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C2 DDoS Panel: A Comprehensive Review of Command and Control Systems for Distributed Denial of Service Attacks

Abstract

Distributed Denial of Service (DDoS) attacks have become a significant threat to online services, with attackers using various techniques to overwhelm their targets. One crucial aspect of DDoS attacks is the Command and Control (C2) infrastructure, which enables attackers to remotely control and coordinate their botnets. This paper provides an in-depth analysis of C2 DDoS panels, exploring their architecture, functionality, and role in facilitating DDoS attacks. We also discuss the challenges in detecting and mitigating C2 DDoS panels and propose potential countermeasures.

Introduction

Distributed Denial of Service (DDoS) attacks involve flooding a targeted system or network with traffic from multiple sources, rendering it unavailable to users. These attacks have increased in frequency, severity, and complexity, making them a significant concern for organizations and individuals alike. A critical component of DDoS attacks is the Command and Control (C2) infrastructure, which enables attackers to remotely control and coordinate their botnets.

A C2 DDoS panel is a web-based interface used by attackers to manage and control their botnets. The panel provides a centralized platform for attackers to issue commands, monitor botnet activity, and adjust attack settings. In this paper, we provide a comprehensive review of C2 DDoS panels, exploring their architecture, functionality, and role in facilitating DDoS attacks.

Architecture of C2 DDoS Panels

A typical C2 DDoS panel consists of the following components:

1. Command Center: The command center is the core component of the C2 DDoS panel, where attackers issue commands and control the botnet.
2. Botnet: The botnet consists of compromised devices (bots) that are controlled by the C2 DDoS panel.
3. Communication Channel: The communication channel is used by the bots to communicate with the command center.

The architecture of C2 DDoS panels can vary depending on the implementation. However, most panels use a centralized architecture, where the command center communicates directly with the bots.

Functionality of C2 DDoS Panels

C2 DDoS panels provide a range of functionalities to attackers, including:

1. Botnet Management: The panel allows attackers to manage their botnet, including adding or removing bots.
2. Attack Configuration: Attackers can configure attack settings, such as the type of attack, target IP address, and duration.
3. Traffic Generation: The panel can generate traffic from the botnet to flood the target system or network.
4. Monitoring and Reporting: The panel provides real-time monitoring and reporting of botnet activity and attack performance.

Role of C2 DDoS Panels in DDoS Attacks

C2 DDoS panels play a crucial role in facilitating DDoS attacks. They enable attackers to:

1. Scale Attacks: C2 DDoS panels allow attackers to scale their attacks by adding more bots to the botnet.
2. Customize Attacks: Attackers can customize their attacks by configuring attack settings and selecting specific bots.
3. Evade Detection: C2 DDoS panels can help attackers evade detection by using encryption and other evasion techniques.

Challenges in Detecting and Mitigating C2 DDoS Panels

Detecting and mitigating C2 DDoS panels is challenging due to:

1. Evasion Techniques: Attackers use evasion techniques, such as encryption and domain name system (DNS) tunneling, to hide the C2 communication.
2. Dynamic Botnets: Botnets can be dynamic, with bots constantly changing their IP addresses or being replaced.
3. Limited Visibility: Network defenders often have limited visibility into the C2 communication and botnet activity.

Countermeasures

To detect and mitigate C2 DDoS panels, we propose the following countermeasures:

1. Traffic Analysis: Analyze network traffic to detect anomalies and identify potential C2 communication.
2. Botnet Detection: Use machine learning-based techniques to detect botnet activity.
3. C2 Panel Takedown: Collaborate with law enforcement and internet service providers to take down C2 panels.
4. DDoS Mitigation: Implement DDoS mitigation techniques, such as traffic filtering and rate limiting.

Conclusion

C2 DDoS panels are a critical component of DDoS attacks, enabling attackers to remotely control and coordinate their botnets. Understanding the architecture, functionality, and role of C2 DDoS panels is essential for detecting and mitigating these attacks. By proposing countermeasures, we hope to contribute to the development of effective strategies for combating C2 DDoS panels and DDoS attacks.

