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The SmartWall TDS family of solutions is capable of mitigating a wide range of DDoS attacks all while maintaining full connectivity to avoid disrupting the delivery of legitimate traffic. It is designed to handle large network-based DDoS attacks or floods, reflective amplified spoof attacks, as well as application layer attacks that are typically too low to be detected by out of band solutions. The SmartWall TDS detects and mitigates attacks in seconds vs. minutes saving you money and resources. » LEARN MORE
Corero SmartProtect is a program designed for a broad ecosystem of service providers – hosted, managed and ISP – which gives these operators the capability to deliver advanced DDoS protection as a new high-value managed service to their customers, with an easily digestible economic model. Not only does this enable another layer of defense against multi-vector DDoS attacks for service providers’ infrastructure, but it gives them stronger competitive positioning in the marketplace and a new revenue generating service offering. » LEARN MORE
Since going live with the Corero solution, the Telesystem/LSI operations team rarely has to get involved with attack mitigation at all. For the most part, Corero just gives us a courtesy notice to tell us it’s already being blocked or in mitigation. Corero’s solution does exactly what we hoped it would do.”
Many enterprises are looking at revising their Internet edge, building out their Internet Gateway 2.0. Security technologies will be at the core of this new Internet gateway, and for many buyers that means taking a fresh look at on-premises DDoS mitigation solutions. This webinar will look at how new DDoS mitigation tools deployed on-premise can provide protection that scrubbing services alone cannot and work with existing security/DDoS mitigation technology to create a truly secure enterprise Internet connection.
Security researchers recently discovered a new variant of the famous Hide and Seek (HNS) botnet, which infected nearly 90,000 unique devices from the time of its discovery at the start of the year. The botnet, the world’s first to communicate via a custom-built peer to peer protocol, has now also become the first IoT malware strain that, under certain conditions, can survive a device reboot and remain on infected devices after the initial compromise. » READ MORE
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