Stop large-scale DDoS attacks in seconds without business interruption.
Defends against volumetric floods, protocol abuse, and CC attacks etc.
Detect and mitigat automatically within seconds, without manual intervention.
Tbps-class mitigation capacity to prevent attacks from overwhelming your origin.
Supports HTTP/S, WebSocket, TCP, UDP, and custom ports to protect a wide range of applications.
Offers CDN acceleration with smart routing, load balancing, and caching.
Detailed traffic analytics and logs provide visibility into attack patterns, sources, and mitigation actions.
Large-scale DDoS attacks are mitigated within seconds, keeping services online without shutdowns, traffic blackholing, or emergency configuration changes.
Your origin server’s real IP is fully hidden behind SIRAYA’s protection layer, preventing attackers from bypassing defenses and directly targeting backend infrastructure.
Defense policies are continuously optimized based on real-world attack intelligence, with industry-tailored strategies for Gaming platforms and Web3 environments.
Hands-on support during live attacks, not just automated alerts.
深入了解針對遊戲、即時和交易服務的攻擊模式。.
Protection resources and strategies are continuously optimized based on traffic behavior and regional exposure.
Traffic spikes from campaigns or product launches often attract malicious traffic. SIRAYA protects e-commerce platforms from attack-driven outages, maintaining service continuity during both legitimate surges and DDoS incidents.
Online learning and registration systems must remain accessible during peak usage. SIRAYA ensures reliable access to education platforms, protecting against traffic floods that could disrupt students and staff.
“We run a global live entertainment platform, so traffic spikes and attacks are part of daily operations. With SIRAYA in place, abnormal traffic is handled before it reaches our systems, and incidents no longer turn into emergencies for our team. That has made our operations much more predictable and easier to manage.”
—— Raymond H. Site Reliability Engineering
Global Live Entertainment Platform
