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Table 4. Created scenarios for attack tests. It was used in Windows and Kali operating systems during the attacks on scenarios. Kali operating system has been preferred for the use of the tool (Aircrack, Bully, coWPAtty, Fluxion, Fern, Wifite, MDK3) for attacks on wireless domains [10]. In order to see the effects on the end-user size, some attacks were made in the Windows 10 operating system. External USB wifi adapter is used to scan and explore wireless networks on computers.

Table 4 Created scenarios for attack tests. It was used in Windows and Kali operating systems during the attacks on scenarios. Kali operating system has been preferred for the use of the tool (Aircrack, Bully, coWPAtty, Fluxion, Fern, Wifite, MDK3) for attacks on wireless domains [10]. In order to see the effects on the end-user size, some attacks were made in the Windows 10 operating system. External USB wifi adapter is used to scan and explore wireless networks on computers.

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The Attack Methodology to Wireless Domains of Things in Industry 4.0 Ahmet Ali SUZEN", Mehmet Ali SIMSEK?, Remzi GURFIDAN’, Kiyas KAYAALP*
The Attack Methodology to Wireless Domains of Things in Industry 4.0 Ahmet Ali SUZEN", Mehmet Ali SIMSEK?, Remzi GURFIDAN’, Kiyas KAYAALP*
Table 1. Technical specifications of wireless network standards. Security is provided with the standards developed in wireless network connections. In network devices, different encryption systems have been implemented for the safety of wireless networks from the early years to the present. The encryption standards used for wireless networks are shown with technical specifications in Table 2. Wifi, known as wireless networks, is actually a radio communication standard developed by the IEEE as 802.11 in 1997. The 802.11 wireless LAN standard has become inadequate with the emerging technology and 802.1 1a, 802.11b, 802.11g, 802.11n, 802.1lac standards have been developed [7]. The technical specifications of the standards published by the IEEE are shown in Table 1.
Table 1. Technical specifications of wireless network standards. Security is provided with the standards developed in wireless network connections. In network devices, different encryption systems have been implemented for the safety of wireless networks from the early years to the present. The encryption standards used for wireless networks are shown with technical specifications in Table 2. Wifi, known as wireless networks, is actually a radio communication standard developed by the IEEE as 802.11 in 1997. The 802.11 wireless LAN standard has become inadequate with the emerging technology and 802.1 1a, 802.11b, 802.11g, 802.11n, 802.1lac standards have been developed [7]. The technical specifications of the standards published by the IEEE are shown in Table 1.
Table 2. Authentication methods used in wireless networks. The Internet of things is smart and manageable devices connected to each other via networks. It is used in many areas ranging from household appliances to industry in Industry 4.0 and smart society concepts [8]. Communication technologies used to connect their devices and their standards are given in Table 3. These communication technologies
Table 2. Authentication methods used in wireless networks. The Internet of things is smart and manageable devices connected to each other via networks. It is used in many areas ranging from household appliances to industry in Industry 4.0 and smart society concepts [8]. Communication technologies used to connect their devices and their standards are given in Table 3. These communication technologies
Industry 4.0 System Samples Figure 1. The Internet of things wireless network model. A wireless model was created as shown in Figure 1, which performs production and analysis on the data for the realization of the study. In this model, three development cards (Arduino Uno, Raspberry Pi 3, Latte Panda) were used for the Internet of objects. The wireless network configuration of the development cards used has been set. All development cards have been fitted distance, RF and temperature sensors for the creation of the test environment. However, the model that collects data from the external environment and transfers data via the wireless network is established. Data read from the environmental environment is recorded in the Google Firebase database on the cloud server via the wireless gateway. This data is transmitted at intervals of a second. The wireless network security conditions of the modem used in the model that was created as an example for the attack were varied with three different scenarios. These scenarios and precautions have been listed in Table 4. the wireless network is scripted as poor, medium and good depending on the preferred security options.
