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Minecraft, with over 500 million registered users and 166 million monthly players, faces significant risks from distributed denial-of-service (DDoS) attacks, threatening server functionality, player experience, and the game’s reputation. Despite the prevalence of DDoS attacks on the game, the majority of incidents go unreported, leaving a gap in awareness and protection. This article explains what happens to a Minecraft server during a DDoS attack and how to protect against such attacks. For an in-depth version of the article,  check out this white paper . When Creepers Breach: What Happens When an Attack Is Successful When a Minecraft server is hit with a DDoS attack, players may have problems with logging in to servers, loading worlds, navigating biomes, using tools, and chatting. They can also experience general lags, disconnections, timeouts, or server crashes. These in-game disruptions can ruin the gaming experience for players while causing financial and reputational losse...

Distributed Denial of Service (DDoS) attack is a malicious form of attack that disrupts the regular network traffic by overwhelming the website with more traffic than the server can handle. The main aim of this kind of cyberattack is to render the website inoperable. Over recent years, these kinds of attacks are increasing, fueling the demand for the  best DDoS protection  software solutions. Many unplanned data center outages are owing to DDoS attacks. The threat of DDoS is due to access to easy-to-use tools and the profit potential through extortion.  The attacks target businesses directly, leading to substantial financial and personal losses, making it critical to have robust DDoS protection software solutions in place. According to the report of  Market Research Inc , the DDoS protection Software Market is predicted to reach +14% CAGR by 2020 – 2028.  Important Statistics to illustrate the growing demand for DDoS Software Solutions Demand for the DDoS ...

As we enter 2024, Gcore has released its latest Gcore Radar report, a twice-annual publication in which the company releases internal analytics to track DDoS attacks. Gcore’s broad, internationally distributed network of scrubbing centers allows them to follow attack trends over time. Read on to learn about DDoS attack trends for Q3–Q4 of 2023, and what they mean for developing a robust protection strategy in 2024. Gcore’s Key Findings DDoS attack trends for the second half of 2023 reveal alarming developments in the scale and sophistication of cyberthreats. Unprecedented Attack Power The past three years have brought about a >100% annual increase in DDoS peak (registered maximum) attack volume: In 2021, the peak capacity of DDoS attacks was  300 Gbps In 2022, it increased to  650 Gbps In Q1–Q2 of 2023, it increased again to  800 Gbps In Q3–Q4 of 2023, it surged to  1600 Gbps  (1.6 Tbps) Notably, the jump in H2 of 2023 means the cybersecurity indu...

Gcore Radar is a quarterly report prepared by Gcore that provides insights into the current state of the DDoS protection market and cybersecurity trends. This report offers you an understanding of the evolving threat landscape and highlights the measures required to protect against attacks effectively. It serves as an insight for businesses and individuals seeking to stay informed about the latest developments in cybersecurity. As we entered 2023, the cybersecurity landscape witnessed an increase in sophisticated, high-volume attacks. Here, we present the current state of the DDoS protection market based on Gcore's statistics. Key Highlights from Q1–Q2  The maximum attack power rose from 600 to 800 Gbps. UDP flood attacks were most common and amounted to 52% of total attacks, while SYN flood accounted for 24%. In third place was TCP flood. The most-attacked business sectors are gaming, telecom, and financial. The longest attack duration in the year's first half was sev...

Gcore’s latest DDoS Radar report analyzes attack data from Q3–Q4 2024, revealing a 56% YoY rise in the total number of DDoS attacks with the largest attack peaking at a record 2 Tbps. The financial services sector saw the most dramatic increase, with a 117% rise in attacks, while gaming remained the most-targeted industry. This period’s findings emphasize the need for robust, adaptive DDoS mitigation as attacks become more precise and frequent. Let’s dive into the numbers. Key takeaways: the future of DDoS defense Here are the four key takeaways from Gcore Radar: DDoS attacks are increasing in volume and sophistication. The 17% growth in total attacks and new peak volume of 2 Tbps highlight the need for advanced protection. Financial services face growing risks. With a 117% increase in attacks, this sector requires heightened security measures. Shorter, high-intensity attacks are now the norm. Traditional mitigation approaches must adapt to rapid burst attacks that can evad...

Cloudflare on Thursday said it autonomously blocked the largest distributed denial-of-service (DDoS) attack ever recorded, which hit a peak of 7.3 terabits per second (Tbps). The attack, which was detected in mid-May 2025, targeted an unnamed hosting provider. "Hosting providers and critical Internet infrastructure have increasingly become targets of DDoS attacks," Cloudflare's Omer Yoachimik said . "The 7.3 Tbps attack delivered 37.4 terabytes in 45 seconds." Earlier this January, the web infrastructure and security company said it had mitigated a 5.6 Tbps DDoS attack aimed at an unnamed internet service provider (ISP) from Eastern Asia. The attack originated from a Mirai-variant botnet in October 2024. Then in April 2025, Cloudflare revealed it defended against a massive 6.5 Tbps flood that likely emanated from Eleven11bot, a botnet comprising roughly 30,000 webcams and video recorders. The hyper-volumetric attack lasted about 49 seconds. The 7.3 Tbps...

