DDoS attacks pose a serious threat to businesses today. This blog post provides a detailed examination of what DDoS attacks are, why they matter, and the different types. It covers methods for detecting attacks, protection strategies, and steps to create an effective response plan. It also highlights the importance of user education, reporting, and communication strategies. By assessing the impact of DDoS attacks on businesses, we present a comprehensive approach to protecting against this threat. The goal is to provide essential information about these attacks to help businesses strengthen their cybersecurity.

Introduction to DDoS Attacks: What is it and Why is it Important?

DDoS attacksis one of the most devastating threats in the cyber world and poses a serious risk to businesses today. Distributed Denial of Service (DDoS) attacks aim to disrupt a server, service, or network by overloading it with so many fraudulent requests that it cannot handle normal traffic. Such attacks can lead to the downtime of websites and online services, customer loss, and reputational damage.

Understanding and preventing DDoS attacks is vital in today's digital environment. As attacks become increasingly complex and sophisticated, businesses and individuals need to be prepared for these threats. This means not only implementing technical measures but also training employees and developing a comprehensive incident response plan.

• Financial Losses: DDoS attacks can cause online sales to stop and operational costs to increase.
• Damage to Reputation: Customers may lose trust due to service interruptions, which can lead to long-term reputational damage.
• Loss of Productivity: Employees may lose productivity while trying to get systems back up and running.
• Loss of Competitive Advantage: Competitors can gain an advantage by offering more reliable services that are immune to attacks.
• Legal Responsibilities: In the event of a breach of customer data, businesses may face legal repercussions.

The impact of DDoS attacks isn't limited to technical issues; they also have economic and social consequences. The downfall of an e-commerce site not only impacts immediate sales but also damages the brand's reputation and erodes customer trust. Therefore, adopting a proactive approach to combating DDoS attacks is crucial for business sustainability.

Attack Type	Explanation	Effects
Volumetric Attacks	It consumes bandwidth by overloading the network.	Service interruptions, slow connections.
Protocol Attacks	It consumes server resources and disrupts service.	Server crashes, application errors.
Application Layer Attacks	It targets specific applications and reduces performance.	Website slowdown, user experience degradation.
Multi-Vector Attacks	It makes it difficult to defend by using multiple attack types at once.	Comprehensive service disruption, data loss.

It should not be forgotten that DDoS attacks It can target not only large companies but also small and medium-sized businesses (SMBs). Attackers often aim to achieve success more easily by targeting these businesses, which often have fewer security measures in place. Therefore, it's crucial for businesses of all sizes to be aware of DDoS attacks and take the necessary precautions.

Types and Characteristics of DDoS Attacks

DDoS attackscan be carried out using various methods that aim to decommission the target system by depleting its resources. Each type of attack targets different vulnerabilities and requires different defensive strategies. Therefore, DDoS attacks Understanding their types and characteristics is critical to effective protection. Attackers often aim to bypass defenses by using multiple attack types simultaneously.

The table below shows the common DDoS attack summarizes the types and basic characteristics:

Attack Type	Explanation	Targeted Layer
UDP Flood	It consumes resources by sending large numbers of UDP packets to the target server.	Network Layer
SYN Flood	It occupies the server by abusing the TCP connection process.	Transport Layer
HTTP Flood	It consumes resources by sending a large number of HTTP requests to the server.	Application Layer
DNS Amplification	It throttles the target by receiving large DNS responses with small queries.	Network Layer

DDoS attacks Understanding and classifying these attacks is crucial for developing effective defense strategies against them. Each type of attack has its own unique characteristics and targets. Therefore, accurately identifying the types of attacks allows appropriate countermeasures to be taken. Here are some common ones: DDoS attack types:

1. Volumetric Attacks: It hinders service by overloading the network.
2. Protocol-Based Attacks: It stops the service by consuming server resources.
3. Application Layer Attacks: It disrupts the service by exploiting application vulnerabilities.
4. DNS Amplification Attacks: It increases attack traffic by using DNS servers.
5. SYN Flood Attacks: It keeps the server busy using TCP connections.

Volumetric Attacks

Volumetric attacks typically aim to consume network bandwidth. These attacks disrupt legitimate traffic by sending massive amounts of data to the target. Methods such as UDP Flooding, ICMP Flooding, and DNS Amplification are common examples of volumetric attacks. These attacks are typically carried out through botnets that generate high amounts of traffic.

