zone The Kestrel TSCM Professional Soware includes, as a standard feature, a sophiscated Dynamic Alert Annunciator (DAA), as a single resource, to capture and log signal level exceedance and signal loss events. Our DAA recording control has proven to be a very powerful operator centric feature, adding an enrely new dimension to the collecon, and discrete signal analysis process. Focused analycal stascs for each signal event provide a clear picture of signal characterizaon paerns and signatures. Addional data columns may also be displayed within the table structure. Dynamic Alert Annunciator (DAA) The ability to capture DAA signal list data events that either exceed, or drop below the operator defined detecon parameters, are delineated by alert zone, with, or without recording trace level spectrum data is supported by the Kestrel TSCM Professional Soware. Specificaons are subject to change without noce Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

11 Kestrel Event Recording Mode (ERM) The Kestrel Advanced Signal Intelligence Database (ASID) TM is an innovave and evolving development milestone. The Kestrel TSCM Professional Soware includes a fully automated alert, based recording control. Intuive arficial intelligence and design level predicve logic enables our soware to begin acve alert zone capture and storage recording processes ahead of the signal events appearance in the spectrum. The Great Kestrel ulizes keen eyes, a photographic memory, and maybe even a lile psychic ability to produce a clear picture of any alert zone based capture, and trace level recording of any Signal of Interest (SOI), leading up to its appearance, for the duraon of the event, and for a period of me beyond the acve alert. This innovave feature permits the technical operator to build a detailed picture of the ambient RF spectrum environment leading up to the Signal of Interest (SOI) alert. Consequently, all new and periodic signal events are well documented and available for post event analysis and review while economizing on storage requirements. In addion to performing connuous capture and recording for the duraon of the event, It is possible to record up to 60 seconds of real-me trace data before the beginning of any signal event and for a similar period beyond the end of the alerng event. Kestrel Analysis and Review Mode (ARM) TM This feature provides significant operator flexibility and programmability, while providing for a measure of acve file size management. The operator can deploy the system in a basic Spectrum Analyzer (SA) mode without storing any spectrum, trace, or waterfall data while maintaining the ability to acvely review the current trace level data on the Gracule in real-me. There is a RECORD control located on the Spectrum Display and Acvity control group that STARTS and STOPS the write process on-the-fly. The technical operator may iniate the START and STOP write process at any me on demand during runme. Signal List (.CSV) Data Export The ability to export standardized (.CSV) signal list data for any automacally captured, or manually entered signal event is supported within the Kestrel TSCM Professional Soware applicaon. Support for the export of Chirp Threat Mode (CTM), Harmonic Signature Threshold (HST), Minimum Detecon Amplitude (MDA), Spectrum Baseline Logging (SBL), Signal of Interest (SOI), Operator Signal List (OSL), and Dynamic Alert Annunciator (DAA) signal lists is included. Kestrel TSCM supports operator defined spectrum profiles, rapid deployment (taccal) project templates, and high resoluon posional zoom control (up to 200x) for detailed analysis, and precise signal parameter measurements. Specificaons are subject to change without noce Innovaon from Theory to Pracce Session Report Generator (SRG) The Kestrel TSCM Professional Soware includes the ability to export a variety of elements for inclusion within session reports. The Session Report Generator (SRG) TM provides the technical operator with the ability to generate comprehensive reports that include all aspects of the runme session, including spectrum plots of the enre Range of Interest (ROI) and selectable signal list data. Dynamic Alert Annunciator (DAA) TM Typical Deployment Applicaons Kestrel TSCM Professional Soware is an ideal plaorm for a wide range of RF applicaons. Radio Frequency (RF) TSCM, and Broadband Powerline (BPL) Inspecons Long-term, Managed Remote RF Spectrum Surveillance and Monitoring Protecve Operaons, Intelligence and Acve Countermeasures Spectrum Ulizaon and Management Regulatory