What is our primary use case?
Radware AI Security Suite is used primarily to protect web applications and APIs from evolving cyber threats while maintaining application availability and performance. In day-to-day operations, it is relied upon most for real-time threat detection, automated attack mitigation, and security monitoring, which helps the security team to quickly identify and respond to suspicious activity with minimal manual effort.
For example, a sudden spike in suspicious requests targeting a public-facing application was recently observed. Radware AI Security Suite automatically identified the traffic as a bot-driven attack, blocked the malicious request in real-time, and alerted the security team. This helped to prevent potential service disruption while allowing legitimate users to access the application without any noticeable impact.
Beyond the threat application, Radware AI Security Suite has helped to reduce the time spent on manual analysis and incident response. Its AI-driven insights and automated mitigation capabilities allow focus on higher-priority security initiatives while maintaining continuous visibility into application and API threats. This has improved operational efficiency, reduced alert fatigue, and strengthened the overall security posture.
The key drivers for exploring solutions like Radware's agentic AI protection include the growth of web applications and APIs, increasing threat sophistication, and the need to reduce manual security operations. A solution was needed that would provide intelligent automated protection at scale, and Radware's agentic AI capabilities aligned well with those requirements.
When considering Radware's agentic AI protection, the priority was preventing data leakage. As data leakage was the highest priority concern, a solution was needed that could help protect sensitive information, provide visibility into AI activity, and detect abnormal behavior before it could result in data exposure and security incidents.
How has it helped my organization?
Radware AI Security Suite has had a significant positive impact on the organization. It has improved the ability to detect and mitigate threats in real time, reducing the risk of application downtime and security incidents. The automation and AI-driven analytics have decreased the amount of manual investigation required, allowing the security team to respond more quickly and focus on strategic initiatives rather than routine monitoring. From an operational perspective, improved visibility into web application and API threats, faster incident response times, and a noticeable reduction in alert fatigue have been observed. Overall, the platform has strengthened the security posture while improving the efficiency and productivity of the security operations team.
Since implementing Radware AI Security Suite, approximately 40 to 50% faster incident investigation and response times have been achieved due to the automated threat detection and mitigation. The platform has also helped reduce the number of security events requiring manual analysis by around 30 to 40%, allowing the team to focus on higher priority tasks. Improved visibility into web application and API threats has led to quicker identification of suspicious activity and a stronger overall security posture.
Radware's LLM Firewall has had little to no noticeable impact on user experience while providing strong protection against AI-specific threats. It helps secure AI interactions, reduce risks, and maintain performance, allowing users to work without disruption while improving overall governance and security.
Since deployment, Radware's LLM Firewall has primarily helped to block prompt injection attacks, unauthorized data access attempts, sensitive data leakage risks, and unsafe AI outputs. The biggest benefit has been preventing confidential information from being exposed while maintaining a smooth user experience.
What is most valuable?
The best features of Radware AI Security Suite are its AI-driven threat detection and mitigation that automatically identify and block sophisticated attacks in real time. Another valuable feature is the advanced bot protection to prevent credential stuffing, scraping, and other automated concerns. Comprehensive API security with continuous monitoring and protection for modern applications is also provided, as well as behavioral analytics, risk-based detection, and a centralized dashboard with reporting.
The most valuable feature is the AI-powered threat detection and automated mitigation capabilities, as they help stop attacks quickly and minimize the workload on the security team. The automated response capabilities reduce manual effort and enable faster incident remediation.
The governance and security rating for Radware AI Security Suite is very good. It demonstrates strong governance and security capabilities by combining AI-driven analytics with controlled policy-based and security enforcement. The platform provides clear visibility into detected threats, supports audit and reporting requirements, and helps security teams maintain consistent protection across applications and APIs.
From the security perspective, I appreciate that the AI focuses on identifying anomalies and reducing false positives while automating mitigation actions, all while allowing administrators to review and fine-tune policies. This balance between automation and human oversight helps build trust in the platform and its recommendations and decisions.
The AI capabilities of Radware AI Security Suite have been reliable and consistent, demonstrating strong threat detection accuracy and fewer false positives than traditional approaches. It provides actionable alerts, helps prioritize real risks, and improves overall operational efficiency for the security team.
What needs improvement?
The platform is highly effective, but enhanced dashboard customization, more third-party integration, and greater flexibility in reporting and policy management would make it even better.
More native integrations with SIEM, SOAR, and ticketing platforms would be specifically valuable to streamline incident management and automated workflows. Greater flexibility in dashboard customization, including role-based views and more granular reporting options, would also be beneficial. Additionally, enhanced API-level visibility with more pre-built, comprehensive compliance and executive reporting templates would help security teams extract insights faster and reduce administrative effort. Overall, these improvements would further enhance operational efficiency and the user experience.
One additional improvement Radware AI Security Suite needs is more detailed AI explainability, allowing security teams to better understand why certain threats are flagged and what factors contribute to the AI decisions. This would help build greater confidence in automated actions and simplify investigations. More predictive threat intelligence capabilities, enhanced executive-level reporting, and additional pre-built automation workflows for common security use cases would also be valuable. While the platform is already very capable, these enhancements would make it even more efficient and valuable in security operations.
For how long have I used the solution?
Radware AI Security Suite has been used for two and a half years.
What do I think about the stability of the solution?
Radware AI Security Suite is stable.
What do I think about the scalability of the solution?
Its scalability is rated nine out of ten.
How are customer service and support?
The customer support is good. Customer support is rated a nine on a scale of one to ten.
Which solution did I use previously and why did I switch?
No previous solutions have been used.
How was the initial setup?
In integrating Radware's agentic AI protection, visibility, security controls, and ease of deployment were prioritized. Out-of-the-path integration provided quick deployment with minimal operational project impact, while API-based integration offered deeper inspection and stronger governance for sensitive agent actions. The choice depended on the risk level of the workload and the required level of control.
The organization prioritized connecting with Microsoft Copilot first due to its widespread business use case and access to organizational data, securing AI interactions, monitoring potential risks, and maintaining governance around sensitive information, which were the primary objectives before extending protection to other AI platforms and internal agents.
The initial integration of Radware AI Security Suite required approximately five to ten person-days of engineering effort, including configuration, testing, and policy tuning. The implementation was smooth and required minimal disruption to existing workflows.
Which other solutions did I evaluate?
Before choosing Radware AI Security Suite, several alternatives were evaluated including Microsoft, Palo Alto Networks, Cloudflare, and F5, along with native platform controls. Radware stood out due to its AI-focused security capabilities, LLM protection, automation, and comprehensive visibility across AI applications and APIs.
What other advice do I have?
My overall rating for Radware AI Security Suite is nine. I chose a nine for my overall rating because Radware AI Security Suite provides strong protection, effective AI-driven threat detection, and valuable automation capabilities that have improved security operations. The platform delivers excellent visibility into web application and API threats while reducing manual effort for the security team. I deducted one point only because there is still room for improvement in dashboard customization, reporting flexibility, and third-party integrations. Overall, it is a reliable and highly effective security solution that has brought significant value to the organization.
Radware AI Security Suite is a strong choice for organizations adopting AI technologies and looking to improve visibility, governance, and protection against AI-specific threats. Start with the most critical use case and take advantage of its automation capabilities while continuously refining policies to maximize value and achieve the best results.
Which deployment model are you using for this solution?
Public Cloud
If public cloud, private cloud, or hybrid cloud, which cloud provider do you use?