DDoS Protection Statistics


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Ddos Protection Statistics 2023: Facts about Ddos Protection outlines the context of what’s happening in the tech world.

LLCBuddy editorial team did hours of research, collected all important statistics on Ddos Protection, and shared those on this page. Our editorial team proofread these to make the data as accurate as possible. We believe you don’t need to check any other resources on the web for the same. You should get everything here only 🙂

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Top Ddos Protection Statistics 2023

☰ Use “CTRL+F” to quickly find statistics. There are total 48 Ddos Protection Statistics on this page 🙂

DDoS Protection “Latest” Statistics

  • For assaults on Amazon CloudFront, over 99% of infrastructure layer threats identified by AWS shield standard are immediately neutralized in less than 1 second.[1]
  • In 2020, East Asia’s Hong Kong continued to be a favorite target for DDoS assaults, with 41% of all attacks taking place in May and June.[2]
  • In 2020, the majority of assaults were brief, lasting 74% of the time 30 minutes or less and 87% of the time one hour or less.[2]
  • The average daily number of attack mitigations grew by 25% in the first half of 2021 compared to Q4 of 2020.[2]
  • Between Q1 and Q2, the percentage of UDP decreased from 44% to 33%, while the percentage of TCP climbed from 48% to 60%.[2]
  • UDP reduced to 39% of all attack vectors in the first half of 2021, with amplification assaults making up about 11% of all attacks.[2]
  • Due to the concentration of the financial services and casino sectors in these countries, the United States accounted for 59% of attacks, followed by Europe (19%) and East Asia (6%).[2]
  • Assaults on online applications predominated in the first half of 2021, with TCP attacks accounting for 54% of all attack vectors, primarily TCP, SYN, SYN-ACK, and ACK floods.[2]
  • With 70% of all assaults focused in one month, January was a particularly challenging month for the area.[2]
  • The United States accounted for 29% of the top source nations for DDoS assaults.[2]
  • 7% of the autonomous system numbers suggest that they were either faked or private ASNS that we were unable to interpret.[2]
  • In 2020, UDP assaults were up the majority of attack vectors (more than 65%).[2]
  • 300% QoQ more attacks over ten Mpps million packets per second were made, attacks exceeding 100 Gbps, and QoQ increased by 645%.[3]
  • Despite the decline, volumetric DDoS assaults have increased by up to 645% QoQ, and we were able to stop a new zero-day reflection attack with a 220 billion amplification factor.[3]
  • In January 2022, more than 17% of respondents to the under-attack survey said they had been the victim of ransom DDoS assaults or had received a threat beforehand.[3]
  • Syn floods made up 57% of all network layer DDoS assaults in Q1, which is a 69% QoQ and 13% YoY increase.[3]
  • HTTP-layer DDoS assaults increased by 164% YoY and 135% QoQ in Q1.[3]
  • More than half of the assaults in the first quarter of 2022 lasted 10-20 minutes, and 40% of them were over in only 10 minutes.[3]
  • Generic UDP floods came in second place in the previous quarter, but this time, generic UDP DDoS assaults fell by 87% QoQ, from 32% to only 3.9%.[3]
  • The U.S. was the target of the biggest proportion of DDoS assaults (almost 10% of attack packets and approximately 8% of attack bytes).[3]
  • Telecommunications firms were the target of more than 8% of attack bytes and 10% of attack packets that Cloudflare neutralized.[3]
  • Only one out of ten respondents this quarter reported experiencing a ransom DDoS assault, which is a 28% YoY and 52% decline QoQ.[3]
  • Only 10% of respondents overall in Q1 reported a ransom DDoS assault, which is a decline of 28% year over year and 52% quarter over quarter in 2022. This makes Q1 the busiest quarter for application-layer attacks in the preceding 12 months.[3]
  • Though network-layer DDoS assaults grew by 71% despite a 58% QoQ decline in HTTP-DDoS attacks in G1.[3]
  • More than 82% of assaults stopped in Q2 2019 exploited two or more vectors.[4]
  • More than 800 DDoS assaults were recorded between December 2018 and may 2019 against the financial sector, accounting for more than 40% of all unique DDoS targets seen during that period.[4]
  • With 63.8% and 17.5%, respectively, of the assaults, China and the U.S. were the top two targets for DDoS attacks in Q2 2019.[4]
  • The first quarter of 2019 was nothing to laugh at, as the number of DDoS assaults climbed by 84%.[4]
  • Gartner estimates that 20.4 billion IoT devices will be in use by 2020.[4]
  • When they are active, these assaults may account for up to 25% of a nation’s entire internet traffic.[4]
  • DDoS assaults lasting more than 140 hours accounted for 0.03% of all attacks, as did those lasting more than 100-139 hours; at the same time, the percentage of both extremely short attacks (was 94.95%).[5]
  • SQL injection and local file inclusion were the most frequent online attacks, while credential stuffing assaults increased by 45%.[6]
  • 41% of online assaults and 63% of credential stuffing attempts targeted the retail, travel, and hospitality sectors.[6]
  • In comparison to 2020, web application assaults increased, and 88.72% of them leveraged typical API vulnerabilities.[6]
  • Ransom DDoS assaults surged by 29% year over year and 17.5% quarter over quarter in Q4.[7]
  • It’s also interesting that assaults larger than 100 GBS are still increasing despite a startling 967% increase in 2019 compared to 2018.[7]
  • In Q1 2019, almost 52% of assaults employed two or more vectors, while 47% of those attacks used three vectors.[7]
  • In Q4 2021, Cloudflare observed a 75% rise in ransom DDoS assaults.[7]
  • Only 0.6% of DDoS assaults, as measured by complete pipe uplink saturation (defined as greater than 95% of utilization in the uplink).[7]
  • DDoS assaults decreased significantly from the beginning of 2021 to the end of the year. However, the frequency of attacks remained relatively stable over the previous two years, with 2021 seeing just 3% less than 20.20.[8]
  • For instance, when comparing the amount of SNMP reflection assaults alone between 2020 and 2021, we saw an increase of 129%, which is by far the highest growth of any DDoS attack type.[8]
  • But even while volumetric assaults made up 59% of all attacks, protocol, and application-based attacks were the third, fourth, and fifth most frequent attack types.[8]
  • In banking, finance, and insurance in 2021, with slightly more than 25% of all assaults, BFSI businesses were the most often attacked.[8]
  • 16 DDoS assaults occur every minute, and during the first month of the COVID-19 shutdown, the frequency of these attacks rose by 25%.[9]
  • DDoS assaults increased by 151% in the first half of 2020 compared to the same period the year before, with 91.06% of attacks in the third quarter of last year lasting up to four hours.[9]
  • 73% of WordPress-based websites contain exploitable flaws, which is precisely what occurred in 2014 and impacted 18 million users.[10]
  • Growth patterns suggest that Hong Kong came in third with 4.47% growth, followed by the U.S. with 15.30% growth.[10]
  • With 6.34% DDoS assaults during that time, Poland rose to become one of the top 3 most targeted nations.[10]