Invesgaons and Interference Analysis Spectrum / Signal Integrity, Compliance and Verificaon Spectrum Baseline Logging (SBL) Taccal Intelligence Gathering, Barricaded Hostage Radio Monitoring Search and Rescue, Radio Direcon Finding (RDF), Taccal Beacon Homing Technical Surveillance Device (TSD), Tesng, Analysis and Signal Characterizaon. Educaonal Instuons, and RF Lab Training. The ability to capture operator defined Alert Zone data within the DAA Signal List structure is fully supported, even when the trace recording control is not enabled The DAA Signal List can be exported as a (.CSV) file for comparave analysis, storage, or for use with third-party producvity programs, such as Microso Excel. Acve File Size Management In order to facilitate operaonal deployment file size management consideraons, the REC control group also includes an advanced write control capability (1 / n) = opon list (default), or manually up to represenng the actual number of recorded traces that occur during runme capture with (n=1) being real-me and (n=50) represenng (1) in (50) peak traces being wrien to the local or network, storage device + all peak data captured, referred to as a Kestrel Super Trace (KST) TM. Kestrel Project Template (KPT) TM The technical operator can create any number of project templates directly, from the included Kestrel Project Template (KPT) TM tool. Any number and type of deployment profiles can be created by the technical operator, edited, stored, and recalled, for common deployment parameters, and strategies. The ability to pre-configure a working template for different physical locaons, or collecon and analysis parameters, is fully supported within the Kestrel TSCM Professional Soware. The current Kestrel Project File (KPF) can also be saved as a Kestrel Project Template (KPT) TM. The KTP database file is easily transportable to another computer. This ability is in keeping with our operator centric, work-flow oriented philosophy, and provides a very powerful operator defined resource. Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

12 Deployment Flexibility Standard included features and funconality ensure that the Kestrel TSCM Professional Soware is deployment ready at all known and developing threat levels and encompasses the widest possible deployment requirements of professional operators. Our Soware Development Group (SDG) is responsive to the needs of technical operators. Typical Configuraon The Kestrel TSCM Professional Soware is designed to run on the Windows OS, for deployment on a suitable Laptop computer. Our soware supports search receiver connecvity using USB 2.0, USB 3.0, and Fiber-Opc interfaces. Oponal virtual LAN and Fiber-Opc modules permit USB 2.0 / USB 3.0 search receiver connecvity to be managed remotely over Cat 5e or Cat 6 LAN cabling, or mul-mode 50 / 125 Fiber-Opc infrastructure. Remote Desktop Soware (RDS) permits full command and control via a LAN or Internet connecon, including 3G / 4G / LTE cellular modems. Licensing Opons Our standard End-User License Agreement (EULA) includes one (1) full version of the Kestrel TSCM Professional Soware, and two Acvaon Security Keys (ASK), for use with any two (2) supported receivers or analyzers, across two independent host computer installaons. Our soware acvaon is machine and hardware specific requiring an Acvaon Security Key (ASK) for each individual system (host computer and receivers). Adding an addional (3rd) receiver, requires the purchase of an addional Acvaon Security Key (ASK). Mulple License Management (MLM) is available to meet the requirements of larger organizaons. Soware Updates Soware updates are provided free of charge, within the same soware generaon. The latest soware release is always available for download, from the password protected Technical Support Group (TSG) Resource Centre website. Addional tools, files, and resources are also available for download, including the FDB spectrum licensing database for Canada, and the United States of America. We have also provided a range of SPF, CPM, and OSL working file examples. Get a Bird s Eye View of Signal Events Supported Receiver Type SIGNAL HOUND SA44B SIGNAL HOUND SA124B SIGNAL HOUND BB60A SIGNAL HOUND BB60C ANRITSU C T SPECTRUM MASTER ROHDE & SCHWARZ EM100 ROHDE & SCHWARZ PR100 TEKTRONIX RSA306 USB CRFS RFEYE NODE CRFS NEXUS MERLIN MK3 THINKRF WSA5000 Primary Connecvity USB 2.0 USB 2.0 USB 3.0 USB 3.0 LAN LAN LAN USB 3.0 LAN LAN EMBEDDED LAN Kestrel LAN Remote (KLR) TM Oponal Connecvity LAN LAN FIBER OPTIC FIBER OPTIC