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Kirill Dmitriev
Kirill Dmitriev

Buy Botnet Ddos Attack



Almost anyone can fall victim to a DDoS attack. They are relatively cheap and easy to organize, and can be highly effective if reliable protection is not in place. Based on analysis of the data obtained from open sources (for example, offers to organize DDoS attacks on Internet forums or in Tor), we managed to find out the current cost of a DDoS attack on the black market. We also established what exactly the cybercriminals behind DDoS attacks offer their customers.




buy botnet ddos attack



Ordering a DDoS attack is usually done using a full-fledged web service, eliminating the need for direct contact between the organizer and the customer. The majority of offers that we came across left links to these resources rather than contact details. Customers can use them to make payments, get reports on work done or utilize additional services. In fact, the functionality of these web services looks similar to that offered by legal services.


These web services are fully functional web applications that allow registered customers to manage their balance and plan their DDoS attack budget. Some developers even offer bonus points for each attack conducted using their service. In other words, cybercriminals have their own loyalty and customer service programs.


Some of the services we identified contained information on the number of registered users, as well as data on the number of attacks carried out per day. Many of the web services offering DDoS attacks claimed to have tens of thousands of registered accounts. However, these figures may be inflated by the owners of services to make their resources look more popular.


The target and its characteristics. A cybercriminal that agrees to attack a government resource will attract customers who are interested in this particular service. The attacker can ask for more money for this type of service than they would for an attack on an online store. The cost of the service may also depend on the type of anti-DDoS protection the potential victim has: if the target uses traffic filtering systems to protect its resources, the cybercriminals have to come up with ways of bypassing them to ensure an effective attack, and this also means an increase in the price.


Attack scenario. Requests for atypical DDoS attacks (for example, the customer may ask the botnet owner to alternate between different methods of DDoS attacks within a short period of time or implement several methods simultaneously) can increase costs.


The average cost of a DDoS attack as a service in a particular country. Competition can cause cybercriminals to raise or lower the cost of their services. They also try to take into consideration the ability of their audience to pay and devise their pricing policy accordingly (for example, a DDoS attack will cost US customers more than a similar offer in Russia).


This means the actual cost of an attack using a botnet of 1000 workstations can amount to $7 per hour. The asking prices for the services we managed to find were, on average, $25 per hour, meaning the cybercriminals organizing DDoS attack are making a profit of about $18 for every hour of an attack.


The clients of these services understand perfectly well the benefits of DDoS attacks and how effective they can be. The cost of a five-minute attack on a large online store is about $5. The victim, however, can lose far more because potential customers simply cannot place an order. We can only guess how many customers an online store loses if an attack lasts the whole day.


It should be noted that DDoS attacks and, in particular, ransomware DDoS have already turned into a high-margin business: the profitability of one attack can exceed 95%. And the fact that the owners of online sites are often willing to pay a ransom without even checking whether the attackers can actually carry out an attack (something that other fraudsters have already picked up on) adds even more fuel to the fire. All the above suggests that the average cost of DDoS attacks in the near future will only fall, while their frequency will increase.


Roaming Mantis (a.k.a Shaoye) is a long-term cyberattack campaign that uses malicious Android package (APK) files to control infected Android devices and steal data. In 2022, we observed a DNS changer function implemented in its Android malware Wroba.o.


In recent years, with the emergence of DDoS-for-hire services (a.k.a. stressers or booters), the barriers to entry for a DDoS attacker has been significantly lowered, offering users the option to anonymously attack any target, for just a few dozen dollars.


Typically, such kits contain the bot payload and the CnC (command and control) files. Using these, aspiring bot masters (a.k.a. herders) can start distributing malware, infecting devices through a use of spam email, vulnerability scanners, brute force attacks and more.


Aside from the obvious threat of increased cybercrime, a key danger of widespread access to extremely capable DDoS services is the growth of a whole new class of cyber-criminals: numerous attackers who require very little knowledge, preparation and resources to cause a high degree of damage.


DDoS attackers undermine the very evolution of the Web, crippling the innovation of young online organizations that are less capable of dealing with DDoS threats and, as a result, far more exposed to DDoS extortion attempts.


