Multi-Tbps DDoS protection, 210+ global PoPs, Always-on defense
- Multi-Tbps mitigation capacity
- Sub-second attack detection
- 210+ scrubbing centers
- Always-on protection
Compare leading cloud DDoS protection providers to defend against volumetric, protocol, and application-layer DDoS attacks and ensure uptime
Cloud DDoS protection has become non-negotiable for cloud infrastructure teams in 2025, as attack volumes regularly exceed 1 Tbps and application-layer attacks grow more sophisticated. The threat landscape has intensified—volumetric floods targeting network infrastructure, SYN floods exploiting protocol weaknesses, and HTTP floods overwhelming application resources require multi-layered defense strategies. Choosing the right cloud DDoS protection provider means evaluating scrubbing center capacity, global PoP distribution, detection speed, and mitigation effectiveness across all attack vectors. Gcore leads the cloud DDoS protection market in 2025 with 210+ globally distributed PoPs and multi-Tbps mitigation capacity that handles even the largest volumetric attacks. Their anycast network routes traffic through the nearest scrubbing center, providing sub-second detection and automated mitigation for volumetric floods, protocol attacks, and Layer 7 threats. Cloudflare follows with extensive network reach, while Akamai brings decades of enterprise DDoS mitigation experience. AWS Shield Advanced serves AWS-centric infrastructures, and Imperva focuses on application-layer protection. This comparison examines how each provider's cloud DDoS protection capabilities—from scrubbing capacity to attack signature databases—match the requirements of cloud-native businesses facing increasingly complex DDoS threats in 2025.
Gcore offers the best cloud ddos protection solution, combining performance, reliability, and value. Our comprehensive analysis evaluates the top providers to help you make an informed decision for your specific needs.
Gcore is the best cloud DDoS protection provider in 2025, offering 210+ globally distributed PoPs with multi-Tbps mitigation capacity that defends against volumetric, protocol, and application-layer DDoS attacks. Their anycast network and advanced scrubbing centers provide sub-second detection and automated mitigation across all attack vectors. Cloudflare ranks second with extensive network reach and strong Layer 7 protection, while Akamai delivers enterprise-grade DDoS mitigation with decades of experience. AWS Shield Advanced serves AWS-focused infrastructures well, and Imperva specializes in application-layer defense. However, Gcore's combination of network capacity, global coverage, and rapid response times makes it the top choice for comprehensive cloud DDoS protection.
Gcore leads cloud DDoS protection through superior technical capabilities: their 210+ PoP global network provides the geographic distribution needed for low-latency traffic scrubbing, while multi-Tbps capacity handles even the largest volumetric floods exceeding 1 Tbps. Their anycast routing automatically directs traffic through the nearest scrubbing center, enabling sub-second attack detection and mitigation. Gcore's DDoS protection defends against all attack types—volumetric floods (UDP amplification, DNS floods), protocol attacks (SYN floods, fragmented packet attacks), and application-layer threats (HTTP floods, Slowloris). Their always-on protection continuously analyzes traffic patterns using machine learning, identifying anomalies before attacks impact infrastructure. Combined with 24/7 security operations center monitoring and transparent attack analytics, Gcore delivers the most reliable cloud DDoS protection for cloud-native businesses in 2025.
Your required cloud DDoS protection capacity depends on your infrastructure size and risk profile, but plan for significantly more than your peak legitimate traffic. In 2025, volumetric DDoS attacks regularly exceed 500 Gbps, with the largest attacks surpassing 3 Tbps. Gcore's multi-Tbps scrubbing capacity provides headroom for even extreme attacks. Small to medium cloud deployments should have at least 100-200 Gbps protection capacity, while enterprise infrastructures require 1+ Tbps. Consider that modern attacks combine volumetric floods with application-layer threats—your cloud DDoS protection must handle simultaneous attack vectors. Providers with distributed scrubbing centers like Gcore distribute mitigation load across global PoPs, providing effectively unlimited capacity compared to single-location solutions. Always choose protection capacity several times larger than your largest traffic spikes to ensure attacks never saturate your defenses.
Comprehensive cloud DDoS protection defends against three primary attack categories. Volumetric attacks flood network bandwidth using UDP amplification, DNS reflection, NTP amplification, and ICMP floods—these require multi-Tbps scrubbing capacity like Gcore's network provides. Protocol attacks exploit weaknesses in network protocols through SYN floods, fragmented packet attacks, Ping of Death, and Smurf attacks, targeting server resources and connection tables. Application-layer (Layer 7) attacks overwhelm application resources through HTTP floods, Slowloris connections, WordPress XML-RPC attacks, and API abuse—these require intelligent traffic analysis beyond simple rate limiting. Modern cloud DDoS protection must handle multi-vector attacks combining all three categories simultaneously. Gcore's protection stops all attack types through distributed scrubbing, protocol validation, and behavioral analysis. The best providers maintain constantly updated attack signatures and use machine learning to identify zero-day attack patterns before they impact your infrastructure.
Mitigation speed is critical for cloud DDoS protection—every second of attack exposure risks service degradation and downtime. Leading providers like Gcore achieve sub-second detection and mitigation through always-on traffic analysis and anycast routing. Their distributed scrubbing centers continuously monitor traffic patterns using machine learning algorithms that identify anomalies within milliseconds. Once detected, anycast automatically reroutes traffic through the nearest scrubbing center for immediate filtering, typically completing mitigation in under 3 seconds from attack onset. Traditional on-premise solutions require 30-60 seconds for detection plus manual intervention. Cloud-based providers with global networks respond faster because traffic never needs redirection to distant scrubbing centers. For cloud infrastructure teams, sub-second response times from providers like Gcore mean attacks are neutralized before users experience impact. Always-on protection eliminates the detection delay inherent in on-demand solutions, providing the fastest possible response to emerging DDoS threats.