USB 2.0 USB 2.0 FIBER OPTIC LAN Project Acvity Scheduler Kestrel TSCM Professional Soware includes a uniquely versale Project Acvity Scheduler that provides the ulmate control over the runme collecon process. The ability to individually schedule runme acvity across mulple search receivers and analyzers is just the beginning. Full acvity scheduling support is provided at the spectrum band level, giving the technical operator the ability to easily program complex mulple start and stop acvity across mulple, independent spectrum band allocaons on each connected device. Programming is accomplished from the Setup Wizard, or later within the applicaon during the runme environment. Our me zone offset provides accurate spectral me-stamping without the need to change the host computer clock. The Kestrel LAN Remote (KLR) TM, provides virtual Gigabit Ethernet Network support, when ulizing a Kestrel TSCM TM Professional Soware supported receiver, or analyzer with a USB 2.0 interface. The KLR hardware module, allows the technical operator to control remotely located receivers and other USB 2.0 devices, directly via a virtual Gigabit LAN connecon over a Cat 5e or Cat 6 network cable. The KLR hardware module is an excellent opon when the host computer is not equipped with a sufficient number of USB 2.0 ports, or if the search receiver needs to be located at a distance from the host computer beyond the maximum cable length supported by the USB 2.0 interface specificaon. The KLR leverages the exisng LAN infrastructure to provide useful flexibilies for deploying search receivers for the most effecve site coverage. Fiber Opc Remote TM Support for USB 2.0 and USB 3.0 Fiber-Opc Remote modules ulizing Mul-Mode Fiber-Opc connecvity provides addional opons for remote receiver operaon. Dynamic Alert Annunciator (DAA) TM The DAA provides visual and audio alerng capability for new or periodically occurring signal events that exceed a custom detecon sensivity level assigned to each acve alert zone by the operator. Loss of signal detecon is also supported. Technical Support Group (TSG) Resource Centre Several layers of technical support are provided by our team of Technical Support Group (TSG) specialists, including, our online (password protected) TSG Resource Centre, a comprehensive Soware Programming and Operaon Manual (SPOM), unlimited , and TeamViewer TM based technical support assistance. We offer a 3-Day Kestrel Soware Technical Operator Cerficaon program, and a 4-Day Kestrel Technical Analyst Cerficaon (TAC) program. Specificaons are subject to change without noce Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

13 Enhanced (Spectra) Analysis The ability to export user-defined Spectra trace data to CSV file format, is supported within the Kestrel TSCM Professional Soware. Spectra trace data export is useful for detailed and focused analysis of SOI trace level data, when ulizing other RF analysis resources, or third-party producvity soware. Export (CSV) Spectra To aid technical operators in a more detailed analysis of collected trace level data, the ability to export operator defined Spectra values is supported. The operator is able to export Spectra to a CSV file based on LOCATION and / or BAND criteria. The ability to further refine the exported data, includes selecng the START and END trace number sequence. This feature can be ulized during runme collecon, or during post event analysis and review by an analyst. Get a Bird s Eye View of Signal Events Third Party Producvity Soware The ability to export collected data to standard CSV file format, allows the technical operator to arrange, select, edit and analyze raw Spectra and RSSI values. The ability to generate customized graphical spectrum models for reports and presentaons is realized adding a powerful analycal capability to the Kestrel soware. Dynamic Alert (CSV) Spectra Export The ability to export Spectra trace data based on dynamic alerts is supported. Dynamic Alert (CSV) RSSI Export The ability to export RSSI values based on dynamic alerts is supported. Normal Waterfall Display (WFD) During normal default runme operaon all spectrum and waterfall trace data is wrien to storage and displayed on the user interface. Kestrel Super Trace (KST) During remote spectrum surveillance and monitoring over a period of days, weeks, or months, waterfall and trace data can become a storage challenge and require me intensive post event analysis. Our unique write management feature, in combinaon with the ability to compress the trace data is a