The C2 DDoS Panel: A Comprehensive Overview

In the realm of cybersecurity, Distributed Denial of Service (DDoS) attacks have emerged as a significant threat to online services and infrastructure. These attacks involve overwhelming a targeted system with a flood of internet traffic, rendering it inaccessible to users. At the heart of many DDoS operations is the Command and Control (C2) server, which orchestrates the attack by coordinating the actions of compromised devices (bots) across the internet. This essay aims to provide an in-depth look at the C2 DDoS panel, its functionalities, implications, and the measures to mitigate such threats.

Understanding C2 DDoS Panels

A C2 DDoS panel, or C2 server, serves as the central hub for managing and executing DDoS attacks. It acts as a command center, providing the interface through which attackers can control their botnet—a network of infected computers and other devices. The C2 panel allows for the deployment of various types of DDoS attacks, including UDP floods, TCP SYN floods, and HTTP floods, among others. By leveraging a botnet, attackers can scale their attacks to unprecedented levels, making them particularly difficult to defend against.

Functionality of a C2 DDoS Panel

The primary functions of a C2 DDoS panel include:

1. Botnet Management: The C2 panel enables attackers to recruit, manage, and update their botnet. This involves infecting devices with malware, monitoring their status, and ensuring they remain under the attacker's control.

2. Attack Vector Selection: C2 panels offer a variety of attack vectors, allowing attackers to choose the most effective method for their target. This could range from simple volumetric attacks to more sophisticated application-layer attacks.

3. Traffic Amplification: Many DDoS attacks rely on amplification techniques to increase the volume of traffic. The C2 panel facilitates this by identifying vulnerable services that can be exploited for amplification.

4. Monitoring and Reporting: Attackers use the C2 panel to monitor the progress of their attacks, assess their impact, and adjust their strategies as needed.

Implications of C2 DDoS Panels

The existence and proliferation of C2 DDoS panels have significant implications for cybersecurity:

1. Increased Threat Landscape: The ease of access to or deployment of C2 panels lowers the barrier for individuals to launch DDoS attacks, expanding the threat landscape.

2. Economic and Social Impact: DDoS attacks can have profound effects on businesses and individuals, leading to financial losses, reputational damage, and disruptions to critical services.

3. Cybersecurity Challenges: The distributed and often encrypted nature of C2 communications makes them challenging to detect and mitigate, pushing cybersecurity professionals to continually adapt and improve their defenses.

Mitigation Strategies

To combat the threats posed by C2 DDoS panels, several strategies can be employed:

1. Botnet Takedowns: Law enforcement and cybersecurity agencies can collaborate to identify and dismantle C2 servers, disrupting botnets and reducing the immediate threat. c2 ddos panel

2. Enhanced Detection and Response: Improving detection capabilities and response strategies can help organizations quickly identify and mitigate DDoS attacks.

3. Proactive Security Measures: Implementing robust security protocols, such as filtering traffic and strengthening network infrastructure, can reduce the vulnerability of services to DDoS attacks.

4. Collaboration and Information Sharing: Sharing information about known C2 panels and botnet activities can help in preemptively blocking threats.

Conclusion

The C2 DDoS panel represents a critical component in the execution of DDoS attacks, enabling attackers to wield significant disruptive power with relatively modest technical skills. Understanding the functionality and implications of these panels is essential for developing effective strategies to mitigate DDoS threats. Through concerted efforts in detection, response, and prevention, it is possible to reduce the impact of these attacks and create a more secure online environment.

Understanding C2 DDoS Panels: Architecture, Risks, and Mitigation

In the world of cybersecurity, few threats are as persistent or disruptive as Distributed Denial of Service (DDoS) attacks. At the heart of many sophisticated attacks lies the C2 DDoS Panel. To defend against these threats, it is crucial to understand what they are, how they function, and the legal and security risks they pose. What is a C2 DDoS Panel?

A C2 (Command and Control) DDoS Panel is a centralized web-based interface or software suite used by threat actors to manage a network of compromised devices, known as a botnet.

While a botnet consists of the "soldiers" (infected IoT devices, servers, or personal computers), the C2 panel is the "general." It allows an operator to send synchronized instructions to thousands of machines simultaneously, directing them to flood a specific target with traffic until it crashes or becomes inaccessible. How a C2 DDoS Panel Functions

The lifecycle of a C2-driven attack generally follows a four-step process:

Infection and Recruitment: Attackers use malware, brute-force attacks, or unpatched vulnerabilities to infect devices. Once infected, these devices "phone home" to the C2 server.