The Distributed Denial of Service (DDoS) attack is the one of favourite weapon for the hackers to temporarily suspend services of a host connected to the Internet and till now nearly every big site had been a victim of this attack. Since 2013, Hackers have adopted new tactics to boost Distributed Denial of Service attack sizes, which is known as ‘ Amplification Attack ’, that provide the benefits of obscuring the source of the attack, while enabling the bandwidth to be used to multiply the size of the attack. Just yesterday, hackers have succeeded in reaching new heights of the massive DDoS attack targeting content-delivery and anti-DDoS protection firm CloudFlare , reaching more than 400Gbps at its peak of traffic, striking at the company’s data servers in Europe. “ Very big NTP reflection attack hitting us right now. Appears to be bigger than the #Spamhaus attack from last year. Mitigating ,” CloudFlare CEO Matthew Price said in a tweet. “ Someone’s got a big, new...

DDoS (Distributed Denial of Service) attacks are making headlines almost every day.  2021 saw a 434%  upsurge in DDoS attacks, 5.5 times higher than 2020.  Q3 2021 saw a 24%  increase in the number of DDoS attacks in comparison to Q3 2020.  Advanced DDoS attacks that are typically targeted, known as smart attacks, rose by 31% in the same period. Further,  73% of DDoS attacks  in Q3 2021 were multi-vector attacks that combined multiple techniques to attack the targeted systems. The largest percentage of DDoS targets (40.8%) was in the US Banks, and financial institutions were the biggest DDoS and DoS attack targets in the past couple of years.  Does this mean businesses and organizations that aren’t in the banking and financial services sector are safe from  DDoS attacks ? Most definitely not! Every business is a potential DDoS target. Read on to know why and what measures to take to keep your business effectively protected.  Common D...

Several weeks ago we reviewed Incapsula , a Cloud-based Security service which can significantly enhance the security of your website, while also boosting its performance. Following this review we’ve received many responses from our readers who wanted to learn more about Incapsula protection services. Specifically, we were asked to explain more about Incapsula Enterprise plan features. To answer these questions, today we are going to take a look at Incapsula DDoS Protection services. Distributed Denial of Service attacks If your business has a web presence, chances are that you’ve already heard about Distributed Denial of Service attacks. In case you didn’t, a Distributed Denial of Service (DDoS) attack is a DoS attack that is usually carried out by a “botnet”, a network of computers acting in concert to overwhelm the server by depleting all available resources. Recently we all witnessed a large DDos attacks on U.S. banks by Muslim hacker group , an attack which crippled th...

The latest Gcore Radar report analyzing attack data from Q1–Q2 2025, reveals a 41% year-on-year increase in total attack volume. The largest attack peaked at 2.2 Tbps, surpassing the 2 Tbps record in late 2024. Attacks are growing not only in scale but in sophistication, with longer durations, multi-layered strategies, and a shift in target industries. Technology now overtakes gaming as the most attacked sector, while the financial services industry continues to face heightened risks. Key takeaways: the evolving DDoS landscape Here are five key insights from the Q1–Q2 2025 Gcore Radar report: Attack volumes are rising. Total attacks climbed from 969,000 in H2 2024 to 1.17 million in H1 2025, a 21% increase over the previous two quarters and 41% YoY growth. Attack size continues to grow. The peak attack of 2.2 Tbps demonstrates the increasing scale and destructive potential of modern DDoS campaigns. Attacks are becoming longer and more sophisticated. Extended durations and mu...

Image Credit: Pixelbay Blockchain startups are cropping up left and right aiming to disrupt existing services and business models. These range from the trivial to potentially game-changing solutions that can revolutionize the internet as we know it. Among those that promise to change the world, most are attempting to reconstruct the entire internet infrastructure into something that is decentralized, secure, scalable, and tokenized. There are also those that aim to solve the most significant problems plaguing the digital world, particularly potentially costly and tedious security issues. We do not lack for dangers, ranging from data breaches to denial-of-service attacks, and other hacks. For the most part, there are capable SaaS and software-defined services that are capable enough in addressing the threats that involve malware and DDoS. However, blockchains offer much much more. The plague of DDoS Distributed denial-of-service or DDoS attacks involve a malicious hacke...