powerful innovaon that significantly improves the operators analysis and review capability. Our spectrum and waterfall compression method enhances rendering, and brings clarity to the waterfall display. This unique funconality permits the operator to easily observe periodic peak energy paerns across the Range of Interest (ROI) over a period of me. Buffer Clear Buon (WCB) The Kestrel Super Trace (KST) is controlled by selecng the (n=?) write control seng, and may be invoked by the operator during runme capture, by pressing the Waterfall Buffer Clear (WCB) buon. The Kestrel Super Trace (KST) TM is a development milestone bringing powerful new funconality to the Kestrel TSCM Professional Soware. Normal Waterfall Display (WFD) 5 Minutes Kestrel Super Trace (KST) Compression 120 Minutes Specificaons are subject to change without noce Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

14 Automac Export Control (AEC) TM OPT AEC The Kestrel TSCM Professional Soware by design supports Remote Spectrum Surveillance and Monitoring (RSSM) TM for a wide range of unaended field deployment applicaons. The Automac Export Control (AEC) feature is a powerful, budget friendly, oponal OPT AEC add-on module that seamlessly integrates with the Kestrel TSCM Professional Soware, and significantly enhances unaended operaon, by periodically exporng the Automac Threat List (ATL) data to CSV file format on an operator defined, periodic, or event triggered basis. Periodic Export (CSV) The periodic export of MDA SBL CTM HST and / or DAA data is supported based on the selecon of a default AUTO EXPORT value of hours. Alternately, the operator may define any custom me value in the format 30 S 30 M 30 H 30 D (seconds, minutes, hours days) to invoke the desired PERIODIC EXPORT me factor value. The operator can select EXPORT ALL meaning all signal events are exported on each export cycle, or ONLY CHANGES meaning only the changes since the last export cycle are exported. The operator can reset the AUTO EXPORT me value, and select EXPORT NOW should the operator not wish to wait for the current AUTO EXPORT cycle to complete. Triggered Export (CSV) The triggered export of DAA EXCEED DAA LOSS NEW MDA NEW SBL NEW CTM and / or NEW HST data, is supported for EXPORT RSSI EXPORT SPECTRA and / or EXPORT IQ to CSV file format. Triggering is a funcon of operator level programming of the Dynamic Alert Annunciator (DAA), Minimum Detecon Amplitude (MDA) threshold, Spectrum Baseline Logging (SBL) threshold, as well as the CTM and HST detecon profiles. The operator is able to define an EVENT PRE / POST BUFFER capture seng value of 100 msec 250 msec 500 msec 1 Sec (Default) 2 Sec 5 Sec and 10 Sec. CSV Table Data Format The ability to define the CSV TABLE DATA FORMAT values for export is supported. The operator is able to independently select the MDA SBL CTM HST DAA table values from, all available table columns, to selecng only those required by the analyst. The operator simply drags the desired values from the available elements to the acve elements window. The operator can remove any acve element by right mouse click, and selecng REMOVE. There is also a RESET defaults and CLEAR buon. Specificaons are subject to change without noce Get a Bird s Eye View of Signal Events Automac Export Control (AEC) TM IQ Recording and Playback Demodulaon Visualizer The technical operator can define the EXPORT directory locaon by selecng the AEC DIRECTORY menu opon located within the FILE menu structure. By default, AEC files will be stored within the default DATA directory, and not in the current Kestrel Project File (KPF). The operator can easily define the desired write storage locaon on any available local storage media, network drive, or cloud storage for easy retrieval and analycal review, and a measure of fail-safe storage. IQ Recording and Playback is a standard feature within the Kestrel TSCM Professional Soware providing the analyst with powerful analycal capability. Record, playback, loop sample, and a CSV to KIQ file conversion ulity are all available, along with real-me IQ FFT displays. Kestrel IQ Record and Playback Building an IQ Sample database has never been this easy! Record and playback IQ sample files captured in the Kestrel IQ (KIQ) or universal CSV file format and easily convert CSV files to KIQ format. Kestrel TSCM Professional Soware Advancing the Art and Science of Technical Security