Command and Control: The botmaster logs into the C2 panel. This dashboard typically shows the number of active bots, their geographic locations, and their device types.

Instruction Delivery: Through the panel’s interface, the operator selects a target (IP address or URL) and chooses an attack method (e.g., UDP flood, HTTP GET/POST flood, or DNS amplification).

Execution: The C2 server sends the command to the botnet. Each bot then begins sending malicious traffic to the target, overwhelming its bandwidth or processing power. Common Features of Modern Panels

Modern C2 panels are designed for ease of use, often resembling legitimate SaaS (Software as a Service) platforms. Common features include:

Attack APIs: Allowing users to integrate the DDoS capabilities into other tools.

Layer 4 vs. Layer 7 Attacks: Options to target either the network transport layer or the application layer (like specific websites).

Bot Management: Tools to check the "health" of the botnet and remove inactive nodes.

Scheduling: The ability to set attacks to start and stop at specific times. The Massive Risks of Involvement

Engaging with or operating a C2 DDoS panel carries extreme risks that far outweigh any perceived benefit. 1. Legal Consequences

In almost every jurisdiction, operating a C2 panel or launching a DDoS attack is a serious federal crime. Under laws like the Computer Fraud and Abuse Act (CFAA) in the U.S. or the Computer Misuse Act in the UK, "booter" or "stresser" operators face years of imprisonment, massive fines, and permanent criminal records. Law enforcement agencies (FBI, Europol) actively track these panels and their users. 2. Backdoors and "Malware for Malware"

The software used to build C2 panels is often distributed in underground forums. These files are frequently laced with backdoors. An aspiring attacker may install a panel only to find that the original developer has stolen their credentials or turned the operator's own machine into a bot. 3. Exposure of Identity

Many C2 panels have poor security. When law enforcement or "white hat" researchers breach these panels, they gain access to logs containing the IP addresses, payment info, and targets of everyone involved. Defending Against C2-Driven Attacks

For businesses and website owners, defending against a botnet controlled by a C2 panel requires a multi-layered approach:

DDoS Mitigation Services: Utilize services like Cloudflare, Akamai, or AWS Shield that can absorb massive traffic spikes.

Rate Limiting: Implement rules to limit the number of requests a single IP can make.

Geoblocking: If your audience is local, block traffic from countries where botnets are heavily concentrated.

Behavioral Analysis: Use AI-driven tools to distinguish between legitimate human spikes and bot-driven floods. Conclusion

C2 DDoS panels represent the "brain" of modern network attacks. While they may appear as powerful tools for disruption, they are high-risk gateways to legal ruin and personal data breaches. For the cybersecurity community, understanding these panels is the first step in building more resilient, "unfloodable" digital infrastructures.

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Understanding the C2 DDoS Panel: The Nerve Center of Botnet Operations

A C2 DDoS panel (Command and Control Distributed Denial of Service panel) is a centralized web-based interface used by cybercriminals to manage botnets and orchestrate massive traffic attacks against targets. Acting as the "brain" of a malicious operation, these panels simplify the complex process of controlling thousands of infected devices, turning them into a unified weapon designed to knock websites and services offline. How a C2 DDoS Panel Operates

The panel serves as the user interface for the Command and Control (C2) infrastructure. Its primary function is to bridge the gap between the attacker (often called a "bot-herder") and the army of compromised "zombie" devices.

Bot Management: The panel displays real-time statistics on the botnet, including the number of active bots, their geographic locations, and their device types (e.g., IoT devices, home PCs, or servers).

Attack Orchestration: Attackers use the panel to input a target's IP address or URL and select an attack method. Common methods include:

Volumetric Attacks: Flooding a target with UDP or ICMP packets to consume bandwidth. C2 DDoS Panel: A Comprehensive Review of Command

Protocol Attacks: Exploiting weaknesses in network layers, such as SYN floods.

Application Layer Attacks: Mimicking legitimate user behavior (like HTTP GET/POST requests) to crash web servers.

Command Distribution: Once an attack is launched, the panel sends instructions to the C2 server, which then broadcasts those commands to all connected bots.