Content distribution network (CDN) firm Cloudflare says the botnet behind the biggest distributed denial of service (DDoS) attacks it has recorded has targeted nearly 1,000 of its customers in the past few weeks.


Cloudflare argues Mantis is the next evolution of the Meris botnet, which relied on IoT devices like compromised MikroTik routers to attack popular websites. Thousands of of MikroTik routers were hacked in 2018 and used in DDoS attacks through to 2021.


HTTPS DDoS attacks are more computationally expensive for the attacker and victim due to the cost of establishing an encrypted transport layer security (TLS) connection over the internet, according to Cloudflare.


In the past month, Mantis has launched over 3,000 HTTP DDoS attacks against Cloudflare customers, with 36% of the attacks targeting customers in the internet and telco sector. Other common targets were news organizations and games publishers, but it also targeted websites of organizations in finance, e-commerce and gambling.


Over 20% of the attacks targeted US organizations and over 15% of attacks targeted Russia-based organizations. Other nations targeted but counting for lower than 5% of attacks include Turkey, France, Poland, Ukraine, the UK, Germany, Netherlands, Canada, Vietnam, Cyprus, China, Hong Kong, Brazil, Sweden, Latvia, India and Philippines.


Web-performance firm Cloudflare says it mitigated a record-breaking distributed denial of service (DDoS) attack last week that peaked at 26 million request per second (rps). It was caused by a small but powerful botnet of just 5,067 devices.


This attack didn't originate from compromised low-bandwidth Internet of Things devices like many other DDoS or junk traffic attacks on websites, but rather from cloud service providers, according to Cloudflare.


This attack was over HTTPS, the secure version of the web, similar to a DDoS attack it mitigated in April. As the firm explains, HTTPS DDoS attacks are more computationally expensive for the attacker and victim due to the cost of establishing an encrypted Transport Layer Security (TLS) connection over the internet. Among other things, Cloudflare provides SSL/TLS certificates to website owners.


The attack targeted one customer that used Cloudflare's free plan, which offers DDoS protection, a content delivery network, and an SSL certificate. According to Cloudflare's graph, the attack lasted less than two minutes, climbing to a peak and then fading over the course of 10 seconds.


"We've seen very large attacks in the past over (unencrypted) HTTP, but this attack stands out because of the resources it required at its scale," Cloudflare product manager Omer Yoachimik writes in a blogpost.


This "small but powerful" botnet consisted of 5,067 devices, with each node averaging about 5,200 rps. In 30 seconds it generated 212 million HTTPS requests from over 1,500 networks in 120 countries. It was much more powerful than another botnet Cloudflare tracks, which consists of over 730,000 devices and generates an average of just 1.3 rps per device.


The last two years have seen multiple record-breaking DDoS attacks. Amazon in June 2020 said it mitigated a 2.3 Terabit per second (Tbps) attack, which was measured in packets per second rather than requests per second for HTTP/S. That DDoS abused the CLDAP (Connection-less Lightweight Directory Access Protocol). Microsoft in January said it mitigated a 3.47 Tbps DDoS attack that used the User Datagram Protocol (UDP) in a "reflection attack". Many of the DDOS attacks are the result of intense rivalry between users of popular online games, according to Microsoft.


The DOJ stated the 48 domains they confiscated assisted the customers of DDoS-for-hire platforms in launching massive amounts of DDoS attacks, capable of disabling websites and entire network service providers. A full list of the sites are below and as of this writing, several of these sites are still online.


Booter services and stresser services are advertised on the Dark Web, chat platforms, and Youtube. Payment is accepted through PayPal, Google Wallet, and crypto, with subscription costs varying from a few dollars to hundreds monthly. Prices depend on attack traffic, duration, and amount of concurrent attacks.


Some developers even offer bonus points for each attack conducted using their service. In other words, cybercriminals have their own loyalty and customer service programs. Most DDoS attacks are ordered through full-fledged Web services, which removes the need for direct contact between the two parties.


The cost of a DDoS attack fluctuates based on the target, the duration of the attack and the geographic location of the target. According to The Register, a DDoS attack can cost anywhere from $5 for a 300-second attack to $400 for 24 hours, and the average price for an attack is around $25 per hour. 041b061a72


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