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A distributed denial of service (DDoS) attack is a malicious attempt to disrupt normal traffic on a targeted server, service, or network by overwhelming the target or its surrounding infrastructure with a flood of Internet traffic.
The "distributed" aspect refers to the use of numerous internet-connected devices (e.g., botnets) to originate the attack traffic, with the purpose of overwhelming the victim's resources and rendering it unavailable for legitimate users.
Join us in this blog as we explore the DDoS attack, what it does, who creates it, examples of it, how to prevent it, and more. By the end, you will have a solid understanding of this type of cyber criminality and how to be secure. Let’s start!
DDoS IP attacks overwhelm target servers by flooding them with internet traffic sent from spoofed IP addresses, falsifying the originating IP addresses used in the attack packets.
This serves to disguise the true source of the traffic and make tracking perpetrators more difficult for security professionals. But don’t worry; you can detect a DDoS attack and prevent it. The details of how to do it are down below, so let’s keep exploring!
While there is no single person who created DDoS attacks, they have been around since at least the 1990s. Early implementations involved flooding a target with traffic until it crashed, while modern variants are often more complex.
Attack tools and "botnets" (networks of infected devices) enable even unskilled users to launch powerful attacks. As long as the internet has existed, some have sought to weaponize it for harmful ends.
When successful, DDoS attacks can completely overwhelm the victim's network or system, knocking key services offline. This may prevent customers and employees from accessing critical websites, crypto payment systems, business operations, and more.
The goal of DDoS attacks is disruption rather than theft of data, though attackers sometimes simultaneously pilfer files in the chaos. Normal services can only be restored once lost productivity, damaged reputations, and lost revenue are addressed.
DDoS attackers come from various backgrounds. Some state-sponsored hackers launch attacks for political purposes, while others operate underground "booter" services that rent attack power to paying customers. Still, many are nuisance attackers looking to feel important or cause trouble.
Geographically, many originate from poorer regions where skilled individuals turn to crime online to make money. The true identities are rarely known, though some groups like Anonymous have claimed responsibility.
The number of computers needed depends on the scale and nature of the targeted DDoS system. While even a few devices may disrupt smaller websites, quality DDoS services often rely on huge "botnets" numbering in the tens or hundreds of thousands of simultaneously hijacked endpoints.
Larger attacks meant to take down Fortune 500 companies may involve millions of devices in a complex global operation. By coordinating and maximizing available bandwidth, the right botnet size can easily outgun the target's legitimate traffic.
Some notable DDoS attacks include:
Once underway, it is often difficult to completely stop DDoS attacks. However, mitigation is possible through dedicated security services, local caching, traffic shaping, and filtering rules.
A wise defense involves layered protection, combining on-premise and cloud-based deterrents, plus rapid incident response. Some enterprises turn to specialists, which provide secure transactions even during DDoS events and ensure business continuity.
Also, multi-homed connectivity with multiple upstream providers makes attack traffic harder to originate. Still, advanced persistent threats may require investigation to locate the root sources.
Most routine DDoS attacks observed today tend to last between 30 minutes and a few hours at most before terminating or shifting focus. However, some may persist for days at a time in waves, constantly probing targets for weaknesses. In rare cases, political campaigns have extended attacks over weeks.
The average DDoS onslaught in Q3 2023 clocked in at only 390 seconds, according to Qrator Labs. Yet shorter disruptions still cost over $22,000 per minute in lost revenue and productivity, according to the Ponemon Institute. Proper planning ensures rapid recovery from even lengthy assaults.
According to cybersecurity firm Link11, there were over 150,000 DDoS events detected globally per day in 2020. Statistics released by Cloudflare for 2023 showed rates dipping slightly to under 100,000 assaults handled per day on average by their network.
Separate telemetry from Corero cites Q1-2022, identifying over 1 million DDoS exploits targeting 10,000+ unique targets each month.
Experts anticipate ongoing growth in cyber attacks, which is exacerbated by macrotrends such as geopolitical conflict and the proliferation of IoT and industrial IoT vulnerabilities.
Most security analysts project DDoS attack frequency and volume will continue rising in 2024 based on 2022–2023 trends. Cybercrime monitoring organization Digital Shadows forecasts a 20–30% year-over-year increase, with ransom DDoS occurrences seen doubling.
They estimate over 180,000 incidents per day targeting a widening field of verticals, from retailers to carriers. Meanwhile, analysts at Zscaler believe the availability of attack tools and services will empower even non-technical actors to launch disruptive assaults.
With further adoption of blockchain and decentralized protocols, emerging cyber defense solutions may counter some impact if vulnerability patching keeps pace with the escalating threat environment.
Analysis of DDoS traffic sources finds certain countries stand out as originating disproportionate shares of detected assault infrastructures, whether rented by third parties or manipulated locally:
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For the cybercriminal underground, DDoS attacks can represent an accessible and profitable business model when conducted at scale by professional "booter" groups.
Attack services offer DOS power by the minute, hour, or day, starting around $15–40, depending on firepower. Experts estimate that booter revenues reach the multi-million dollar range annually.
Some gangs launch disruptive probing assaults and demand ransom payments starting at 1–5 crypto coins to halt further traffic. Victims may comply due to the risks of lengthy downtime.
In limited cases, nation-state hacking collectives like Sandworm have weaponized DDoS for intentional geopolitical influence or espionage operations alongside cybercriminals.
However, the vast majority of unorganized nuisances launching leisure probes are unlikely to monetize assaults directly. Instead, euro stablecoins like EURK, serving as a trustworthy alternative, improve overall network and commerce resilience against such disruptors.
You can buy EURK on secure crypto exchanges such as Coinstore, KoinBX, and Bitay. After your purchase, you can sell EURK, transfer EURK, or buy goods and services as you wish. The choice is yours!
To identify ongoing or impending DDoS attacks as early as possible, network security operations centers employ a mix of technical detection strategies.
Monitoring live traffic patterns for anomalies indicating flooding (e.g., sudden spikes from new sources using uncharacteristic protocols).
Before allowing new connections from those origins, they blacklist IPs that have been observed participating in botnets or exhibiting bot-like scanning behavior.
Analyzing baseline capacity usage, packet rates, and traffic mixes within normal boundaries to flag atypically overloaded volumes.
Strategically locating and inspecting "sentries" globally, including in cloud backbones, to catch large-scale attacks spreading across jurisdictions.
Distributed denial-of-service attacks remain a formidable threat of cybercriminals, with escalating volumes predicted in 2024 and beyond.
However, enterprises proactively partnering with specialists providing euro stablecoins like secure, transparent, and efficient EURK can stay online and keep revenues flowing even when under assault.
Key best practices involve comprehensive detection strategies, redundant infrastructure, expert guidance, and seamless incident management to minimize impacts from malicious actors.
If you want to be protected with a reliable stablecoin, EURK is here for you. Become a partner and explore the security of eur stablecoins for your business and individual projects!