Protocol-Based Attacks

Protocol-based attacks target vulnerabilities in network protocols. These attacks aim to degrade a server's resources and render it inoperable. A SYN flood is an example of a protocol-based attack. By sending a large number of SYN packets to the target, the attacker exhausts the server's connection-establishing resources and can block legitimate connection requests. Protocol-based attacks typically aim to create greater impact with less traffic.

Methods for Detecting DDoS Attacks

DDoS attacksBecause these attacks overload network resources and lead to service disruptions, their rapid and accurate detection is critical. Various methods exist to detect these attacks. These methods rely on analyzing network traffic, identifying anomalies, and recognizing the telltale signs of an attack. An effective detection strategy helps minimize potential damage by intervening in the early stages of the attack.

Network traffic analysis, DDoS attacks This analysis involves identifying abnormal increases in network traffic, high requests from specific IP addresses, and unusual packet sizes. It also detects sudden changes in traffic flow and concentrations on specific protocols. DDoS attacks These analyses are typically performed using network monitoring tools and security information and event management (SIEM) systems.

Method	Explanation	Advantages
Network Traffic Analysis	Detects anomalies in network traffic.	Early detection, comprehensive analysis.
Behavioral Analysis	Identifies deviations from normal network behavior.	Detecting unknown attacks, adaptive learning.
Signature Based Detection	Identifies known attack signatures.	Rapid detection, low false positive rate.
Anomaly Detection	Identifies unexpected traffic patterns.	Detecting new and sophisticated attacks.

Behavioral analysis focuses on learning the normal behavior of network traffic and detecting deviations from that behavior. This method uses machine learning algorithms to continuously monitor network traffic and identify anomalous activity. Behavioral analysis is particularly useful for detecting new and unknown DDoS attacks It is effective at detecting attacks because, unlike signature-based systems, it does not require a predefined attack signature. This allows it to adapt to the evolution of attacks and protect against zero-day attacks.

Signature-based detection systems are known DDoS attack They identify attacks using signatures. These systems compare network traffic to predefined patterns and issue alerts when a match is found. While signature-based detection provides fast and reliable results, it is only effective against known attacks. New and complex attacks may not be detected by these systems. Therefore, it is important to use signature-based detection in conjunction with other methods such as behavioral analysis and anomaly detection.

Detection Steps

1. Configure network traffic monitoring tools: Install and configure appropriate tools to continuously monitor network traffic.
2. Determine the basic network behavior: Establish a baseline by analyzing typical network traffic patterns.
3. Detect abnormalities: Identify anomalies such as traffic spikes, unusual sources, and destination addresses.
4. Use firewalls and intrusion detection systems (IDS): Protect against known attack signatures by keeping these systems up to date.
5. Integrate SIEM systems: Analyze logs and create correlations using security information and event management (SIEM) systems.
6. Configure alert mechanisms: Set up systems to receive automatic alerts when abnormal conditions are detected.

Anomaly detection focuses on identifying unexpected traffic patterns and activities. This method includes detecting sudden changes in network traffic, requests from unexpected sources, and unusual protocol usage. When used in conjunction with behavioral analysis, anomaly detection DDoS attacks allows for early detection and effective intervention. The combination of these methods provides a comprehensive DDoS attack It significantly increases network security by creating a detection strategy.

DDoS Attack Protection Strategies

DDoS attacksis one of the most serious cyber threats facing businesses today. These attacks aim to render a website or online service inaccessible by overwhelming it with traffic. An effective From DDoS attacks A protection strategy requires taking proactive measures and having the ability to react quickly. In this section, From DDoS attacks We'll examine various strategies you can use to protect yourself.

A successful From DDoS attacks A multi-layered approach to protection requires implementing security measures at different levels of your network infrastructure. For example, you can filter malicious traffic and identify potential threats using firewalls and intrusion detection systems (IDS). You can also improve your website's performance by using content delivery networks (CDNs). DDoS attacks you can reduce its effect.

