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Advanced Protection requires security keys for sign in to help protect your Google data, like emails, documents, contacts, or other personal Google data. Even if a hacker has your username and password, they can't sign in without your security key.

The Hybix DVR Series is a complete line of ultra flexible digital recorders designed for high performance requirements. The embedded Linux operating system provides a safe and secure alternative to Windows based platforms that are commonly targeted by hackers and PC viruses because of the standardized coding. Due to the wide variation of modified and customized Linux kernels, Linux operating systems are less often target by virus producers which makes it a great option for long term, secure environments. Because of the high level of security provided by open source, customized Linux systems, it is utilized by military, government and consumer electronics manufactures that require a simple and effective back-end for GUI based systems. Cortex® Security provides these solutions for many of applications described.

Despite all the press in the security community, many operators never bother to install the latest firmware onto their surveillance cameras. So, this flaw is an issue that even novice hackers will likely continue to leverage.

Password attacks are one of the most common forms of corporate and personaldata breach. A password attack is simply when a hacker trys to steal yourpassword. In 2020, 81% of data breaches were due to compromisedcredentials.Because passwords can only contain so many letters and numbers, passwords are becoming less safe. Hackers know that manypasswords are poorly designed, so password attacks will remain a method ofattack as long as passwords are being used.

Phishing is when a hacker posing as a trustworthy party sends you a fraudulent email, hoping you will reveal your personal information voluntarily. Sometimes they lead you to fake "reset your password" screens; other times, the links install malicious code on your device. We highlight several examples on the OneLogin blog.

Man-in-the middle (MitM) attacks are when a hacker or compromised system sits in between two uncompromised people or systems and deciphers the information they're passing to each other, including passwords. If Alice and Bob are passing notes in class, but Jeremy has to relay those notes, Jeremy has the opportunity to be the man in the middle. Similarly, in 2017, Equifax removed its apps from the App Store and Google Play store because they were passing sensitive data over insecure channels where hackers could have stolen customer information.

If a password is equivalent to using a key to open a door, a brute force attack is using a battering ram. A hacker can try 2.18 trillion password/username combinations in 22 seconds, and if your password is simple, your account could be in the crosshairs.

A type of brute force attack, dictionary attacks rely on our habit of picking "basic" words as our password, the most common of which hackers have collated into "cracking dictionaries." More sophisticated dictionary attacks incorporate words that are personally important to you, like a birthplace, child's name, or pet's name.

If you've suffered a hack in the past, you know that your old passwords were likely leaked onto a disreputable website. Credential stuffing takes advantage of accounts that never had their passwords changed after an account break-in. Hackers will try various combinations of former usernames and passwords, hoping the victim never changed them.

Keyloggers are a type of malicious software designed to track every keystroke and report it back to a hacker. Typically, a user will download the software believing it to be legitimate, only for it to install a keylogger without notice.

For example, in 2015, Miller and Valasek [3] remotely hacked a traveling Jeep Cherokee to control the audio, windshield wipers, steering and braking, revealing that an unprepared cybersecurity system can threaten driver safety. Furthermore, in 2016 and 2017, Keen Security Lab [4] hacked a Tesla vehicle to demonstrate security threats and potential attacks related to connected vehicles. Typically, connected vehicles are a closed environment that only accepts remote control commands in an authorized communication path, such as a server built by the manufacturer or dedicated applications published by the manufacturer. In a closed environment, unauthorized commands are blocked. However, recent self-driving vehicles share their control signals and internal data with not only the controllers inside the vehicle, but also various unspecified vehicles, infrastructures, and smart devices outside the vehicle in real time. Thus, vehicle network protection should be prioritized in open environments.

In the paradigm of vehicle-to-everything communication, communicating with a specific device is termed vehicle-to-device (V2D) communication [7]. Android-based smartphones are typical devices that communicate with a vehicle. Services that identify vehicle operational information or diagnose vehicle abnormalities via a smartphone are classified as performing V2D communication. Initially, to carry out these functions, vehicles were directly connected to an external device outside the vehicle through a universal serial bus connector or Bluetooth, and the data on the device were used. Because a direct wired connection from the vehicle to the device occurred only if the target vehicle was physically occupied, a hacker could not directly control multiple vehicles remotely, even if the vehicles were successfully stolen. Since then, vehicle manufacturers have installed telematics control units (TCUs) or connectivity control units (CCUs) in vehicles and implemented interfaces for remote control of vehicles that include communication functions. In addition, this service is not limited to the original equipment manufacturer. Global telecommunication companies or Internet of Things device manufacturers can also install Long-Term Evolution communication modules on the on-board diagnostics II terminal to collect and manage various data inside the vehicle. When the vehicle is connected to a server or smartphone through such a communication module, information from the vehicle can be transmitted externally. Similarly, it is also possible to control the vehicle by injecting commands to the vehicle from the outside. A connection to a smartphone or external communication device is used not only for convenience services such as music playback and navigation, but also for important functions for updating the vehicle software. If a connection is unauthorized or infected by malicious codes, it can be a serious security threat to the vehicle network. Therefore, security technology to protect the vehicle software and network is essential in V2D communication. 2b1af7f3a8

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