Stealth and Persistence: Advanced panels include features to help the botnet evade detection, such as Domain Generation Algorithms (DGA) that constantly change the C2 server's address and Fast-Flux DNS to rapidly rotate IP addresses. The Role of "DDoS-for-Hire" Services

Many modern C2 DDoS panels are part of the "DDoS-for-Hire" or "booter/stresser" industry. These services provide a simplified, subscription-based model where even individuals with little technical knowledge can pay to launch devastating attacks via an easy-to-use web panel. While some claim to be "network stress-testing" tools, they are frequently used for criminal activities like extortion or disrupting competitors.

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C2 DDoS Panel Report

Introduction

A C2 (Command and Control) DDoS (Distributed Denial of Service) panel is a type of malicious tool used by attackers to orchestrate and execute DDoS attacks on targeted systems or networks. This report aims to provide an overview of the C2 DDoS panel, its functionality, and the implications of its use.

What is a C2 DDoS Panel?

A C2 DDoS panel is a web-based interface used by attackers to control and manage a network of compromised devices, also known as a botnet. The panel allows attackers to launch DDoS attacks on targeted systems or networks, overwhelming them with traffic and rendering them unavailable to legitimate users.

Functionality of a C2 DDoS Panel

A typical C2 DDoS panel provides the following features:

• Botnet management: The panel allows attackers to manage their botnet, including adding or removing devices, and monitoring their status.
• Attack customization: Attackers can customize the type of DDoS attack, including the protocol (e.g., TCP, UDP, ICMP), packet size, and attack duration.
• Target selection: Attackers can select the target IP address, port, or domain to be attacked.
• Traffic generation: The panel generates traffic from the botnet to flood the targeted system or network.
• Monitoring and reporting: The panel provides real-time monitoring and reporting of the attack, including metrics such as traffic volume, packet rate, and response time.

Types of DDoS Attacks

C2 DDoS panels can be used to launch various types of DDoS attacks, including:

• Volumetric attacks: Flood the target with a large amount of traffic to overwhelm its capacity.
• Application-layer attacks: Target specific applications or services, such as HTTP or DNS.
• State exhaustion attacks: Exhaust the target's resources, such as connection tables or memory.

Implications of C2 DDoS Panels

The use of C2 DDoS panels has significant implications for cybersecurity:

• Increased attack frequency and severity: C2 DDoS panels make it easier for attackers to launch DDoS attacks, increasing the frequency and severity of such attacks.
• Difficulty in attribution: The use of botnets and C2 panels makes it challenging to attribute DDoS attacks to specific attackers or groups.
• Disruption of critical services: DDoS attacks can disrupt critical services, such as finance, healthcare, or emergency services, with significant economic and social impacts.

Mitigation and Prevention

To mitigate and prevent DDoS attacks launched from C2 panels:

• Implement robust security measures: Deploy firewalls, intrusion detection and prevention systems, and traffic filtering solutions.
• Monitor network traffic: Continuously monitor network traffic to detect and respond to DDoS attacks.
• Collaborate with ISPs and security vendors: Work with ISPs and security vendors to share threat intelligence and implement countermeasures.
• Develop incident response plans: Establish incident response plans to quickly respond to and contain DDoS attacks.

Conclusion

C2 DDoS panels are powerful tools used by attackers to launch devastating DDoS attacks. Understanding the functionality and implications of these panels is essential for developing effective mitigation and prevention strategies. By implementing robust security measures, monitoring network traffic, and collaborating with ISPs and security vendors, organizations can reduce the risk of DDoS attacks and protect their critical services.

What is a C2 DDoS Panel?

A C2 DDoS panel, also known as a Command and Control DDoS panel, is a web-based interface used to manage and control Distributed Denial of Service (DDoS) attacks. It's typically used by attackers to orchestrate and execute DDoS attacks on targeted systems or networks.

Key Features of a C2 DDoS Panel:

1. Attack Management: The panel allows attackers to configure and manage DDoS attacks, including setting attack parameters, selecting targets, and monitoring attack progress.
2. Botnet Management: The panel enables attackers to control and manage their botnet, which is a network of compromised devices used to conduct the DDoS attack.
3. Traffic Analysis: The panel provides insights into traffic patterns, allowing attackers to analyze and adjust their attack strategy.
4. Victim Management: The panel allows attackers to manage and track their targets, including monitoring the effectiveness of the attack.