15 Audio Demodulaon and Analysis The Kestrel TSCM Professional Soware provides a fully supported capability for demodulang AM, AM-USB, AM-LSB and FM, analog Signals of Interest (SOI). Our Drag and Drop technology allows any signal list event, to be dropped directly to the demodulaon control group, from any populated signal list entry, including the Dynamic Alert Annunciator (DAA) TM, and Harmonic Calculator Tool TM. Kestrel Demodulaon Visualizer The demodulaon visualizer includes and RF Spectrum Display (RFD), Audio Spectral Density (ASD), IQ Diagram (IQD), IQ Vs Time Display, RSSI History Display (RHD), and analog RSSI Display (ARD). An Audio Oscilloscope Display (AOD), and AF Spectrum Display (ASD) visualizes baseband signal representaons including the presence of embedded sub-carriers. Controls are provided for squelch, volume and audio mung. IF Filter Control (IFC) During the demodulaon process, various baseband filter opons compable with the currently selected IF Bandwidth (IFBW) are dynamically generated. The filter value is visually displayed within the AF Spectrum Display (ASD) and applied to the demodulated audio stream. Kestrel Wave Recorder (KWR) TM The Kestrel Wave Recorder (KWR) TM permits the operator to record audio samples for further technical analysis, inclusion in reports, and for training purposes. RSSI Tone Locator (RLT) TM The RSSI Tone Locator (RLT) TM provides an amplitude sensive audio alert tone that can be ulized independently, or simultaneously over the originang audio, for emier localizaon. Demodulaon Rx Hand Off The ability of the operator to dynamically hand-off the demodulaon process to any other supported search receiver or analyzer is supported. This essenal feature permits the operator to ulize a dedicated, receiver or analyzer, for the demodulaon and analysis process, while allowing the search receiver to connue uninterrupted capture. Powerful Audio Demodulaon and Signal Visualizer Tools Frequently Asked Queson! Q How does the dual receiver hand-off work? A Our dynamic receiver hand-off capability extends to both the spectrum and demodulaon process. It is not limited to dual receiver applicaons, and supports mulple receivers. For example, it is possible to connect a Signal Hound BB60C, ThinkRF WSA5000, and any other supported receiver, or analyzer, and dynamically hand-off the spectrum sweep and demodulaon process across any connected device in real-me. Simply select the hand-off receiver, and the process is handled by the soware without data loss. Communicaon Receiver Mode (CRM) The normal pracce is to establish a Kestrel Project File (KPF), and then demodulate any Signals of Interest (SOI) from within the runme environment. However, it is also possible to simply open the applicaon window, and directly enter the Center Frequency (CF) of interest and acvate the demodulaon and visualizaon process to listen and visualize the signal. Agile, Operator Centric, and Work Flow Oriented! Specificaons are subject to change without noce Kestrel TSCM Professional Soware Well Posioned to Hunt in a Complex Signal Environment

16 Signal Detecon, Idenficaon, and Analysis The ability of the Kestrel TSCM Professional Soware to capture, and display near-field Signals of Interest (SOI) allows the technical operator to quickly idenfy the presence of potenally hosle signal events and immediately proceed to locate the actual source of the emission. Locang and neutralizing hosle emiers is the primary deployment objecve. The analysis of any actual intelligence contained within the radiated transmission or stored within the device is generally a secondary consideraon. Channel Profile Mask (CPM) TM The ability to clearly idenfy official bandwidth specific allocaons at the signal and / or band level, promotes exceponal situaonal awareness, allowing the technical operator to focus on the idenficaon of potenally hosle signal events, and ignore known friendly signals. Peak Capture Envelope (PEC) TM The ability to capture and display the ambient RF spectrum environment in a peak capture mode over a period of me, allows the operator to not only detect, but clearly idenfy the presence of Frequency Hopping Spread Spectrum (FHSS) signals, even when these operate near the ambient noise floor. Oen, the signal will hop at a rate that is difficult to observe within the Real-Time Event (RTE) trace, but will be easily idenfiable using the peak capture mode. Out of Band (Hosle) Signals When the technical operator ulizes the Channel Profile Mask (CPM) capability, the presence of potenally hosle, out of band emiers are easy to idenfy as operang within the spectrum. Near-field emiers will oen exhibit harmonic