Cloud DDoS Mitigation Statistics 2023: Facts about Cloud DDoS Mitigation outlines the context of what’s happening in the tech world.
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Top Cloud DDoS Mitigation Statistics 2023
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- The majority of assaults in the second half of 2021 lasted 30 minutes or less, however this percentage fell from 74% to 57%.[1]
- During the second half of 2021, Azure prevented up to 359,713 distinct assaults on our worldwide infrastructure, a 43% increase over the first half of 2021.[1]
- Azure Networking saw an interesting decline in DDoS activity in Europe compared to other areas, going from 19% in the first half of 2021 to 6% in the second half.[1]
- In contrast to the first half of 2021, Microsoft neutralized an average of 1,955 assaults per day, a 40% increase.[1]
- In the second half of 2021, UDP assaults overtook all other attack types, accounting for 55% of all attacks, an increase of 16% over the first half of 2021.[1]
- The most frequent attack method was UDP spoof flooding (55%) followed by TCP ACK flooding (14% ) and DNS amplification (6%).[1]
- Based on the current August per-day average of the Mirai attacks, we can expect L7 Mirai DDoS attacks and other similar botnet attacks to increase by 185% and L3/4 attacks by 71% by the end of the month.[2]
- According to the source IP addresses of the bots, roughly 15% of the assault originated in Indonesia, while another 17% came from a combination of India and Brazil.[2]
- Cloudflare’s autonomous edge DDoS protection systems automatically detected and mitigated a 17.2 million request-per-second (rps) DDoS attack, an attack almost 3x larger than any previous one.[2]
- When dedicate every moment to DDoS, it shows 20 times faster protection, 98% automatically mitigated, and 50 times lower latency.[3]
- Alibaba Cloud Security Team tracked and analyzed 1,023 botnet C&Cs, and identified more than 2,000 attack groups through reflection attacks. Approximately 40% of attack groups owe attack resources fewer than 5,000 IPs.[3]
- 76% of DDoS attacks were conducted with mixed methodologies, according to Alibaba Cloud.[3]
- Alibaba Cloud Security Team successfully defended the largest resources exhaustion DDoS attack detected on the platform, with a peak of 5.369 million QPS in November 2020.[3]
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How Useful is Cloud Ddos Mitigation
One of the key advantages of cloud-based DDoS mitigation is its scalability. Being hosted on cloud servers allows these services to quickly and effortlessly adjust their capacity to handle varying levels of attack traffic. This scalability ensures that organizations are well-equipped to mitigate even the largest and most sophisticated DDoS attacks, without having to worry about the peak levels of incoming traffic overwhelming their infrastructure.
Furthermore, cloud DDoS mitigation services often leverage advanced technologies like machine learning and AI to continuously analyze and adapt to evolving threats in real-time. By deploying automated detection and mitigation techniques, these services are able to swiftly identify and nullify DDoS attacks before they can cause any significant damage. This proactive approach to threat detection and response can help organizations minimize downtime, maintain service availability, and protect their reputation in the face of cyber threats.
Another benefit of cloud DDoS mitigation is its cost-effectiveness. By outsourcing DDoS protection to a third-party cloud service provider, organizations can avoid the hefty upfront costs associated with deploying dedicated on-premise DDoS mitigation solutions. Cloud-based services typically offer flexible pricing models that allow businesses to scale their protection requirements based on their specific needs and budget constraints, making it a convenient and affordable option for organizations of all sizes.
Additionally, cloud DDoS mitigation services offer a high level of customization and control, allowing organizations to tailor their protection strategies to suit their unique requirements. From granular traffic filtering and access control policies to real-time monitoring and reporting capabilities, these services provide organizations with the tools they need to monitor and manage DDoS threats effectively.
Despite these benefits, it is important to acknowledge that cloud DDoS mitigation services are not without their limitations. Like any cybersecurity solution, they are not foolproof and can still be vulnerable to certain types of DDoS attacks, such as stealthy low-and-slow attacks or those that exploit application vulnerabilities. Additionally, reliance on a third-party service provider introduces a level of dependency and trust that may not sit well with all organizations, especially those that prioritize internal control and oversight.
In conclusion, while cloud DDoS mitigation services offer many valuable benefits in terms of scalability, advanced threat detection, cost-effectiveness, and customization, organizations should approach them with a realistic understanding of their capabilities and limitations. By carefully evaluating their DDoS protection needs, considering the risks and trade-offs involved, and engaging with reputable cloud service providers, organizations can effectively leverage cloud DDoS mitigation to enhance their cybersecurity posture and safeguard their digital assets against evolving cyber threats.
Reference
- microsoft – https://azure.microsoft.com/en-us/blog/azure-ddos-protection-2021-q3-and-q4-ddos-attack-trends/
- cloudflare – https://blog.cloudflare.com/cloudflare-thwarts-17-2m-rps-ddos-attack-the-largest-ever-reported/
- alibabacloud – https://www.alibabacloud.com/blog/ddos-attack-statistics-and-trend-report-by-alibaba-cloud_597607