The table below shows, DDoS attacks summarizes the basic defense mechanisms and features that can be used against:

Defense Mechanism	Explanation	Advantages
Firewall	It filters malicious traffic and controls access.	High level of customization, advanced security features
Intrusion Detection System (IDS)	Detects and alerts about abnormal network traffic.	Real-time threat detection, detailed reporting
Content Delivery Network (CDN)	It reduces the load by distributing web content across multiple servers.	Increased performance, improved user experience, DDoS attacks resistance
Load Balancing	It prevents a single server from being overloaded by distributing traffic across multiple servers.	High availability, scalability

An important point to remember is, From DDoS attacks Your protection strategy needs to be constantly updated and tested. Because cyber threats are constantly evolving, it's important to adapt your security measures accordingly. Additionally, by regularly running vulnerability scans and security tests, you can identify vulnerabilities in your systems and make improvements.

Firewall Usage

Firewalls are security devices that examine network traffic and block or pass traffic according to established rules. DDoS attacks To prevent malicious attacks, firewalls can filter traffic from malicious IP addresses, attacks on specific ports, and traffic with abnormal packet structures. An effective firewall configuration can significantly increase the security of your network.

Load Balancing Solutions

Load balancing prevents a single server from becoming overloaded by distributing incoming network traffic across multiple servers. This DDoS attacks This helps reduce the impact because the performance of each server is less affected when attack traffic is spread across multiple servers. Load balancing solutions can be hardware- or software-based and use different balancing algorithms.

Cloud-Based Protection

Cloud based From DDoS attacks Protection services filter malicious traffic by routing your network traffic through a large infrastructure in the cloud. These services are typically large-scale DDoS attacks It provides a high level of protection against malware and, thanks to continuously updated threat intelligence, can be effective against the latest attack techniques. Cloud-based solutions are a particularly suitable option for businesses with limited resources.

DDoS attacks Taking a proactive approach and implementing appropriate security measures is vital to protecting your business's online presence.

Protection Methods

• Monitor network traffic regularly.
• Keep your firewalls and other security devices up to date.
• Use a content delivery network (CDN).
• Implement load balancing solutions.
• DDoS attacks develop a response plan.
• Educate your employees on cybersecurity.

DDoS attacks Being prepared is crucial when it comes to security threats. Being prepared for an attack and being able to respond quickly can minimize its impact and ensure your business continuity.

Response Plan to DDoS Attacks

DDoS attacks Being prepared when it comes to disaster is critical for protecting a business's reputation and operational continuity. A response plan clearly defines what needs to be done in the event of an attack, enabling teams to take action quickly and effectively. This plan should cover various phases, including detecting, analyzing, mitigating, and responding to the attack. An effective response plan will minimize the damage your business may face should be designed in this way.

Stage	Explanation	Responsible Person/Team
Detection	Identifying abnormal traffic or degradation of system performance.	Security Team, Network Administrator
Analysis	Gathering information about the type, source, and target of the attack.	Security Analyst, Incident Response Team
Palliation	Taking measures to stop or mitigate the attack.	Network Security Engineer, DDoS Protection Provider
Improvement	Restoring systems to normal and taking measures to prevent future attacks.	IT Team, Security Team

One DDoS attack Once detected, the first step is to identify the type and source of the attack. This can be done using network traffic analysis tools and security information and event management (SIEM) systems. Once the type of attack is identified, appropriate mitigation strategies can be implemented. These strategies can include a variety of methods, such as traffic filtering, blacklisting, traffic redirection, and cloud-based DDoS protection services.

Effective Response Strategies

An effective response strategy should include reactive steps as well as proactive measures. Proactive measuresIt involves preventing or mitigating attacks through the use of technologies such as firewalls, intrusion detection systems, and traffic filtering. Reactive steps It includes the steps to be taken when an attack is detected. These steps include analyzing the attack, mitigating it, and restoring systems to normal.

Following an attack, a detailed analysis of the causes and impacts of the attack should be performed. This analysis helps determine the necessary precautions to prevent future attacks. It is also important to address any disruptions experienced during the attack and improve systems. Below are the steps to follow for an effective response:

1. Verify Attack: Abnormal traffic or degradation of system performance DDoS attack Confirm whether it is.
2. Inform Relevant Teams: Notify security, IT, and communications teams immediately.
3. Implement Mitigation Strategies: Mitigate the attack with methods like traffic filtering, blacklisting, and cloud-based protection.
4. Perform Traffic Analysis: Use traffic analysis tools to identify the source and type of attack.
5. Implement the Communication Plan: Implement a communication strategy that explains the situation to customers and stakeholders.
6. Monitor Systems: Continuously monitor system performance and security after an attack.
7. Perform Post-Attack Analysis: Analyze the causes and effects of the attack and take measures to prevent future attacks.

