![]() ![]() Once enlisted in a bad guy’s cyber army, a commandeered computer can take part in a few different kinds of DDoS attacks. Another contributing factor is the endless supply of poorly secured PCs, servers, and IoT devices which provide more and more systems which are easily hacked and added to their botnets. Some hackers rent out their botnets, offering DDoS-as-a-service on the black market, which provides them with an additional revenue stream. Some hackers rent out their botnets, offering DDoS-as-a-service on the black market, which provides them with an additional revenue stream.ĭDoS attacks are getting both worse and easier to execute, thanks to the rise of botnets – large armies of hacked computers which follow the orders of their hacker commanders. Like other cyber attacks, the underlying motivations may be financial (threatening a DDoS attack against a business in order to collect a ransom payment is a popular reason), or even political (the hacktivist group Anonymous is fond of DDoSing its enemies). The use of a massive number of computers in a DoS attack to gang up on one target is called a “distributed” DoS, or DDoS for short. Yet when hundreds or even thousands of computers send attack traffic to a single target website, the ratio of attacking computers to victim systems (sometimes just one) is so lopsided that the target computer is rendered unusable. Our scenario of one computer successfully overwhelming another is a bit far-fetched, as even basic blog hosting services can satisfy that demand. If that computer is being intentionally commanded to flood your blog, then you have a denial of service (DoS) attack: a bad actor is using a torrent of data to knock you offline and prevent you from sharing your ideas with the world. ![]() However, that service can be denied by many outside causes, like a critical internet backbone cable being cut, or some other computer on the Internet overwhelming your blog with so many requests for data that your server is overwhelmed by the demand, and slows down for all visitors. That obscure blog on post postmodernist influences on Silicon Valley office furniture that you maintain? It’s made possible by a computer offering a web server application like Apache or Ngnix, and the server provides the service of sending web pages and insomnia-curing essays to the web visitors who request to access your blog. Each of those things is a category of a service which a computer can offer to others connected on the Internet. Access deniedĪside from watching cat videos, the principal reason for the Internet is for people to be able to share information, opinions, creative works, and even commerce with each other across the globe. Before we discuss the many forms these Distributed Denial of Service attacks take, let’s first spell out what DDoS means. You know what else comes in many forms and has almost as many capital letters? The answer is DDoS, the cirrhosis on the liver of the Internet. And while some of them are easily prevented by vaccines, all of them are downright awful. * Yandex.Disk needs an app-specific password when 2FA is enabled.The liver disease Hepatitis comes in five flavours: A, B, C, D, and E. * pCloud disables WebDAV access when 2FA is enabled. * ownCloud needs an app-specific password when 2FA is enabled. ![]() * Nextcloud needs an app-specific password when 2FA is enabled. * MagentaCLOUD needs a separate protocol password for WebDAV access. * Koofr needs a separate app password for WebDAV access. * kDrive disables WebDAV support for free users. If 2FA is enabled, generate app-specific-password ![]() * Disroot: To login you must provide your disroot user_name (or your email if using with own domain) and password. * Box disables WebDAV access when TOTP-based 2FA used. This is a list of the most common WebDAV URLs you need to enter into the iOS and Android app if you want to connect to your cloud storage service. ![]()
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