Bell Cyber announced Tuesday the expansion of its partnership with Mahwah, N.J.-based Radware to provide an enhanced AI-driven, cloud-delivered security service designed to help organizations defend against evolving cyber threats.
Integrating Radware’s AI-based application security with Bell Cyber’s fully managed security operations, the expanded service is designed to enable earlier identification of anomalous behaviour, blocking malicious traffic and adapting protection as cyberattack patterns evolve, a Bell press release said.
“The offering brings web application protection, API (software interfaces) security, bot mitigation, and safeguards against traffic-flooding attacks together in a single, fully managed offering delivered by Bell Cyber,” the press release said, adding this approach simplifies protection, reduces the need for multiple tools and supports Canadian operational sovereignty considerations.
Canadian customers benefit from bilingual support and practices informed by national data-handling, compliance and sovereignty frameworks, Bell said. The service is also available to U.S.-based organizations looking for enterprise-grade protection supported by sound operational discipline, cross-border resilience and Radware’s globally recognized cloud-security capabilities, Bell added.
“Attackers are moving faster and using increasingly automated techniques to evade detection,” said John Menezes, president of Bell Cyber, in the press release. “By expanding our partnership with Radware, we’re providing organizations across Canada and throughout North America a simpler, AI-driven service that helps them detect and respond to threats quicker with the confidence of Bell’s fully managed, Canadian-delivered expertise.”
“This collaboration brings Radware’s cloud-security technology to more companies that need stronger defense against high-velocity attacks,” said Randy Wood, Radware’s senior vice president of North America sales, in a statement. “Bell’s fully managed model ensures customers benefit from advanced detection without added complexity.”
