Best DDoS Mitigation Providers - 2025/2026
Senior Content Marketing Manager
The distributed denial of service (DDoS) threat landscape continues to see increasing attack sophistication - newer layer 7 attacks are becoming harder to detect and potentially far more dangerous. DDoS attacks pose a significant threat to any internet-facing app or API’s performance and availability, putting users and organizations at risk.
The consequences of a successful attack can be devastating to a business: from lost customers due to downtime, to hindered business operations, reputational damage and increased operational cost. Having the right DDoS mitigation solution in place is critical.
This DDoS Mitigation Provider guide can help you evaluate available DDoS solutions to determine the right one to meet your business needs.
What are the benefits of a strong DDoS Solution?
A robust DDoS solution protects business operations and interests, providing various key benefits to an organization:
Continuous uptime and service availability. Even during massive, multi-terabit attacks, a good solution will help keep websites performant.
Automated, real-time mitigation. A good solution will detect and neutralize threats across all layers (layer 3 through 7) within seconds, minimizing disruption.
Secure network, application, and API traffic. By safeguarding network, application and API traffic, a DDoS solution prevents exposure.
Customer trust + reputational protection. Customers expect consistent and reliable digital experiences. A DDoS attack resulting in website downtime reflects poorly on your brand. It may cause customers to lose trust in your business and switch to competitors. The right DDoS solution prevents this.
Integration with WAFs, bot management and threat intelligence. A good solution will integrate with other critical security tools, helping to strengthen your overall security posture.
Detailed visibility and analytics. Good solutions provide necessary insights to enable ongoing improvement and compliance.
Cost efficiency and scalability. A good solution will adapt to evolving attack patterns and growing traffic demands, making it an essential layer strategy program.
Key Considerations for Selecting a DDoS Mitigation Solution
You can use the table below to evaluate potential DDoS mitigation solutions.
Category | What to Evaluate | Why It Matters | What ‘Good’ Looks Like |
Mitigation Capacity | Peak Tbps and Mpps capacity, anycast vs. centralized scrubbing | Ensures the provider can handle multiple large-scale (10–20+ Tbps) multi-vector attacks at the same time | Should be in the hundreds of Tbps |
Coverage Scope | Layers protected (L3, L4, L7, DNS, etc.) | Attacks often target multiple layers; coverage gaps expose services | Multi-layer protection (network + app) |
Mitigation Speed | Detection-to-mitigation time, automation, inline vs. on-demand | Determines how long downtime or degradation lasts | L7 in seconds, L 3/4 near-instant |
Deployment Model | Always-on, on-demand, hybrid, or appliance-based | Impacts cost, latency, and ease of integration | Always-on for critical apps, on-demand for cost control |
Integration + Ecosystem Fit | Compatibility with your hosting/CDN/cloud | Reduces operational friction; enables native telemetry | Works with all existing tooling, with little to no tuning required |
Global Presence | Number and distribution of scrubbing centers or POPs | Shorter routes = less latency, better absorption near the source | Number of enforcement points |
Analytics + Visibility | Dashboards, logs,, forensic data | Supports faster incident response and compliance reporting | Real-time attack data, observability |
Additional Security Features | WAF, Bot Management, Threat Intel | Helps strengthen layered defense | Features unavailable from other vendors that provide best-in-class security capabilities |
Satisfies Compliance Needs | GDPR, SOC 2, ISO 27001, FedRAMP | Needed for regulated industries or government clients | Verified compliance certifications |
Real-World Track Record | Public attack reports, independent benchmarks | Shows operational maturity and resilience | Documented defense of XXX level of attacks in 2024–2025 |
Customer Satisfaction | Reviews, CSAT scores, reputation | Demonstrates customer experience, solution performance and troubleshooting assistance | CSAT scores, CSAT awards and recognitions |
Top DDoS mitigation solution providers in 2025-2026
Fastly
Fastly’s DDoS protection, aimed at applications and APIs, is built into Fastly’s best-in-class edge cloud platform. Leveraging proprietary “Attribute Unmasking” to detect and distinguish attack traffic, Fastly offers adaptive mitigation for every attack. Thanks to Fastly’s platform, at L 3 / 4, non HTTP/S traffic and other malformed requests are automatically dropped for anyone operating on the platform. Fastly’s cache also represents an added layer of absorption for DDoS attacks.
Combining edge-native speed, precision, and scalability in one unified platform, Fastly DDoS protection offers superior performance. Unlike traditional scrubbing-center models that reroute traffic during an attack, Fastly mitigates threats in real time at the network edge, blocking malicious traffic before it ever reaches origin.