How C2 DDoS Panels are Used:

1. DDoS Attack Execution: Attackers use the C2 panel to launch DDoS attacks on targeted systems or networks.
2. Botnet Recruitment: Attackers use the panel to recruit new bots to their botnet, increasing the scale and power of their attacks.
3. Attack Amplification: The panel can be used to amplify attacks by leveraging multiple attack vectors, such as UDP floods, TCP floods, or DNS amplification.

Mitigation Strategies:

1. DDoS Protection Services: Engage with a reputable DDoS protection service that can detect and mitigate DDoS attacks.
2. Traffic Filtering: Implement traffic filtering solutions, such as firewalls or intrusion prevention systems, to block malicious traffic.
3. Network Architecture: Design a robust network architecture that can absorb and mitigate DDoS attacks.

Law Enforcement and C2 Panels:

Law enforcement agencies often work to disrupt and dismantle C2 panels used for malicious activities. This can involve:

1. Take-downs: Coordinated efforts to take down C2 panels and associated infrastructure.
2. Arrests: Apprehending individuals involved in operating or using C2 panels.
3. Disruption of Services: Interrupting the services provided by C2 panels to prevent further malicious activity.

In the world of cyber-threats, "C2" (Command and Control) represents the brain of a botnet. While early DDoS attacks were manual and clunky, today’s threat actors use sophisticated web-based C2 panels to manage massive armies of "zombie" devices with the click of a button.

From the infamous Mirai botnet to the recent 11.5 Tbps mega-attacks, these panels have transformed DDoS from a niche technical exploit into a streamlined "service". 1. What Exactly is a C2 DDoS Panel?

A C2 panel is a centralized interface—often a web dashboard—used by botnet operators to communicate with infected devices. These panels allow attackers to:

Monitor the Fleet: View real-time stats on how many bots (infected IoT devices, servers, or PCs) are currently online.

Issue Attack Commands: Select a target and choose an attack method, such as GRE Tunneling, UDP floods, or HTTP GET/POST floods.

Maintain Persistence: Update the malware on infected devices to ensure they stay under the attacker's control and evade new security patches. 2. The Infrastructure: Stealth and Scalability

To avoid being shut down, modern C2 infrastructures use several evasive tactics:

Domain Generation Algorithms (DGA): Malware may use DGAs to constantly change the domain it connects to, making it harder for security teams to blacklist a single C2 address. Command Center : The command center is the

Bulletproof Hosting: Many panels are hosted on "bulletproof" servers in jurisdictions with lenient cyber-laws, ensuring the dashboard stays online during an attack.

Encrypted Channels: Attackers increasingly use encryption (like TLS) or legitimate services (like GitHub or Dropbox) to hide C2 traffic from network monitoring tools. 3. The "DDoS-as-a-Service" Economy

A Command and Control (C2) DDoS panel is a centralized interface used by botnet operators to manage compromised devices (bots) and coordinate Distributed Denial of Service (DDoS) attacks

. These panels serve as the "brains" of the operation, allowing an attacker to issue commands to a global network of infected hosts simultaneously. Core Components of a C2 DDoS Panel The Command and Control (C2) Server

: The backend infrastructure that maintains persistent connections with bots and transmits instructions. The Web Interface (Panel)

: A frontend dashboard—often built with PHP, Python, or Go—where the operator can view bot statistics (e.g., location, OS, status) and select attack targets. Bot Management

: Tools for categorizing bots, updating the malware on infected devices, and maintaining persistence within the target network. Attack APIs

: Scripts or endpoints that allow the operator to launch specific attack vectors, such as UDP floods, HTTP requests, or DNS amplification. How the Infrastructure Functions

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Understanding C2 DDoS Panels: Command and Control in Cyberattacks

A C2 DDoS Panel (Command and Control Distributed Denial of Service panel) is a centralized interface used by cybercriminals to manage a network of compromised devices—known as a botnet—to launch large-scale cyberattacks. How C2 DDoS Panels Work

The C2 panel acts as the "brain" of the operation. It allows an attacker to communicate with thousands of "zombies" or "bots" (infected computers, IoT devices, or servers) simultaneously.

Infection: Attackers spread malware via phishing, software vulnerabilities, or credential stuffing to recruit devices into their botnet.

Command: The infected device checks in with the C2 panel, waiting for instructions.

