Anti-DDoS acts as a volumetric shield, absorbing massive traffic attacks that attempt to bring down your server. At the same time, the WAF analyzes the content of legitimate requests to block sophisticated attacks (such as SQL injections) that try to steal data, ensuring that your website remains online and secure at all times.
Web Application Firewall (WAF) for Advanced Application Protection
Protect websites and APIs with a web application firewall (WAF), combining advanced security, attack mitigation, and high performance at the edge.
Enterprise Web Protection with a Web Application Firewall
Our web application firewall (WAF) protects applications, detects threats in real time, and improves performance through edge security.
WAF: Security and Visibility Against Threats
Our next-generation Web Application Firewall (WAF) analyzes traffic in real time to detect malicious requests and security risks, protecting your websites and APIs from application-layer attacks. We provide full threat visibility so you can respond quickly and easily to potential threats.
Anti-DDoS: Protection at the Edge
With our technology, we perform deep traffic analysis to identify malicious patterns and anomalous behavior, enabling proactive responses to potential threats before they reach the origin. This ensures that legitimate traffic remains unaffected.
Bot Mitigation: Protection Against Bots That Mimic Humans
This edge-based solution detects and responds to malicious synthetic traffic without affecting business-critical traffic. It protects websites, applications, and APIs in real time from the most dangerous bots that imitate human behavior.
Anomaly Detection: Complete Visibility of Your Environment
The system actively searches for patterns in your website traffic and notifies you if an anomaly occurs, providing the ability to activate our systems to respond to an incident when necessary.
IP Analysis
A cutting-edge solution accessible via API that provides real-time insights into IP activity, ensuring your security team can prioritize tasks and improve overall efficiency. At NDC Solutions, we efficiently filter the background noise of the internet, discarding unwanted traffic that clogs your systems and overwhelms your security tools.
Frequently Asked Questions
Not all traffic is human. We provide technology that distinguishes between “good” bots (such as Google) and malicious bots that attempt to steal prices, inventory data, or commit fraud. By blocking unwanted automated traffic, we help protect your business and its digital assets.
A CDN distributes your website’s content across global servers, which speeds up loading times for your end users. From a security perspective, it acts as a first line of perimeter defense: malicious traffic is stopped at our external servers before it can even reach your core infrastructure.
We provide a global reputation system that analyzes each IP address in real time. If an address has a history of attacks, originates from a suspicious network, or is linked to illicit activities in other parts of the world, it is either blocked or required to complete an additional challenge (Captcha) before being allowed to interact with your website.
Yes, a web application firewall (WAF) includes advanced bot mitigation capabilities. These systems analyze traffic behavior to distinguish between legitimate users and automated bots that mimic human activity.
A WAF can detect patterns such as repetitive requests, unnatural navigation, and the use of automated scripts. Based on this, it blocks or rate-limits these bots without affecting the experience of real users.
This is essential to protect applications from scraping, fraud, resource abuse, and automated attacks. It also reduces server load, improving overall performance.
For organizations with a digital presence, controlling automated traffic is critical to protect data, maintain system integrity, and ensure efficient operations.
A web application firewall (WAF) helps meet security standards by providing advanced controls over application traffic. It enables activity logging, blocks unauthorized access, and demonstrates that active protection measures are in place.
This is especially relevant for regulations that require data protection and continuous monitoring. A WAF generates detailed logs that can be used for audits and incident analysis.
For organizations, this simplifies compliance and reduces the risk of penalties. It also strengthens the security posture in the eyes of customers and partners.
When integrated with network security, it provides even more comprehensive coverage.
A web application firewall (WAF) not only protects but also improves performance by filtering unnecessary traffic and optimizing content delivery. By operating at the edge, it can serve content from locations closer to the user, reducing latency.
Additionally, by blocking malicious traffic, it frees up server resources that can be used to handle legitimate requests. This improves load speed and application stability.
For organizations, this translates into a better user experience, higher conversion rates, and lower bounce rates. In digital platforms, performance is a key factor for success.
A WAF becomes a dual solution that combines security and optimization within a single layer.
A web application firewall (WAF) works by intercepting traffic between the user and the application, analyzing each request before it reaches the server. It uses predefined rules, threat intelligence, and behavioral analysis to identify suspicious activity.
