Inside the DDoS-as-a-Service Market

You have probably experienced the following situation. A website suddenly stops loading, the login page crashes, or an online service becomes inaccessible at worst. Sometimes the cause is not an internal outage, but a Distributed Denial-of-Service (DDoS) attack designed to bypass the service externally.

DDoS attacks have long been one of the easiest ways to disrupt an online service: flood it with enough volume, destroy its infrastructure, and make it inaccessible without hacking into the target’s systems. Now more than ever DDoS is being packaged, branded, and marketed in the language of adult Internet service, and the impact is well documented in the real world.

Cloudflare reported that it blocked 7.3 Tbps attacks in 2025 and later said it slowed 31.4 Tbps attacks in its Q4 2025 DDoS report. Microsoft also said that Azure dropped 15.72 Tbps of attacks in October 2025, which it said was caused by the Aisuru botnet.

After those incidents, underground vendors compete for the same customers with a polished tone. The latest underground work analyzed by Flare researchers describes attack panels, API access, monthly plans, vendor options, customer support, botnet-backed volume, game server methods, and Cloudflare bypass claims.

A comparison of two datasets of DDoS-related sub-activities from the first five months of 2023 and the first five months of 2026, shows how quickly that offer has changed. What once appeared frequently as documentation, tutorials, leaked tools, and scattered forum posts are now often presented as an iterative product that is easy to buy and run.

A DDoS attack attempts to overwhelm a website, application, network, or server with traffic from multiple sources at once. Some attacks target network capacity, while others focus on application layer resources such as login pages and APIs. The purpose is usually simple: to make the service unavailable, unstable, or expensive to operate.

DDoS-as-a-service lowers the barrier further. Instead of building infrastructure, an attacker can pay for access to a web panel, choose a target, choose a duration, and rely on someone else’s botnet, proxy network, or third-party attack infrastructure.

Flare Researchers Analysis

Flare researchers searched for underground activity related to DDoS from two periods at a time. The first was the first five months of 2023 and the second was the first five months of 2026. The team cleaned the data, sorted it and found important insights.

An important disclaimer, in this study we focus on distributed DoS. There is another category, which is denial of service.

Technically it’s a little different from how the server is targeted, but the goal is the same. In this study we focus only on DDoS contributions and do our best to exclude DoS contributions.

From distributed tools to integrated services

The topics in the posts from 2023 are very different. Most of the offerings revolved around scripts, leaked tools, tutorials, or generic “botnet service” ads.

One type of duplicate post from 2023 (as seen in the screenshot below) promoted “Botnet Service L7 – L4” and claimed Layer 3, Layer 4, and Layer 7 capabilities, optional API access, automatic payments, advanced attack surfaces, game server targeting, and bypassing Cloudflare-related protections. The same advertising text appeared in many sources and characters, suggesting copying, reselling, or remarketing.

While the posts from 2023 focused on services, the latest posts from 2026 focused on prices and offerings.

The “SatelliteStress” ad described the service as an IP stressor with an easy-to-use panel, API access, game server support, and monthly plans starting at €20. The same post called the service “100% botnet-powered” and did not rely on downstream APIs, an area intended to differentiate it from vendors who rely on third-party infrastructure.

As shown in the screenshot below, Areshun, which is another post that offers “Premium DDoS Service” with Layer 4 and Layer 7 attacks, monitoring, API integration, custom programs, 24/7 support, and promotional discount codes are also indicated on the specific service and its price.

Another similar example is “RebirthStress”, which is marketed as a botnet IP and web suppression device, a free Layer 7 hub, over 400 slots, resale eligibility, and plans starting at $15 per month.

If you go through these posts, each one and make a comparison, you see a different trend. Post 2026 is very product oriented, sellers are competing with each other for customers. They package everything well, offering shiny features: ease of use, fully automated, full support, promised privacy, resale capacity, and reliability.

Technical details have not disappeared, they became part of the sales pitch. In 2026 ads often lump Layer 4 and Layer 7 claims (meaning the service supports both network-level attacks and application-layer attacks) with words like “panel,” “API,” “slots,” “bypass,” “monitoring,” “uptime,” and “support.”

One advertiser affiliated with THORCC searched for more than 7,000 active Layer 4 bots and bandwidth analysis and attack vector statistics. Some posts in Russian and English presented a “professional stress test” while looking for Cloudflare and DDoS-Guard bypasses, maximum compatibility, and duration of the attack.

Salespeople may be exaggerating their abilities. However, consistency in their marketing language remains a key prudence.

It shows what buyers are encouraged to value above raw traffic volume, including web panels, automation, bypass claims, and the ability to launch or resell attacks with minimal effort.

The price of DDoS attacks in 2026 is very cheap. We saw the following offers:

There are some very expensive offerings. An actor named “SamuraiDD” advertised attacks starting at $100 per day (see screenshot below).

Another actor named “POWERDDOS” used a tiered model of $5 testing, $100 per day for “weak” targets, $200 per day for “medium” targets, and $500 per day for “strong” or protected targets.

Finally, we’ve also seen “premium” offerings that include infrastructure-style targeting, including a DDoS botnet attack network advertised for $2,000.

The pattern shows the market segmented by buyer type. Cheap testing and short attacks for low-skilled users, daily rates for one-off disruptions, confidential negotiation for long campaigns, and high-value infrastructure or vendor-style offerings for the most critical customers.

Public reporting on booter economics (a paid DDoS-for-hire service that allows users to launch attacks on someone else’s infrastructure) also aligns with this low-cost access model, with Akamai noting that some DDoS booter services can cost less than $25 per month and can offer limited testing.

Conclusions

DDoS-as-a-service is no longer just about traffic volume. The marketplace lowers the entry bar, enabling easy shopping, easy operation, and easy resale. What matters is not just how powerful the attack is, but how easy it is to launch an attack with a panel, various programs, full support, API access, and rented infrastructure.

This lowers the barrier for different types of actors. Low-skilled users can buy short, cheap attacks. The most important customers can negotiate long or high-volume campaigns. Marketers can also help increase the reach of the original service. As a result, defenders should not assume that a disruptive DDoS operation requires a sophisticated attacker behind the keyboard.

In the near future, this market will likely continue to move to more sophisticated service models. Like clearer pricing tiers, more automation, stronger remarketing programs, and heavy branding around “bypass” capabilities and attack reliability.

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