It should not be forgotten that, DDoS attacks The best defense against threats is to be prepared. Regular security assessments, staff training, and up-to-date security technologies will help your business From DDoS attacks can help protect.

User Training Against DDoS Attacks

DDoS attacksposes a serious threat to the digital assets of organizations and individuals. Developing an effective defense strategy against these attacks requires not only technical measures but also user awareness and training. User training helps detect attacks early, prevent their spread, and minimize potential damage. This training ensures that employees and users recognize suspicious activity, develop safe internet usage habits, and comply with emergency procedures.

The primary goal of user education is to mitigate vulnerabilities stemming from human factors. Social engineering attacks, phishing attempts, and the spread of malware often succeed due to user negligence or ignorance. Therefore, training programs should teach users how to recognize and protect against such threats. Training should complement theoretical knowledge with practical applications and simulations so users can handle real-world situations.

Training Topics

• Phishing Attacks: How to recognize fraudulent communications via email, SMS or phone.
• Social Engineering: Methods of manipulating people to obtain information or make them take action.
• Creating and Managing Strong Passwords: The importance of strong passwords, how to create them, and how to store them securely.
• Malware: Types of malware such as viruses, trojans, ransomware and ways to protect yourself from them.
• Safe Internet Use: Visiting trusted websites, not downloading files from unknown sources, and using secure Wi-Fi networks.
• Data Privacy and Security: How to protect personal and corporate data and precautions to be taken against data breaches.

An effective user training program must be ongoing and current. Because cyber threats are constantly evolving, training content should be updated accordingly. Training should be presented in a variety of formats to appeal to different learning styles; for example, video tutorials, interactive modules, seminars, and informational brochures can be used. Furthermore, regular testing should be conducted to gauge user knowledge and evaluate training effectiveness.

The success of user training is closely linked to the support of the organization's senior management. The importance management places on this issue increases employee motivation and encourages participation in training. Training programs should be aligned with the organization's security policies and integrated into employees' daily workflow. It's important to remember that: DDoS attacks The most effective defense against this is to create a security culture of informed and educated users.

Reporting and Communication Strategies

DDoS Attacks When a crisis occurs, effective reporting and communication strategies are critical for containing the situation and informing relevant stakeholders. Issues such as the steps to be taken during and after the attack, who will be notified, and which channels will be used should be determined in advance. This allows for faster and more effective crisis management.

Reporting processes should include information such as the type of attack, its severity, the systems affected, and the measures taken. This information helps technical teams analyze the situation and ensures necessary updates are provided to administrators and other relevant departments. Transparent and regular reporting is also crucial for maintaining credibility and preventing misinformation.

Reporting Process

1. Detection and verification of the attack
2. Taking first aid and mitigation measures
3. Informing the technical team and starting analysis studies
4. Submitting a preliminary report to the management and relevant units
5. Preparation of a detailed analysis report of the attack
6. Identifying improvement suggestions and future measures
7. Sharing the report with all relevant stakeholders

Communication strategies can be divided into internal and external communications. Internal communication should ensure the flow of information between technical teams, managers, and other employees. External communication should provide accurate and timely information to external stakeholders such as customers, business partners, the press, and the public. Honesty and transparency should be prioritized, particularly in customer communication, and any disruptions encountered and any measures taken should be clearly explained.

The table below provides an important framework for a successful reporting and communication strategy. This framework: DDoS Attacks It outlines what to do during and after.

Stage	Information to be Reported	Communication Channels
Attack Detection	Type, target, time of attack	Emergency phone line, email
Intervention	Measures taken, system status	Internal communication platforms, meetings
Analysis	The source and effect of the attack	Reporting tools, analysis documents
Improvement	Proposed solutions, future measures	Presentations, trainings

It should not be forgotten that an effective reporting and communication strategy is not only DDoS Attacks It is crucial not only in the immediate crisis but also in post-crisis recovery efforts. Continuous improvement and learning ensure better preparedness for future attacks.

The Impact of DDoS Attacks on Businesses

DDoS AttacksThis can have serious consequences for businesses. It not only leads to financial losses, but can also lead to long-term problems such as reputational damage and customer dissatisfaction. Responding quickly and effectively during a cyberattack, one of the most critical times for a business, is key to minimizing the damage. Therefore, understanding the potential impact of DDoS attacks and preparing accordingly is crucial.

