공시 • Apr 21
Radware Ltd., Annual General Meeting, May 25, 2026 Radware Ltd., Annual General Meeting, May 25, 2026. Location: at the offices of radware inc., 575 corporate drive, mahwah nj 07430, usa., United States 공시 • Apr 07
Radware Ltd. to Report Q1, 2026 Results on May 07, 2026 Radware Ltd. announced that they will report Q1, 2026 results on May 07, 2026 공시 • Mar 03
Radware Announces Web DDoS Protection For Encrypted Traffic Radware announced the availability of its Web DDoS Protection for Encrypted Traffic as a cloud-based service that does not require SSL certificate sharing or traffic decryption. With this release, Radware believes it is the only security provider to offer a cloud-based solution designed to block sophisticated, encrypted layer 7 DDoS attacks in the cloud without the need for a certificate, thus eliminating a common operational and compliance concern associated with encrypted traffic inspection. As encrypted traffic now represents the majority of web communications, organizations often rely on SSL decryption to inspect traffic for layer 7 threats. While effective, this approach can introduce privacy, regulatory, and key management complexities. Radware’s cloud-based deployment allows organizations to choose whether to share certificates. Organizations choosing not to share certificates can still receive automated, accurate and scalable cloud-based protection while preserving regulatory and privacy frameworks. Radware’s AI-powered Web DDoS Protection service uses cross-correlated, behavioral analysis and machine learning models to establish traffic baselines, detect anomalies, and dynamically generate mitigation rules. The system is designed to mitigate layer 7 DDoS attacks in real time without requiring ongoing manual policy tuning. Protection automatically adapts as traffic patterns evolve, helping maintain application availability while minimizing impact on legitimate users. With this new release, organizations can deploy Web DDoS protection in multiple ways depending on operational, regulatory, and infrastructure requirements: Cloud-based deployment via Radware’s Cloud Security Platform, with optional SSL decryption; On-premise deployment using Radware DefensePro appliances, or integrated application delivery and security through Radware Alteon Protect appliances; Deployment in Kubernetes-native environments using Radware Kubernetes WAAP. These options allow customers to choose between cloud, on-premises, hybrid, and containerized deployments, including a cloud-based model that does not require SSL certificate sharing nor traffic decryption. 공시 • Feb 03
Radware Unveils Agentic AI Protection Solution to Shield Enterprises from New Agentic Threats Radware announced the launch of its Agentic AI Protection Solution, extending the Radware Platform into the rapidly growing AI security market. Radware delivers a purpose-built defense against the unique and emerging risks of the agentic AI era. Radware’s Agentic AI Protection goes beyond guardrails, using external, algorithmic behavioral analysis to identify malicious intent and misuse in real time, providing protection aligned with the scale and complexity of agentic AI. Radware’s new solution is designed to address a broad spectrum of agent-specific security risks, including direct and indirect prompt injection attacks, tool abuse, human–agent trust exploitation, and unauthorized data access. The solution is built on four strategic pillars: real-time identification of all AI agents—both homegrown and SaaS-based—and the tools and systems they access; advanced runtime behavioral algorithms that detect and mitigate malicious or abnormal intent within agent interactions, including multi-step and cross-agent behaviors; seamless protection for custom-built agents as well as leading third-party agent platforms and services, including homegrown agents, Microsoft 365 Copilot, Microsoft 365 Copilot Studio, AWS Bedrock and more; and a dynamic Risk Graph Map that continuously scores an organization’s agentic AI security posture, highlighting multi-agent risk paths and potential data exposure in real time. Radware Agentic AI Protection is designed to align with the OWASP Top 10 for Agentic AI and leverages the AI Vulnerability Scoring System to assess and prioritize core security risks. The launch follows Radware’s recent discovery of ZombieAgent, a critical zero-click indirect prompt injection vulnerability affecting agentic AI environments. Agentic AI Protection Solution is part of Radware’s broader agentic AI protection solution for enterprises. It follows the recent launch of LLM Firewall, designed to help address the growing security concerns around integrated LLM modules in applications and to protect the LLM prompt and response against attacks and abuse. 공시 • Jan 20
Radware Launches A New End-To-End Api Security Service Delivering Runtime Protection and Posture Management of Apis Radware announced the launch of its Radware API Security Service, a full, end-to-end solution designed to protect APIs throughout their entire lifecycle using real-time production traffic. Radware API Security Service offers APIs advanced protection against the OASP Top 10 API Security Risks, including sophisticated Layer 7 DDoS attacks. Radware's new API Security Service addresses these challenges by delivering continuous runtime visibility, posture management, and protection--providing security teams with a real-time, high-fidelity view of actual API risk based on live production traffic. The Radware API Security Service is generally available and officially launches as a stand-alone solution, as well as part of Radware's broader application security and management portfolio. 공시 • Jan 08
Radware Unveils "ZombieAgent" A New Zero-Click, Ai Agent Vulnerability Targeting OpenAI's Deep Research Agent Radware announced the discovery of ZombieAgent, a new zero-click indirect prompt injection (IPI) vulnerability targeting OpenAI's Deep Research agent. The vulnerability could expose enterprises to invisible data theft, persistent agent hijacking, and service-side execution that could bypass an organization's security controls. The complete research, including technical breakdowns and defense recommendations, will be available at Radware's Security Research Center following the webinar. 