Industry 4.0 System Samples Figure 1. The Internet of things wireless network model. A wireless model was created as shown in Figure 1, which performs production and analysis on the data for the realization of the study. In this model, three development cards (Arduino Uno, Raspberry Pi 3, Latte Panda) were used for the Internet of objects. The wireless network configuration of the development cards used has been set. All development cards have been fitted distance, RF and temperature sensors for the creation of the test environment. However, the model that collects data from the external environment and transfers data via the wireless network is established. Data read from the environmental environment is recorded in the Google Firebase database on the cloud server via the wireless gateway. This data is transmitted at intervals of a second. The wireless network security conditions of the modem used in the model that was created as an example for the attack were varied with three different scenarios. These scenarios and precautions have been listed in Table 4. the wireless network is scripted as poor, medium and good depending on the preferred security options.
are often used in the data binding layer, the network layer, the communication layer, and the application layer [9]. Table 3. Communication Technologies of IoT Devices.
are often used in the data binding layer, the network layer, the communication layer, and the application layer [9]. Table 3. Communication Technologies of IoT Devices.
Table 5. Coarse code and output of DHCP and wifi discovery. 4.2. Cyber-attacks on Scenario 1
Table 5. Coarse code and output of DHCP and wifi discovery. 4.2. Cyber-attacks on Scenario 1
Table 7. WPS attack outcomes.
Table 7. WPS attack outcomes.
Table 8. Attacks on scenarios and their effects. As a result, it is expected that the devices participating in the internet space of the existing things will not be able to shut down their weaknesses even if security is taken. In order to solve the problem, standards need to be developed in the network of things with including confidentiality, security policies, authorization, integrity, and encryption systems.
Table 8. Attacks on scenarios and their effects. As a result, it is expected that the devices participating in the internet space of the existing things will not be able to shut down their weaknesses even if security is taken. In order to solve the problem, standards need to be developed in the network of things with including confidentiality, security policies, authorization, integrity, and encryption systems.
Tablo 1. Olusturulan senaryolar. Farkh saldiri tiirlerin uygulanmasi igin 6ncelikle hedef kablosuz agin IP adresini tespit edilmistir. Bunun i¢gin Kali isletim sistemindeki aircrack araci ile harici wifi adaptortinii izleyici modunda kullanilmistir. Adaptériin ¢ekim alani icerisinde bulunan tiim kablosuz erisim noktalarmin adi, MAC adresi, sifreleme tirii gibi bilgiler toplanmistir. Kablosuz erisim noktalarinda DHCP kesfi yapilarak IP adresleri listelenmistir. Elde edilen tiim bilgiler daha sonra kablosuz aga yapilacak saldini ve dinleme yéntemlerinde kullanilacaktir. Uc senaryoda kablosuz agin sifreleme yéntemleri farkli secildigi igin wifi taranasi tekrar edilmistir.
Tablo 1. Olusturulan senaryolar. Farkh saldiri tiirlerin uygulanmasi igin 6ncelikle hedef kablosuz agin IP adresini tespit edilmistir. Bunun i¢gin Kali isletim sistemindeki aircrack araci ile harici wifi adaptortinii izleyici modunda kullanilmistir. Adaptériin ¢ekim alani icerisinde bulunan tiim kablosuz erisim noktalarmin adi, MAC adresi, sifreleme tirii gibi bilgiler toplanmistir. Kablosuz erisim noktalarinda DHCP kesfi yapilarak IP adresleri listelenmistir. Elde edilen tiim bilgiler daha sonra kablosuz aga yapilacak saldini ve dinleme yéntemlerinde kullanilacaktir. Uc senaryoda kablosuz agin sifreleme yéntemleri farkli secildigi igin wifi taranasi tekrar edilmistir.
Tablo 2. Saldirilar ve bu saldirilarin etkileri.
Tablo 2. Saldirilar ve bu saldirilarin etkileri.
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