The impacts of DDoS attacks on businesses can be diverse. The table below examines some of these impacts in more detail:

Area of Influence	Explanation	Possible Results
Financial Losses	Loss of revenue due to the website or app being unavailable.	Decline in sales, increase in operational costs.
Loss of Reputation	Customers are unable to access services and experience loss of trust.	Loss of customers, decrease in brand value.
Operational Disruptions	Interruptions in business processes due to the malfunctioning of internal systems and applications.	Reduced efficiency, delays, additional costs.
Legal Issues	Legal sanctions in case of breach of customer data security.	Fines, lawsuits, non-compliance with regulations.

To better understand the impact of DDoS attacks on businesses, you can review the list below:

Effects

• Financial Losses: Stagnant sales, reduced advertising revenues, and emergency response costs.
• Damage to Reputation: Loss of customer trust and damage to the brand image.
• Loss of Productivity: Employees' inability to work and disruption of operational processes.
• Customer Dissatisfaction: Negative experiences from customers who cannot access services.
• Legal Responsibilities: Violations of personal data protection and legal sanctions.
• Competitive Disadvantage: Competitors offer more reliable and accessible services.

DDoS attacks can target not only large companies but also small and medium-sized businesses (SMBs). In fact, SMBs are more vulnerable to these types of attacks because they typically have fewer security resources. Therefore, businesses of all sizes Taking proactive measures against DDoS attacks and developing a response plan is crucial. It's important to remember that preventing an attack is always more cost-effective and secure than attempting to repair the damage afterward.

Conclusion: DDoS AttacksApproaches to Protection from

DDoS attackspose a serious threat to businesses and organizations in today's digital world. These attacks can lead to service interruptions, financial losses, and reputational damage. Therefore, an effective DDoS attacks Developing and implementing a defense strategy against attacks is crucial. These strategies must include the ability to detect, prevent, and respond to attacks. A proactive approach can prevent potential damage and ensure system continuity.

A successful DDoS attacks Defense against attacks requires a multilayered approach. This means strengthening the network infrastructure, analyzing traffic, and building the capacity to respond quickly in the event of an attack. Training and raising employee awareness are also crucial. It's important to remember that the human factor is also a crucial link in the security chain. Regular security testing and identifying vulnerabilities ensures that systems remain up-to-date and secure.

Precautions to be taken

1. Strengthening the Network Infrastructure: Protect your network using strong firewalls and intrusion detection systems.
2. Traffic Monitoring and Analysis: Conduct continuous monitoring and use traffic analysis tools to detect anomalous traffic flows.
3. Cloud-Based DDoS Protection Services: Take advantage of cloud-based solutions that provide scalable and flexible protection.
4. Using Content Delivery Network (CDN): By distributing content, CDNs reduce the load on servers and increase resistance to attacks.
5. Creating an Attack Response Plan: Prepare a response plan that includes steps to follow in case of an attack and update it regularly.
6. Employee Training: Educate your employees about potential threats and raise their awareness.

The table below shows the different DDoS attacks summarizes some of the basic defense mechanisms and features that can be used against:

Defense Mechanism	Explanation	Features
Firewalls	It filters network traffic and blocks malicious traffic.	Stateful monitoring, deep packet inspection, application layer protection.
Intrusion Detection Systems (IDS)	Detects and alerts about suspicious activities on the network.	Signature-based detection, anomaly detection, behavior analysis.
Traffic Shaping	Manages and prioritizes network traffic.	Bandwidth control, QoS (Quality of Service) settings, traffic limitation.
Black Hole Redirection	Redirects malicious traffic to an invalid destination.	It is effective but needs to be implemented with caution, it can also affect legitimate traffic.

DDoS attacks A comprehensive and sustained effort is required to combat these threats. Adopting an integrated approach that includes technology, processes, and the human factor significantly increases businesses' ability to protect themselves from these types of attacks. By taking proactive measures and continually updating security strategies, DDoS attacks potential impacts can be minimized and the security of digital assets can be ensured.

What You Need to Know About DDoS Attacks

DDoS attacksposes a constant threat to businesses and individuals in today's digital world. These attacks aim to disrupt normal traffic by overloading a server, service, or network. Attackers use numerous devices (often computers infected with malware, known as botnets) to send simultaneous requests to the target system, exhausting system resources and rendering the service inaccessible to legitimate users. Such attacks not only cause financial losses but can also lead to reputational damage and diminished customer trust.

