Check Point CloudGuard WAF vs NGINX App Protect comparison

Check Point CloudGuard WAF (Web Application Firewall) is a cloud-native security solution designed to protect web applications and APIs from known and unknown threats. It employs contextual AI and machine learning to prevent zero-day attacks without relying on traditional signature-based detection methods, ensuring that applications remain secure even as new threats emerge.

CloudGuard WAF offers preemptive protection against vulnerabilities by using machine learning to identify and block zero-day threats like Log4Shell and Spring4Shell. It provides precise detection capabilities, minimizing the need for constant fine-tuning and reducing false positives. Designed for cloud-native environments, CloudGuard WAF integrates seamlessly with CI/CD pipelines, supporting automated deployment and configuration through infrastructure as code (IaC) or APIs.

Key Features of CloudGuard WAF:

• ML-Based Threat Prevention: Stops application-layer attacks, including those listed in the OWASP Top 10, with minimal tuning and no reliance on signature updates.
• API Discovery and Security: Identifies and secures APIs, preventing misuse and enforcing API schemas to protect against unauthorized access.
• Bot and DDoS Prevention: Detects and mitigates automated attacks that can disrupt services or degrade customer experiences.
• Intrusion Prevention (IPS): Provides protection against over 2,800 web-related CVEs using Check Point’s award-winning IPS technology.

Benefits of CloudGuard WAF:

• Zero-Day Protection: Mitigates risks from newly discovered vulnerabilities without waiting for signature updates.
• Reduced Operational Overhead: Eliminates the need for constant manual tuning and exception handling, simplifying security management.
• Comprehensive API Security: Enhances control over your attack surface by discovering and securing all APIs, including shadow, rogue, and deprecated endpoints.
• Fast and Easy Deployment: Deployable within minutes via WAF as a Service (WAFaaS), requiring only a one-time DNS configuration for immediate protection.

CloudGuard WAF is particularly suitable for organizations using modern, cloud-based architectures that require robust, automated security measures for both applications and APIs. Its capabilities are valuable for industries that handle sensitive data, such as finance or healthcare, where compliance and data protection are critical. Pricing and support are typically customized to the specific needs and scale of the deployment, with options for continuous updates and maintenance through Check Point's managed services.

CloudGuard WAF by Check Point provides advanced, AI-driven protection for web applications and APIs, offering automated, precise threat prevention and easy integration with cloud-native environments, ensuring robust security without the need for extensive manual configuration.

NGINX App Protect application security solution combines the efficacy of advanced F5 web application firewall (WAF) technology with the agility and performance of NGINX Plus. The solution runs natively on NGINX Plus and addresses some of the most difficult challenges facing modern DevOps environments:

• Integrating security controls directly into the development automation pipeline
• Applying and managing security for modern and distributed application environments such as containers and microservices
• Providing the right level of security controls without impacting release and go-to-market velocity
• Complying with security and regulatory requirements

NGINX App Protect offers:

• Expanded security beyond basic signatures to ensure adequate controls
• F5 app‑security technology for efficacy superior to ModSecurity and other WAFs
• Confidently run in “blocking” mode in production with proven F5 expertise
• High‑confidence signatures for extremely low false positives
• Increases visibility, integrating with third‑party analytics solutions
• Integrates security and WAF natively into the CI/CD pipeline
• Deploys as a lightweight software package that is agnostic of underlying infrastructure
• Facilitates declarative policies for “security as code” and integration with DevOps tools
• Decreases developer burden and provides feedback loop for quick security remediation
• Accelerates time to market and reduces costs with DevSecOps‑automated security