Radware

Radware focuses on technologies for securing web applications and network infrastructure, including DDoS attack prevention, bot traffic management, and intelligent load balancing. According to the 2025 CyberSec Analytics report, the number of targeted DDoS campaigns in the corporate sector rose by 22%, and Radware’s solutions made a significant contribution to countering new forms of attacks while maintaining high service performance under heavy loads.

Key Areas of Radware:

  • DDoS Protection 
    Radware’s platforms analyze traffic in real time, filtering malicious requests at the network edge. The systems automatically adapt to evolving attack patterns to reduce the risk of overload and service disruption. 

  • Web Application Firewall (WAF) and API Protection 
    Request-control technologies monitor attempts to exploit vulnerabilities in applications. When integrated with logging systems, they can identify suspicious patterns and promptly block data leaks, including those targeting APIs in microservice architectures. 

  • Smart Bot Traffic Management 
    Radware distinguishes legitimate automated requests (e.g., search engine crawlers, service bots) from potentially harmful ones. In retail scenarios, this capability not only neutralizes threats but also prevents fraud, such as mass bot-driven purchases or malicious activity affecting stock levels. 

  • Load Balancing and Application Optimization  
    Radware solutions leverage intelligent algorithms to distribute traffic based on network latency and server load. In 2024, as reported by Cloud Performance Review, over 70% of large enterprises hosted key web applications in a hybrid environment (partly in the cloud and partly on-premises). Adaptive load balancing proves invaluable in these settings. 

  • Integration with Orchestration and Analytics Platforms 
    Radware offers APIs for SIEM and SOAR systems, as well as close integration with containerization and CI/CD tools. This streamlines the automation of threat detection processes and accelerates incident response in distributed environments.  

Example of Use:

In 2025, a major e-commerce platform was hit by a series of sophisticated attacks masquerading as legitimate user traffic. By adopting a hybrid Radware solution (partly on-premises, partly in the cloud), the company maintained stable site availability even while processing millions of requests per minute.

Simultaneously, the WAF blocked SQL injection attempts targeting customer data, and the bot filtering system prevented malicious actors from hoarding popular products.

Why Choose Radware?

  • Dynamic Adaptation Mechanisms 
    Radware’s solutions employ machine learning and heuristic rules to respond to rapidly changing threat patterns, minimizing the risk of missing attacks that don’t match static signatures. 

  • Unified Security Platform 
    Customers can consolidate DDoS, WAF, and bot protection into a single management framework, reducing administrative complexity and eliminating gaps that can emerge from standalone products. 

  • Flexible Deployment (On-Premises and Cloud) 
    Radware supports on-premises deployments in private data centers and offers cloud-based services for organizations prioritizing on-demand scalability and minimal capital investment. 

  • Compatibility with Multi-Vendor Ecosystems 
    Adherence to open protocols and standards enables Radware solutions to integrate with hardware and software from various vendors without significant network redesign. 

  • Cost Optimization in Traffic Filtering 
    Advanced packet analysis blocks not only malicious but also unnecessary “noise” traffic, reducing the data volume that must flow through expensive network channels. 

Radware delivers comprehensive security and high performance for web applications, enabling organizations to expand their digital services without compromising infrastructure resilience. These solutions are equally suited for commercial projects with heightened bandwidth requirements and for enterprises that require continuous access to mission-critical internal systems.

Cookies

Cookies help us ensure the correct operation of the website and make its use convenient, secure, and pleasant.

I consent to the processing of cookies in accordance with the Cookie Policy

Cookies

We use cookies for the correct operation of the website, content personalization, and analytics. You can change your cookie settings or opt-out of optional categories in your browser settings.