Also Read

How Useful is Ddos Protection

In response to this growing threat, many organizations have turned to DDoS protection services to safeguard their digital assets. These services employ advanced technologies and strategies to detect and mitigate DDoS attacks in real-time, allowing businesses to maintain an uninterrupted online presence. But how useful is DDoS protection, and does it truly provide the level of security that organizations need?

One of the key benefits of DDoS protection is its ability to quickly identify and mitigate malicious traffic before it overwhelms the target network. By using sophisticated algorithms and machine learning capabilities, DDoS protection services can distinguish between legitimate user traffic and malicious requests, enabling them to block harmful activity and keep services running smoothly. This proactive approach helps organizations minimize downtime and ensure the availability of their online resources.

Moreover, DDoS protection services can also scale their defenses in line with the changing threat landscape. As cyber attackers continually evolve their tactics and techniques, DDoS protection providers can adapt and deploy new countermeasures to defend against emerging threats. This flexibility allows businesses to stay ahead of potential attacks and better protect their digital infrastructure.

Additionally, DDoS protection services offer valuable insights and analytics that can help organizations enhance their overall cybersecurity posture. By monitoring network traffic and identifying patterns of suspicious behavior, businesses can gain valuable intelligence about potential threats and vulnerabilities within their infrastructure. This information can inform future security decisions and enable organizations to proactively address weaknesses before they are exploited by malicious actors.

However, despite the advantages of DDoS protection, there are also limitations to consider. While these services are effective at mitigating many types of DDoS attacks, they may not be able to prevent all attacks from occurring. Sophisticated attackers can employ various techniques, such as multi-vector attacks or targeting application-layer vulnerabilities, which may bypass traditional DDoS defenses. As a result, organizations should complement their DDoS protection with robust cybersecurity measures to ensure comprehensive protection against a range of threats.

In conclusion, DDoS protection is a valuable tool for organizations seeking to safeguard their online assets and mitigate the impact of DDoS attacks. By leveraging advanced technologies and proactive defense strategies, businesses can enhance their security posture and maintain critical services in the face of evolving cyber threats. While DDoS protection is not a silver bullet solution, it plays an essential role in a comprehensive cybersecurity strategy and should be considered a fundamental component of any organization’s defense against DDoS attacks.

Reference

  1. amazon – https://aws.amazon.com/shield/
  2. microsoft – https://azure.microsoft.com/en-us/blog/azure-ddos-protection-2021-q1-and-q2-ddos-attack-trends/
  3. cloudflare – https://blog.cloudflare.com/ddos-attack-trends-for-2022-q1/
  4. cybersecurityventures – https://cybersecurityventures.com/the-15-top-ddos-statistics-you-should-know-in-2020/
  5. securelist – https://securelist.com/ddos-attacks-in-q1-2022/106358/
  6. akamai – https://www.akamai.com/our-thinking/the-state-of-the-internet/global-state-of-the-internet-security-ddos-attack-reports
  7. comparitech – https://www.comparitech.com/blog/information-security/ddos-statistics-facts/
  8. f5 – https://www.f5.com/labs/articles/threat-intelligence/2022-application-protection-report-ddos-attack-trends
  9. infosecurity-magazine – https://www.infosecurity-magazine.com/blogs/ddos-attacks-stats-protection/
  10. softactivity – https://www.softactivity.com/ideas/ddos-statistics/

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