Cisco 20M On-Demand Cloud DDoS Service Fixed SMS-1000 | DDoS Protection — RD-COD-20M-SMS-1K

Sustain service availability when attack traffic spikes with Cisco 20M On-Demand Cloud DDoS Service Fixed SMS-1000. This cloud-delivered mitigation service is designed to help organizations absorb and filter DDoS traffic before it disrupts critical applications, internet-facing services, or customer portals. For teams protecting high-value infrastructure, the value is in rapid response and off-network mitigation. Instead of relying only on local appliances to withstand large volumetric attacks, this service extends protection into the cloud, where attack traffic can be diverted and scrubbed at scale. That approach helps reduce pressure on your edge, preserve bandwidth for legitimate users, and keep incident response focused on continuity rather than emergency containment. The fixed SMS-1000 designation aligns the service to the intended Cisco security management environment, making it a fit for organizations standardizing on Cisco-managed protection workflows. It is a practical choice for enterprises that need a defined mitigation service rather than a generic subscription, especially where uptime, customer trust, and operational resilience carry direct business impact. Use it to strengthen your DDoS posture without overbuilding on-premises capacity. When the cost of downtime is measured in lost transactions, support escalations, and SLA exposure, cloud mitigation becomes a strategic control, not an optional add-on. Ideal For Protect public web portals from distributed denial-of-service attacks Maintain availability for customer-facing applications during traffic floods Extend DDoS defense beyond on-premises edge capacity Standardize mitigation workflows in Cisco-managed security environments Why This Product 1 Cloud mitigation reduces pressure on edge infrastructure 2 On-demand service model supports attack-time activation 3 Fixed SMS-1000 alignment fits Cisco-managed environments 4 Designed for availability protection, not just perimeter filtering