The complexity and diversity of DDoS attacks heightens the importance of developing an effective defense strategy against these threats. Understanding different types of attacks, assessing potential risks, and implementing appropriate security measures can help protect an organization or individual from these attacks. Furthermore, implementing rapid and effective attack detection and response processes can minimize potential damage.

Attack Type	Explanation	Possible Effects
Volumetric Attacks	It consumes bandwidth by flooding the network with excessive traffic.	Service interruption, network congestion.
Protocol Attacks	It exploits weaknesses in communication protocols to consume server resources.	Server crash, service inaccessible.
Application Layer Attacks	Targets application-level vulnerabilities (for example, SQL injection).	Data breach, access to sensitive information.
Multi-Vector Attacks	It makes defense difficult by combining multiple types of attacks.	Complex damage scenarios, prolonged outages.

With DDoS attacks Adopting a proactive approach and conducting continuous monitoring and analysis is crucial in combating this threat. Identifying abnormal traffic patterns and potential threats at an early stage allows for rapid response and mitigation. Various tools and technologies, such as firewalls, traffic filtering, content delivery networks (CDNs), and DDoS protection services, can provide an additional layer of defense against attacks. It's important to remember that an effective DDoS protection strategymust be constantly updated and adapt to the changing threat landscape.

Key Points

• DDoS attacks understand what it is and how it works.
• Regularly scan your network and systems for vulnerabilities.
• Install strong firewalls and monitoring systems.
• Develop a response plan to follow in the event of a DDoS attack.
• Educate your employees about potential threats.
• Consider working with a reliable DDoS protection service provider.

DDoS attacks Preparedness isn't limited to technical measures. Raising awareness across the business, ensuring all employees adhere to security protocols, and conducting regular security training are also critical. In the event of a potential attack, establishing communication strategies and informing relevant stakeholders can streamline the crisis management process and minimize reputational damage.

Frequently Asked Questions

Why are DDoS attacks so common and a major threat to businesses?

DDoS attacks are common because of their easy access to resources and their ability to be launched anonymously. They pose a significant threat to businesses because they can cause service disruptions, reputational damage, and financial losses. They can also place a significant burden on security infrastructures, increasing vulnerability to other cyberattacks.

What symptoms may indicate that a website or service is under DDoS attack?

Symptoms such as website or service slowing down, becoming inaccessible, abnormally high traffic, suspicious requests from certain IP addresses, and server resource overload may be signs of a DDoS attack.

What basic security measures can be taken to prevent DDoS attacks?

To prevent DDoS attacks, basic security measures can be implemented, such as configuring a firewall, filtering traffic, using content delivery networks (CDNs), implementing bandwidth overage protection, and installing intrusion detection and prevention systems. It's also important to conduct regular security audits and keep security patches up to date.

What steps should be included in an emergency response plan in case of a DDoS attack?

In the event of a DDoS attack, an emergency response plan should include detecting the attack, analyzing the impact of the attack, taking measures to mitigate the attack (for example, traffic redirection or blacklisting), maintaining communications, and performing post-attack analysis.

Why is it important to train employees about DDoS attacks and what should be focused on?

Training employees on DDoS attacks is important because they need to be aware of situations where systems can be compromised through social engineering attacks or malware downloads. Training should focus on topics such as recognizing suspicious emails and links, using strong passwords, and adhering to security protocols.

Why is it important to report DDoS attacks to authorities and what information should be provided?

Reporting DDoS attacks to the authorities can help identify the attack's source and targets, warn other potential victims, and initiate legal action. The report should provide information such as the time of the attack, its duration, the target, the methods used, and the potential damage.

How can DDoS attacks affect businesses' reputations and customer trust?

DDoS attacks can damage a business's reputation and erode customer trust through service disruptions. Customers may be hesitant to trust a business with inaccessible or slow service. This can lead to customer churn and reduced revenue.

How can small and medium-sized businesses (SMBs) protect themselves against DDoS attacks and what resources can they utilize?

SMBs can protect themselves against DDoS attacks by leveraging resources like cloud-based security solutions, CDN services, affordable firewalls, and intrusion detection systems. They can also seek support from cybersecurity consultants and follow industry best practices.

More information: Learn more about DDoS attacks