D3VWAF - Layer 7 Anti-DDoS Software & Hardware

Services

Our application offers alot of services to users

Web Application Firewall

A web application firewall (WAF) is a security measure designed to protect web applications from various types of cyber threats, including attacks such as cross-site scripting (XSS), SQL injection, and cross-site request forgery (CSRF).

CAPTCHA Protection

CAPTCHA protection is designed to protect websites from automated attacks, such as bots attempting to spam forms or perform malicious activities.

AI Protection

AI-powered DDoS (Distributed Denial of Service) protection is designed to mitigate and prevent DDoS attacks, which are malicious attempts to overwhelm a target website or service with a flood of traffic from multiple sources.

JavaScript Protection

JavaScript Challenge is a feature that helps protect websites and web applications from automated bots and malicious activities by presenting JavaScript-based challenges to visitors

Features

Godlike DDoS Protection.

Easy To use

Easy-to-use (WAFs) are designed to provide effective security protection while being user-friendly and accessible for users with varying levels of technical expertise.

Best Performance

When it comes to web application firewalls (WAFs), performance is an essential factor to consider.

Free Updates

Free updates are a valuable aspect when considering a web application firewall (WAF) solution.

High Security

Achieving high security with a web application firewall (WAF) requires selecting a robust and effective solution.

24/7 Support

Having access to 24/7 support is crucial when it comes to web application firewalls (WAFs) to ensure timely assistance and resolution of any issues or security concerns that may arise.

100% Non bypassable as FluxCDN

It is important to clarify that no security solution, including web application firewalls (WAFs), can guarantee 100% non-bypassable protection.

More Features

What protections do we offer?

Everything is very easy.

HTTP Flood

Attackers generate a massive amount of HTTP/S requests to overwhelm the web server or application. These requests may appear legitimate, making it challenging to distinguish them from legitimate traffic.

Slowloris

This attack involves sending HTTP requests to the target server but sending them slowly, typically by sending partial requests or keeping the connection open for an extended period. This consumes server resources, such as open connections and thread pools, leading to resource exhaustion.

DNS Amplification

Attackers send a small number of DNS requests to open DNS resolvers with a spoofed source IP address, causing the DNS resolvers to respond with larger responses to the target IP address. This amplifies the volume of traffic directed at the target, overwhelming its resources.

SSL/TLS Attacks

These attacks target the SSL/TLS handshake process, aiming to consume server resources by initiating multiple handshakes or exploiting vulnerabilities in the SSL/TLS implementation.

Application-Layer Protocol Attacks

Attackers target specific application-layer protocols, such as HTTP, FTP, SMTP, or SIP, by sending malformed or malicious requests that exploit vulnerabilities in the protocol implementation. These attacks aim to disrupt or exploit weaknesses in the application's handling of these protocols.

GET/POST Floods

Similar to HTTP floods, attackers generate a high volume of GET or POST requests to exhaust server resources. This can overwhelm the application by tying up processing power, memory, or database connections.

Application Resource Exhaustion

Attackers target specific resources within an application, such as database connections, login systems, or search functions, to exhaust their capacity and make the application inaccessible to legitimate users.