The system can detect common attack patterns such as code injection attempts or unauthorized access. When a threat is identified, it automatically blocks the request or applies mitigation measures. This happens in milliseconds without affecting the experience of legitimate users.
Modern WAF solutions also leverage edge technologies, allowing traffic to be filtered before it reaches the core infrastructure. This reduces server load and improves overall performance.
For organizations, this real-time capability is critical. It helps prevent incidents before they impact operations, ensuring the availability of digital services and reducing the risk of disruptions.
A web application firewall (WAF) helps mitigate DDoS attacks by filtering malicious traffic and detecting anomalous patterns in real time. While there are dedicated Anti-DDoS solutions, a WAF acts as a first line of defense at the application layer.
The system identifies repetitive requests, automated behavior, and unusual traffic spikes. Based on this, it can block or rate-limit connections, preventing servers from being overwhelmed. In addition, by operating at the edge, it reduces the load before traffic reaches the core infrastructure.
For organizations, this is essential to maintain the availability of digital services. A DDoS attack can cause costly disruptions and impact the customer experience. A WAF helps mitigate these risks and ensures that legitimate traffic continues to flow.
When combined with other network security solutions, protection becomes even more robust.
A web application firewall (WAF) works by intercepting traffic between the user and the application, analyzing each request before it reaches the server. It uses predefined rules, threat intelligence, and behavioral analysis to identify suspicious activity.
The system can detect common attack patterns such as code injection attempts or unauthorized access. When a threat is identified, it automatically blocks the request or applies mitigation measures. This happens in milliseconds without affecting the experience of legitimate users.
Modern WAF solutions also leverage edge technologies, allowing traffic to be filtered before it reaches the core infrastructure. This reduces the load on servers and improves overall performance.
For organizations, this real-time capability is critical. It helps prevent incidents before they impact operations, ensuring the availability of digital services and reducing the risk of disruptions.
A web application firewall (WAF) protects web applications and APIs from attacks targeting the application layer. This includes threats such as SQL injection, cross-site scripting, vulnerability exploitation, and malicious automated traffic. Unlike a traditional firewall that focuses on the network, a WAF analyzes HTTP and HTTPS requests in real time.
The system evaluates each incoming request to determine whether it is legitimate or represents a risk. This makes it possible to block attacks before they reach the servers, reducing infrastructure exposure. It also provides full visibility into traffic patterns, intrusion attempts, and user behavior.
For organizations, this means protecting critical digital assets such as websites, eCommerce platforms, and APIs. It also improves operational stability by preventing disruptions caused by attacks. In an environment where applications are core to the business, a WAF becomes an essential security layer that protects both operations and reputation.
Yes, a web application firewall (WAF) is designed to scale with business growth. It can adapt to higher traffic volumes, new applications, and distributed environments without compromising security.
It also integrates with solutions such as identity and access management to strengthen protection as the organization evolves.
This allows organizations to maintain a secure architecture that is ready for continuous growth.
A web application firewall (WAF) and an NGFW Firewall serve complementary roles within a security architecture. An NGFW protects the network and overall traffic, while a WAF focuses specifically on web applications and APIs.
An NGFW analyzes network packets, controls access, and prevents intrusions at the infrastructure level. In contrast, a WAF understands application behavior and can detect attacks that operate within seemingly legitimate web requests.
For organizations, using both is essential. The NGFW protects the perimeter and internal traffic, while the WAF protects publicly exposed digital assets. This combination creates a layered defense that significantly reduces the attack surface.
Implementing only one of them leaves gaps. Together, they provide comprehensive coverage that protects both the network and critical business applications.
APIs are one of the main attack vectors in modern digital environments. A web application firewall (WAF) protects these interfaces by analyzing each request and validating that it meets expected parameters.
A WAF can detect unauthorized access, data manipulation, and misuse of endpoints. This is essential to prevent data breaches and ensure system integrity.
It also provides visibility into how APIs are used, making it possible to identify anomalous patterns and continuously improve security. For organizations that rely on integrations and digital services, this protection is critical.
When combined with identity and access management, it ensures that both users and systems are properly authenticated before accessing resources.
A web application firewall (WAF) provides full visibility into application traffic, including users, requests, attack attempts, and behavior patterns.
This makes it possible to identify vulnerabilities, detect trends, and continuously improve security. It also supports better strategic decision-making based on real data.
For organizations, this visibility is essential to anticipate threats and optimize digital operations.
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