Cisco 100M Hybrid Always-On Cloud DDoS Protection Service | Cloud Security — L-RD-CAOH100M-5Y

Protect critical internet-facing workloads with continuous DDoS mitigation built for always-on defense. Cisco 100M Hybrid Always-On Cloud DDoS Protection Service is designed for organizations that cannot afford service interruption when attack traffic spikes. With 100M capacity and hybrid cloud protection, it helps absorb malicious traffic before it reaches your infrastructure, reducing the risk of saturation, downtime, and emergency response overhead. This service fits teams that need persistent coverage rather than reactive cleanup. It supports a security posture where mitigation is already in place, so traffic can be inspected and diverted as conditions change. That matters for public portals, transactional applications, and services where even brief outages can affect revenue, operations, or customer trust. For infrastructure leaders, the value is operational certainty. Instead of relying on ad hoc defenses or manual escalation, you get a service model built to sustain availability under pressure. Cisco’s cloud-delivered approach also helps reduce the burden on local appliances and internal teams, making it easier to maintain consistent protection across changing traffic patterns. Choose this service when uptime is part of the business case, not just the IT goal. It is suited to organizations that want a defined protection capacity, always-on mitigation, and a deployment model that aligns with hybrid environments. Ideal For Protect customer portals that must remain available during DDoS events Defend transactional web applications against sustained volumetric attacks Support hybrid data center environments with upstream mitigation Maintain uptime for public-facing services with continuous cloud protection Why This Product 1 Always-on mitigation instead of manual activation 2 100M protection capacity for sustained attack traffic 3 Hybrid cloud coverage for mixed environments 4 Cloud-delivered defense reduces local infrastructure strain