Know how to rub the network card
"Rub network card" is a WiFi Wireless LAN network card, compared with the standard wireless network card, mainly has the following characteristics:
1. High transmitting power
China does not appoint the antenna gain less than 10dBi of 2.4GHz Wireless LAN products equivalent total radiation power (EIRP) must be less than or equal to 100mW, the EU CE Certification standard also stipulates 2.4GHz Wireless LAN products equivalent total radiated power (EIRP) to be l
address filtering does not achieve the purpose of control. Therefore, IT must find ways to prevent unacceptable risks or costs while ensuring secure use.
Control embedded Wi-Fi devices with WPA2-Personal
In the embedded wireless LAN Device Access control method, WPA2-Personal is a method that is often ignored: Pre-Shared Key (PSK) Authentication and AES encrypti
limited by the driver. But on Mac OSX and Linux, Kismet can be compatible with many wireless cards.Third, WiFi AnalyzerWiFi Analyzer is a free Android app that can be used to search for AP hotspots on Android tablets and Android phones. WIFI Analyzer can display AP specific information on the 2.4GHz band, as well as devices on some 5G bands. You can send the AP information list (XML file) to the mailbox or other programs, or to the screen, WiFi Analyzer can graphically display the signal streng
others to know what they have written, in this way, only emails with protection level can be seen only when the envelope is damaged. This is like cracking the wireless network password. Then, EMS is like high-level wireless network encryption mode, it can greatly protect the security of wireless network information transmission.
Wireless encryption options in wireless routers
Currently, the wireless router has the following encryption modes: WEP, WPA-P
small and medium-sized enterprise networks or home users, WPA also provides a simplified mode that does not require dedicated Authentication servers. This mode is called "WPA pre-shared key (WPA-PSK)", which requires only one key in advance on each WLAN node (AP, wireless router, Nic, etc.This key is only used for authentication, not for data transmission encryption. The data encryption key is dynamically generated after authentication. The system wi
) , the fetch succeeds, the person jumps to the sixth step , to be re-crawled:Seventh step, enter command air-crack start hackThe parameter bc:46:99:df:6c:72 after-B refers to the BSSIDof the NIC, and one of the last file paths is the data that was heard in the previous stepsudo aircrack-ng-w dict.txt-b bc:46:99:df:6c:72/tmp/airportsniffdamcjh.capAs long as the dictionary is big enough, the password break out should be around the corner, the dictionary can do it yourself, or download onlineCan y
page, you can choose whether to disable the wireless security function.
A. If you do not need to enable the wireless security feature, check the disable wireless security option to disable the wireless security feature.
B. If you need to enable wireless security, select one of the three security types on the page for wireless security settings.
This page provides three wireless security types: WEP, WPA/WPA2, and WPA-
To remove Tp-link security prompts, you need to set up encryption first
Basic Tp-link All models of wireless routers have increased the anti-RUB Network security prompts page, which is to resist the increasingly rampant behavior of the network, reminding the vast number of Tp-link users pay attention to wireless network security. As shown in the following figure;
1, set the WPA-PSK/WPA2-
Enterprise Edition requires a radius dial-up server that provides 802.1x authentication.In the Personal Edition, PMK = PSK and PSK are fixed. In subsequent communications, keys change, but the initial keys are fixed. This is the reason why the original four handshake packets can be cracked (the HASH mentioned above is the HASH generated by PSK, and there are oth
disable wireless security option to disable the wireless security feature.
B. If you need to enable wireless security, select one of the three security types on the page for wireless security settings.
This page provides three wireless security types: WEP, WPA/WPA2, and WPA-PSK/WPA2-PSK. Different security types, di
First, the wireless router settings
Tp-link wireless router settings are relatively simple, in the setup process, there are two important parameters to remember:
SSID: The name of the wireless base station, this example is "TP-LINK_6733CA";
Encryption method and key: This example is "WPA2-PSK" encryption, the key is "12345678";
The detailed setup process can refer to the product specification or referen
server to provide certification for 802.1x.
The PMK=PSK,PSK in the Personal edition is fixed. Although in subsequent communications, the key is changed, but the initial key is fixed. This is why the original four handshake packets can be cracked (the hash mentioned above is the generated hash of the PSK, and there are other hash calculations in the four handsha
only crack WEP encryption, for the use of WPA-PSK/WPA2-PSKAES encryption wireless router is powerless, so as long as you choose the appropriate encryption method, it can prevent malicious network attacks.
Second, how can we prevent network attacks? The above describes the features of the "ENI" and it is easier to prevent network attacks.
All TP-LINK wireless routers support WPA-
risks. The application of WPA encryption protocol solves this problem. WPA is used to build a wireless network copper wall. Due to the security risks of WEP, some home users use WPA with higher security. WPA (Wi-Fi Protected Access) is short for "wireless protection Access". It changes the key generation method and enhances the key generation algorithm, WPA effectively solves the deficiencies in WEP encryption applications because it uses more frequent key conversion methods to achieve higher s
Wi-Fi is inherently vulnerable to hacker attacks and eavesdropping. However, if you use the correct security measures, Wi-Fi can be safe. Unfortunately, the site is full of outdated advice and misunderstandings. Here are some of the things you should do and shouldn't do in Wi-Fi security.
1. Do not use WEP
WEP (Wired Equivalent encryption protocol) security has long been dead. Most inexperienced hackers can quickly and easily break through basic encryption. Therefore, you should not use WEP at
Objective:Raspberry Pi has a variety of networked ways, either via a wired network or via a wireless network. Through the wired network connection is relatively simple, in the DHCP-enabled router, directly plug in the network cable can be networked, this article introduces the way of the Raspberry Pi wireless networking. Without the network, if there is no screen and other peripherals, through the serial connection is a relatively simple and effective way.Scan WiFi:Use the following command to s
Wi-Fi is inherently vulnerable to hacker attacks and eavesdropping. However, if you use the correct security measures, Wi-Fi can be safe. Unfortunately, the site is full of outdated advice and misunderstandings. Here are some of the things you should do and shouldn't do in Wi-Fi security.
1. Do not use WEP
WEP (Wired Equivalent encryption protocol) security has long been dead. Most inexperienced hackers can quickly and easily break through basic encryption. Therefore, you should not use WEP
1, the login router settings interface.
Open a Web browser, in the browser's address bar to enter the IP address of the router: 192.168.1.1, you will see the following image of the login interface, enter the username and password (username and password of the factory defaults are admin), click OK button.
2, after the login click on the left menu bar wireless Settings-Wireless security settings as shown in the following figure.
3, click the Wireless security settings ap
Wi-Fi is inherently vulnerable to hacker attacks and eavesdropping. However, if you use the correct security measures, Wi-Fi can be safe. Unfortunately, the website is filled with outdated advice and misunderstandings. Below are some things that should be done and should not be done in Wi-Fi security.
1. Do not use WEP
WEP (Wired Equivalent encryption protocol) security has long been dead. Most inexperienced hackers can quickly and easily break through basic encryption. Therefore, you should not
802.11i. It uses TKIP (temporary Key Integrity Protocol ), it uses the encryption algorithm RC4 used in WEP, so it does not need to modify the hardware of the original wireless device. WPA has the following problems in WEP: IV is too short, key management is too simple, and there is no effective protection for message integrity. The network security is improved through software upgrade.
WPA specifies two application modes: Enterprise mode and home mode (including small office ). Based on the tw
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