Krízový manažment

Permanent URI for this communityhttps://drepo.uniza.sk/handle/hdluniza/30

Časopis krízový manažment vychádza pravidelne 2 krát za rok. Články sú do časopisu príjmané priebežne. Uzávierky do nasledúceho vydania nového čísla časopisu sú vždy do 15. marca a do 15. októbra. Tabuľka Akceptácia článkov prebieha na základe posúdenia článkov nezávislými oponentmi a rozhodnutia redakčnej rady. Redakcia časopisu akceptuje iba pôvodné články, ktoré ešte neboli uverejnené v žiadnom inom médiu a sú napísané v textovom editore MS Word, rozsah článkov by nemal prekročiť 10 strán formátu A4 a musí byť v súlade so schválenou šablónou, bez číslovania strán. Proces posudzovania článkov sa realizuje formou „Double-blind peer review“.

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    Možnosti využitia dronov bezpečnostnými manažérmi pri ochrane objektov
    (University of Žilina, 2024) Veľas, Andrej; Boroš, Martin
    This article primarily focuses on the physical protection of objects through the use of drones, which falls under the category of security management. The aim of this article is to describe possible methods for property protection with drones or robots and to discuss the advantages, disadvantages, and barriers to their use. During the COVID-19 pandemic, security managers had to address the shortage of personnel affected by COVID-19 or involved in testing and controlling individuals entering facilities. They could not compensate for this shortage with regular employees. Moreover, due to the rising labor costs, they are still seeking effective ways to secure building perimeters. An interesting and promising solution is the use of drones, which is not as simple as it may initially appear. The article contains an analysis of aspects related to the use of drones for property protection from the perspective of opportunities, risks, and protection against their misuse.
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    Systém odbornej prípravy pracovníkov súkromných bezpečnostných služieb
    (University of Žilina, 2024) Zvaková, Zuzana; Boroš, Martin
    The article describes the content of the concept of private security and the tasks of the personnel in charge of physical protection under the Private Security Act. The aim of the article is to describe the training system of private security staff set up by law and to identify shortcomings in this system. The training is described through the professional topics that are the content of the training and the associated hourly subsidy. The weaknesses in the system are then described in relation to the private security service, to the customer and to the physical security staff. The article is prepared within the project KEGA 036ŽU 4/2022.
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    Testovanie mechanických zábranných prostriedkov v podmienkach Fakulty bezpečnostného inžinierstva Žilinskej univerzity
    (University of Zilina, 2021) Boroš, Martin; Mach, Vlastimil
    The authors describe the conditions for implementing the tests of mechanical barriers that can be used to protect protected objects. They describe examinations that can be performed directly in the conditions of the Department of Security Management of the Faculty of Security Engineering of the University of Žilina. Moreover, they also present other tests of mechanical barriers, which are not feasible at the Faculty due to insufficient equipment of the test areas. These tests are performed at Certest s.r.o. Žilina - Bytčica, with whom the Department has been cooperating for a long time in organizing various events, including a regular workshop Security Forum.
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    Návrh monitorovacieho zariadenia pomocou platformy arduino
    (Žilinská univerzita v Žiline, 2020) Boroš, Martin; Lettrich, Erik
    Car monitoring is a used way of saving company funds intended for the operation of the company's vehicle fleet, as it is possible to monitor the speed and driving position of a company car through it. There are several companies on the market providing vehicle monitoring for a flat fee. In this case, the device is still the property of a third party. As part of the scientific research activities of the Department of Safety Management, the Faculty of Safety Engineering and within the grant call of the University of Žilina, we decided to create a proposal for our own monitoring equipment. We used the Arduino platform and its components for the design itself. We implemented the design on a theoretical as well as a practical level. The theoretical level consisted in creating a graphic design of the connection and the practical level was realized by the actual connection of the system.
(c) Fakulta bezpečnostného inžinierstva http://fbi.uniza.sk/index.php/o-casopise