Artificial intelligence is redefining the landscape of signal reconnaissance. By integrating AI-driven speaker recognition and speech analytics, intelligence units can process vast volumes of intercepted communications faster and more accurately than ever before.
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The following operational scenario explains how, using rapid reprogrammingtechniques, deployed Teams can develop these user-definedrecognizers to include a Signal-Of-Interest’s demodulated content, thereby increasing the effectiveness & reliability of the recognizer beyond simple analysis & reporting of the signal’s modulation parameters. Read more …
In the first part of this article (Signal Analysis - The key in updating radio monitoring systems), we discussed the importance of signals analysis for modern radio signals monitoring systems. This article focuses on the analysis methods used and how they work.
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Our R&D Team has recently developed & successfully field-tested a decryption engine for the ARC4 stream cipher. Our end-user groups are already aware that go2signals can auto-decrypt/descramble DMR networks' 'Basic Privacy' modes such as ‘Motorola Basic’, ‘Hytera Basic’ & ‘Alinco Normal’.
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Modern radio monitoring solutions prosecute complete radio frequency bands byprocessing hundreds of emissions simultaneously and fully automatically; These automatic methods are not always able to process the signals completely; This is where expertise in radio signal analysis comes into the play. Based on signal recordings, experts use special software applications with in-depth analysis methods for further processing. PROCITEC‘s Signal Analyzer software solution was newly developed especially for this application.
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Artificial intelligence (AI) has long been on the rise in a variety of fields. In automatic image and speech recognition, for example. For this reason, we at PROCITEC GmbH began some time ago to investigate and successfully apply AI techniques as part of the further development of our Communications Intelligence (COMINT) and Radio Reconnaissance solutions to suit our customers’ Capability Development (CAPDEV) needs.
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The objective of the survey is how Tactical Units, even when overburdened, can rapidly improve their understanding of the local RF environment, and to inform their related planning and development of Tactics, Techniques & Procedures.
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PROCITEC is awarded as one of the top 10 electronic warfare system providers in Europe by Aerospecae & Defense Review. Aerospace &Defense Review sees us at the forefront of providing Electronic Warfare solutions and impacting the marketplace. Read the interview with our CEO Jens …
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This Case Study describes the techniques & procedures employed by the go2signals Operator to successfully recognize, demodulate, decode & report V/UHF FM Push-To-Talk Clear-Speech emissions, when these emissions are also carrying ‘Continuous Tone Coded Squelch System’ (CTCSS) sub-audio tones. Read more …
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go2MONITOR-ALERT is a software-app offering a low-SWaP Communications Threat-Warner capability for use in the maritime space. The app enables “no warrant required” Electronic-Surveillance (ES) derived Indications & Warnings (I&W) for manned platforms such as Off shore Patrol Vessels (OPVs) & Fast Patrol Boats (FPBs), & Unmanned Surface Vehicles/Vessels (USVs) during Maritime Security Operations (MSOs). Read more…
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Global use of V/UHF professional/land mobile radio (P/LMR) networks reached a milestone in 2017, when for the first time the number of trunked V/UHF digital voice networks exceeded the number of trunked analog voice networks. Understandably, ES teams have become much more familiar with tracking standard V/UHF FM PTT over the past two decades. Nonetheless, MPT-1327 systems continue to be marketed by vendors, and the specific old V/UHF trunked radio protocol is still in use worldwide. Read this article to refresh your knowledge about MPT-1327.
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