characteriscs. Even when their fundamental frequency lies within a legimate band allocaon, the radiated harmonics will fall outside, thereby providing opportunies to for detecng and idenfying signals of interest. The displayed signal event (right side of display) is actually the second harmonic of a fundamental frequency in the UHF band. Real Time, and Post Event Analysis, with LVA Technology DECT 6.0 Wireless Microphone Frequency Hopping Spread Spectrum (FHSS) MHz ISM Band Out of Band Emier (2nd Harmonic) - Audio Tx Carrier Current Transmiers (CCT) The existence of Carrier Current Transmiers (CCT), Broadband Power Line (BPL) emiers, including signals using advanced modulaon types such as OFDM, is easily demonstrated using the Kestrel TSCM TM Professional Soware. Signal Display and Capture Wi-Fi, Bluetooth, ZigBee, FHSS, DSSS, OFDM, ATSC, NTSC, GSM, CDMA, LTE, FSK, OOK, and many other signals types, can be captured and displayed. Text Carrier Current Transmier (200 khz) Specificaons are subject to change without noce Kestrel TSCM Professional Soware Well Posioned to Hunt in a Complex Signal Environment

17 DSA Trace Limit (DTL) The Kestrel TSCM Professional Soware supports operator defined runme DSA trace count limit automaon. This feature allows the operator to complete other inspecon related tasks, while the Kestrel soware automacally stops (locks) runme collecon aer compleng the specified number of Differenal Signal Analysis (DSA) traces for the current antenna collecon locaon. Event User Alarm Acvity Scheduler DTL is supported by an event process alarm that nofies the operator when the programmed DSA collecon for the current antenna locaon is complete. The operator can manually over-ride the locked status and connue collecon, or relocate to the next DSA Locaon. This feature is part of the Acvity Scheduler and therefore can be programmed to respond to any scheduled events programmed by the operator. Precision Navigaon Horizontal Range Control (HRC) One of the many key design capabilies of the Kestrel TSCM Professional Soware is the powerful operator centric, Posional Zoom Control (PZC). The HRC feature is yet another innovave milestone within the Kestrel TSCM Professional Soware, that significantly enhances rapid, precise spectral navigaon. The technical operator can add, edit, maintain, or delete, any number of unique Spectrum Profile Files (SPF), which are ulized to set the search receiver or spectrum analyzer to specified user-defined bands, frequency blocks, spectrum allocaons or channels. The HRC feature takes advantage of the SPF database and turns it into a powerful Horizontal Range Control (HRC) navigaonal tool. The technical operator can select any of the available HRC menu opons which directly reflect the SPF database content to precisely navigate to any SPF Range of Interest (ROI). DSA ICON Colour Eding The ability to change the colour of any displayed DSA ICON is supported, allowing the technical operator to edit the default colour representaon displayed within the DSA window. This is an important feature when imporng historical DSA trace data from other project files. Run Mulple Instances of Kestrel The ability to run mulple instances of the applicaon is supported, allowing the technical operator to maintain an acve runme session and work with one or more historical files outside of the runme instance, for review, analysis, or report generaon on the same host computer. IQ Recording IQ Playback IQ Loop The operator is able to Capture, Record and Playback real-world signal events during runme and post-event review and analysis. Controls for RECORD IQ PLAYBACK IQ and LOOP IQ samples are located within the Demodulaon Visualizer control group window. RECORD IQ writes the IQ sample to a Kestrel IQ (KIQ) or CSV file format, with a dynamically formaed File Naming Convenon (FNC). The PLAYBACK IQ capability allows the operator to select a previously captured historical KIQ or CSV file and PLAYBACK the visualizer trace and demodulated audio content within the Kestrel Demodulaon Visualizer control group, even without a RX connected. The LOOP feature, allows the IQ sample to run as a connuous repeang LOOP to enhance analysis (visual and audio content). Dynamic Source Transfer (DST) TM supports the capability of the operator to hand-off between LIVE AUDIO and any historical KESTREL IQ (KIQ) or CSV file. IQ Record and Playback of Spectra and Demodulated Audio Samples Specificaons are subject to change without noce Kestrel TSCM Professional Soware Tomorrows Soware Today!

