🚨 DDoS Attack Tools 

As web hacking and security technologies continue to evolve, so do the DDoS tools that cybercriminals use to attack your website. In the past, DDoS attack tools mainly targeted specific operating systems. Now, advanced tools can target a variety of platforms, making DDoS attacks even more dangerous.

Development of DDOS tools
Some modern online DDoS tools, such as LOIC (Low Orbit Ion Cannon), were originally developed to perform network stress tests. Later, they were improved and used to commit malicious acts.

Other online DDoS tools are developed by computer hackers to focus their attacks on certain software flaws. Releasing DDoS tools to the public is a tactic used by computer hackers to force software developers to patch vulnerable software and thus avoid large-scale attacks.

🔍 I. Common DDoS attack tools in 2025
1. Mirai Botnet
Mirai is a type of malware that is capable of transforming networked devices (e.g., IP cameras, routers, etc.) into part of a botnet that launches massive DDoS attacks. It infects and takes control by scanning the Internet for devices using default passwords.Mirai has been involved in several of the most destructive DDoS attacks in history.

2. R-U-Dead-Yet (R.U.D.Y.)
R.U.D.Y. is a DoS attack tool that specifically targets the HTTP protocol. It exploits server processing time by sending extremely long POST requests, leading to resource exhaustion and thus preventing the target service from responding to legitimate user requests. This tool has become a common weapon for cyber attackers due to its efficient and stealthy attack method.

3. Raven-Storm Toolkit
Raven-Storm is a DDoS attack tool written in Python that supports attacks on multiple protocols such as HTTP, TCP and UDP. It has the ability to bypass common DDoS defence mechanisms and is capable of launching multiple types of attacks such as SYN floods, UDP floods and HTTP floods.

4. Overload DoS Tool
Overload DoS Tool is a powerful DDoS attack tool that supports a variety of attack methods, including SYN flood, UDP flood and HTTP flood. It is easy to operate and effective, and is often used to carry out large-scale traffic attacks on the target server.

How 🛡️ defends against DDOS attacks

Advanced ProtectionAdvanced protection is achieved through a cleansing centre, which is connected to the Internet through an oversized bandwidth, promising high volumes of DDoS attacks. The cleansing centre deploys traffic analysis and filtering equipment that can distinguish between attack traffic and normal traffic and filter attack traffic.
Near source cleaning currently welcome DDoS defence industry exchange group DDoS exchange group DDoS peer DDoS exchange platform DDoS exchange forum DDoS cooperation DDoS defence DDoS defence DDoS defence how much money game defence how to do DDoS how to contact a piece of exchange and cooperation
Near-source cleansing is implemented by the cleansing scheduling centre in collaboration with the operator's edge network. The cleaning and scheduling centre monitors and analyses traffic in the Internet in real time, and once DDoS attack traffic is detected, it is directed to the nearest edge node for distributed cleaning to suppress DDoS attacks from the source.

Deploying an Anti-DDoS Architecture

In IT architecture design, it can be designed to be more resilient and secure against DDoS attacks. This includes over-provisioning infrastructure, backing up systems, creating redundancies, hiding potential DDoS targets and isolating IT teams from vulnerable devices.

Installation of anti-DDoS tools

Organisations can acquire tools, download and install patches or enable features that specifically defend against DDoS attacks, depending on their needs and budget. This includes anti-DDoS features, advanced features for routers and gateways, firewalls and more. Currently welcome DDoS defence same industry exchange group DDoS exchange group DDoS peers DDoS exchange platform DDoS exchange forum DDoS cooperation DDoS defence DDoS defence How much is DDoS defence How to do game defence How to do DDoS how to contact A piece of exchange and cooperation

Designing a DDoS Response Manual

After setting up a fortified and updated IT infrastructure and protecting it with anti-DDoS architecture and tools, IT and security teams need to create a DDoS policy manual. This includes response plans, infrastructure information, action plans and more.

Deploying DDoS Monitoring

There are different monitoring tools that IT teams and security teams can use to watch for signs of ongoing DDoS attacks. This includes network monitoring tools and security monitoring tools to track the behaviour, traffic and health of endpoints, firewalls, routers, switches and servers.
Each of these defences has its own advantages and limitations. Enterprises should choose the appropriate defence strategy according to their own needs and resources, maintain a high level of attention to network security, update their defence strategies in a timely manner, and collaborate with all parties to deal with DDoS attacks.

Precisely locate the type of attack, intelligent identification of attack traffic, automatic second cleaning, a variety of packages to choose from, according to the platform of the exclusive custom defence strategy, anti-invasion, anti-tampering, anti-penetration, first trial to solve the problem to see the effect, and then talk about cooperation At present, welcome to the DDoS defence of the same industry exchange groups DDoS exchange group DDoS counterparts DDoS exchange platform DDoS exchange forum DDoS cooperation DDoS defence DDoS defence how much money game defence how to do DDoS how to contact a piece of exchange cooperation

🔥DDoS Attack Tools and Protection FAQs​

Question 1: Which current DDoS attack types are the most difficult to defend against?
A: Application layer slow attacks (e.g. Slowloris), encrypted protocol attacks (HTTPS Flood), and hybrid pulse attacks constitute the main threats. These types of attacks mimic the characteristics of normal business traffic, and traditional threshold detection methods are prone to misjudgment, requiring the use of machine learning to establish a dynamic behavioural baseline.

Question 2: How can SMEs build a defence system at low cost?
A: It is recommended to use cloud cleaning service + local traffic traction solution, the annual cost can be controlled within 50,000 yuan. The key is to enable the BGP black hole routing service provided by the operator and configure the rate limiting rules of the CDN, and this type of combination can intercept the regular attacks of 90%.

Question 3: How can the actual effectiveness of defence programmes be verified?
A: Simulated attack tests should be executed regularly, using six standard attack vectors such as BOOTP/DHCP amplification and focusing on observing 14 indicators such as TCP retransmission rate and HTTP error code distribution. Penetration test reports provided by professional organisations can be used as supplementary materials for equal protection assessment.

Question 4: How does Cloud WAF work with traditional firewalls?
A: A layered detection architecture is recommended: cloud WAF to handle L7 application logic attacks (e.g., CC attacks) and hardware firewalls to block L3/L4 flood traffic. With this combination, a retail enterprise reduced the false positive rate from 7.3% to 0.8% while maintaining an attack capture rate of over 95%.

Question 5: What is the emergency response in the event of a T-level attack?
A: Immediately activate the three-stage plan: 1) switch Anycast routing within 5 minutes 2) enable the backup cleaning centre within 15 minutes 3) complete the ISP-level black hole notification within 30 minutes. According to this plan, a video platform suffered only 2 minutes of service disruption during a 1.4Tbps attack.