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- Article name
- Cyber resilience of food industry enterprises: identifying potential attack vectors
- Authors
- Sidorin S. Yu., , sarmatsid@yandex.ru, Company "Informzaschita", Moscow, Russia
Blagoveshchensky I. G., , blagvig@yandex.ru, Russian Biotechnology University (ROSBIOTEKH), Moscow, Russia
Soboleva E. A., , soboleva_ss@gmail.com, Russian Biotechnology University (ROSBIOTEKH), Moscow, Russia
Sharmaev V. I., , vadidq@yandex.ru, Moscow Aviation Institute (National Research University), Moscow, Russia
- Keywords
- cyber resilience / information security / network intelligence / Mininet / Nmap
- Year
- 2023 Issue 3 Pages 51 - 58
- Code EDN
- SPFWUB
- Code DOI
- 10.52190/2073-2600_2023_3_51
- Abstract
- This article presents a study that aims to identify critical network services of a food manufacturing facility and assess the possible consequences of successful attacks on those services. The study was conducted using a simulated environment and network scanning tools to assess the overall cyber resilience of the network. A Mininet network emulator was chosen as the research environment, and the Nmap network scanning tool was used to identify devices on the network and find open ports. The network topology, consisting of 22 hosts and 4 switches, represents the different departments of a flour mill: production department, logistics department, sales department, and human resources department. The main takeaway from the experiment is that an attacker could identify all devices on the network and perform a full scan of all open ports on each device, potentially revealing weaknesses in the network. By investigating specific departments within a flour mill infrastructure, the authors identify possible network services that could be used to perform their respective business functions and analyze the potential consequences of exploiting vulnerabilities and a cyberattack on each. The study provides insight into potential attack vectors on food businesses, highlighting areas that require attention to improve network cyber resilience.
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