Execution: From the panel, the attacker selects a target (like a website or server) and a specific attack method (such as HTTP floods or DNS amplification).

Overload: The botnet sends a massive wave of traffic to the target, exhausting its bandwidth or resources and forcing it offline. Common Features of a DDoS Panel

Most modern panels are designed to be user-friendly, sometimes sold as DDoS-as-a-Service (or "Booters" and "Stressers"). Typical features include:

Attack Methods: Options for Layer 4 (Transport) and Layer 7 (Application) attacks.

Bot Management: A dashboard showing the number of active bots, their geographic locations, and their device types.

Scheduling: The ability to set the duration and intensity of an attack.

Anonymity: Integration with proxy services or Tor to hide the panel's actual IP address. The Risks and Legal Consequences

Using or hosting a C2 DDoS panel is illegal in most jurisdictions under laws like the Computer Fraud and Abuse Act (CFAA) in the U.S. or the Computer Misuse Act in the UK.

Beyond legal risks, these panels are often targets themselves. Security researchers frequently "sinkhole" C2 domains to hijack the botnets, and rival hackers may attempt to breach the panels to steal the botnet for their own use. Defending Against DDoS Attacks

Organizations protect themselves from these panels by using:

Traffic Scrubbing: Services that filter out malicious traffic before it reaches the server.

Rate Limiting: Restricting the number of requests a single IP can make.

WAF (Web Application Firewall): Identifying and blocking common Layer 7 attack patterns.

The Fusion: C2 DDoS Panel

A C2 DDoS panel is a specialized C2 interface tailored exclusively for launching and managing DDoS attacks. It integrates three critical functions:

1. Botnet Management: Viewing active bots, their geographic locations, IP addresses, operating systems, and uptime.
2. Attack Orchestration: Selecting attack types (UDP flood, SYN flood, HTTP/HTTPS request flood, DNS amplification, etc.) and setting parameters (duration, packet size, thread count).
3. Real-time Telemetry: Monitoring attack success rates, traffic volume (in Gbps or Mpps), and target responses.

Communication Flow Diagram (Simplified)

1. Bot phones home → POST /register with bot ID and IP.
2. Panel replies → "Idle."
3. Attacker sets target → POST /attack/new target=example.com duration=3600 method=SYN.
4. Panel pushes attack task to bot queue.
5. Bot retrieves task via long-polling or WebSocket → executes flood.
6. Panel displays live stats: "10,234 bots active | 87.3 Gbps outgoing."

4. Legal Takedowns

Submit abuse reports to the C2 panel's hosting provider. If the panel is on AWS, a single abuse report can kill the instance. Use tools like Shodan to find exposed C2 panels (many run with default SSL certificates or favicons that fingerprint them).

The "Panels" in the Wild: Types of C2 DDoS Interfaces

Not all panels are created equal. Security researchers have catalogued three distinct generations:

The Economics: Pricing a C2 DDoS Panel

Cybercrime is a service economy. A fully configured c2 ddos panel with a 10,000-bot network (mostly vulnerable routers and IP cameras) costs:

• Renting the panel software: $50–$300 per month (open-source variants are free but require setup).
• Building a botnet (the "loader"): $500 for a loader script and crypter to avoid AV.
• Traffic (the "stress test"): $200–$2,000 per week for DDoS-as-a-Service (DDoSaaS).
• Bulletproof hosting for the C2: $150–$600 per month.

Thus, for less than $1,000, a script kiddie can launch a 100 Gbps attack capable of taking down an unshielded small business.

2. Anomaly Detection on Egress Traffic

Enterprise firewalls should look for bots "phoning home." Signs include:

• Regular beaconing intervals (e.g., a packet every 60 seconds).
• Odd user-agents in HTTP requests (e.g., Hello, World).
• Connection to non-standard ports (4444, 8080, 1337).

2. The Panel Interface (The Hand)

The attacker interacts with this via a browser. Common open-source panels (like Owl, QBot, or modified versions of Mirai) offer features such as:

• Live bot list: Showing IPs, OS versions, and latency.
• Attack presets: UDP flood, SYN flood, HTTP GET/POST floods, or DNS amplification.
• Duration timer: Setting attack length from 30 seconds to 24 hours.
• Target whitelist/blacklist: To avoid accidentally hitting the attacker's own infrastructure.