18 Bluetooth and WI FI Detecon The ability of the Kestrel TSCM Professional Soware to acquire and display WI-FI and Bluetooth signals within the immediate target area enables the technical operator to determine whether a signal originates from within the target area, or from outside, locate the emier, and verify its origin and purpose. The Waterfall Display (WFD) verifies the presence of WI-FI and Bluetooth emiers operang within the ambient spectrum environment. The Kestrel Channel Profile Mask (CPM) TM provides the technical operator with a clear channel occupancy paern, as illustrated across the enre ISM 2400 MHz band down to the Bluetooth channel level. Bluetooth WI-FI Channel Bluetooth Kestrel TSCM Deployment Methodology The Kestrel TSCM Professional Soware addresses a major capability gap by offering a low cost, operator centric and work-flow oriented applicaon. 1 Deploy Agile soware with extensive applicaons: Tradional operator assisted TSCM; Unaended, managed Remote Spectrum Surveillance and Monitoring (RSSM) TM ; Basic Test & Measurement; Educaonal Instuons and Training; Spectrum Analysis and Analycs; Tesng and Evaluaon of Technical Surveillance Devices (TSD) and other RF devices. 2 Detect and Capture Runme capability of days, weeks, or months; Capture spectrum data for real-me and post-event analysis and review; Manage long-term storage of spectrum data. 3 Analyze and Idenfy Live View Analysis (LVA) TM funcons in parallel with real-me data collecon; Runme and post event analysis, historical file review, with trace import capability; Export data for post event analysis, ulizing other resources. 4 Confirm Demodulaon capability and visualizer for real-me analysis of signal events. 5 Locate Emier localizaon ulizing RSSI based Direcon Finding (DF) techniques. 6 Neutralize Quickly neutralize hosle emiers. 7 Report Generate custom, runme, or post capture session reports with support for images, photographs, and floor plans. Specificaons are subject to change without noce Broadband Over Power Line (BPL) - 2 MHz to 28 MHz Kestrel TSCM Professional Soware A Trusted Brand Worldwide! Since 1979, the principals of Professional Development TSCM Group Inc. have provided professional Technical Surveillance Countermeasures (TSCM) services to individuals, private businesses, corporaons, crown corporaons government agencies, law enforcement, and military organizaons worldwide. Our brand and credibility reflect our solid record of achievement: Professional Technical Security (TSEC) Services; TSS Cerficaon Training Program; Development of the TSB 2000 (Technical) Standard TM ; Innovave TSCM soware Development. Kestrel TSCM Professional Software comes with excellent technical support, a detailed Software Programming and Operation Manual (SPOM), and our (optional) 3 Day resident based Kestrel Technical Operator Certification Program Kestrel TSCM Professional Soware Well Posioned to Hunt in a Complex Signal Environment