Why Fastly:
Fastly’s architecture drastically reduces latency, keeps applications highly performant, and ensures instant protection against both volumetric and application-layer attacks. Fastly’s adaptive detection uses behavior-based algorithms and global visibility across its high-capacity edge network (462 Tbps), allowing it to absorb massive spikes and automatically distinguish between legitimate spikes and genuine attacks.
Strong visibility and flexibility make Fastly ideal for cloud-native, API-heavy, and latency-sensitive workloads. For organizations that value both protection and performance, Fastly offers a balanced, future-proof approach to DDoS mitigation that scales effortlessly as your business grows.
Key Benefits:
Fastly is very performant for web/app/API services, making it a strong choice for companies with DevOps/edge deployments.
Fastly’s offers enormous network capacity( 462 Tbps of connected global capacity as of June 30th 2025) and visibility at the edge
Fastly’s adaptive Attribute Unmasking automatically detects, identifies, and mitigates DDoS attacks targeting applications and APIs. The proprietary technique is highly accurate and can mitigate DDoS attacks in seconds
Fastly's billing model is oriented to legitimate traffic, providing some protection against cost-blowouts from attack traffic.
Fastly offers a one-switch ‘flip’ to turn on DDoS protection for existing platform users
Cloudflare DDoS Protection
Cloudflare provides broad-spectrum protection (L3/L4/L7) via a global anycast network, automatic mitigation rulesets, and integration into its CDN/edge stack. With autonomous “always-on” defense, Cloudflare’s in-line DDoS protection uses real-time traffic analysis, and adaptive heuristics to detect and stop attacks, in seconds.
Why Cloudflare:
Cloudflare mitigates even the most sophisticated and high-volume attacks, at every layer (L3, L4, and L7), without disrupting legitimate traffic or requiring rerouting through scrubbing centers. This translates to continuous uptime, zero-touch mitigation, and resilience against everything from botnet-driven floods to targeted application-layer assaults.
Key benefits:
Cloudflare operates with a large network capacity and a big global footprint.
Cloudflare offers strong automation with minimal manual tuning required.
Cloudflare is a good fit for both application and network layer protection.
Akamai Prolexic
Akamai offers three different cloud-cased solutions to help shield organizations from DDoS attacks. Customers can use Prolexic, Edge DNS and App & API Protector for complete coverage. Prolexic offers always-on or on-demand scrubbing of DDoS traffic within a dedicated global scrubbing center infrastructure. With strong coverage against a broad spectrum of DDoS attack types, the platform is engineered to scale alongside business growth.
Why Akamai:
For enterprises that want managed, high-touch scrubbing with enterprise SLAs and integration into a broader edge security portfolio, Akamai provides a combination of managed expertise and intelligent automation. As a long-standing and trusted name, Akamai provides reliability, expert support, and proven resilience against all types of DDoS attacks.
Key Benefits:
Akamai holds a proven track record defending large, multi-vector, multi-destination attacks.
It delivers a flexible deployment: on-prem, hybrid or cloud models.
AWS Shield Advanced
Offering Managed DDoS protection built into AWS Shield Advanced provides automatic inline mitigation for AWS-hosted resources, visibility into key traffic metrics, integration with AWS WAF, and cost protection from DDoS-driven usage spikes.
Why AWS:
For organizations that operate in the Amazon Web Services (AWS) cloud, AWS Shield Advanced delivers a DDoS defense package that excels in integration, automation and cost control. Shield Advanced provides always-on, inline mitigation across network (L3), transport (L4) and application (L7) layers and protects against sophisticated attacks
Key Benefits:
Native integration with AWS services (think EC2, ELB, CloudFront, Route 53) make Shield Advanced a good choice if you host primarily in AWS.
AWS provides managed service with 24/7 response through their DRT (DDoS Response Team)
Cost protection helps cover extra charges from DDoS-driven scaling or traffic spikes
Imperva
A versatile and enterprise-ready DDoS protection platform, Imperva provides comprehensive coverage across networks, applications, APIs, and DNS infrastructure. With integration across a unified security stack, Imperva offers a suite of security solutions.
Why Imperva:
Imperva delivers a balanced blend of automation, intelligence, and global capacity. Its globally distributed scrubbing network, combined with intelligent traffic filtering and behavioral analysis, enables rapid response to both volumetric floods and stealthy, low-and-slow attacks.
Key Benefits:
Aggressive mitigation SLAs and asymmetric network protection options are central to Imperva’s offering
Providing a single-vendor solution across app and network layers, Imperva is a good option as a “one-stop-shop” for select security concerns.
Radware
Radware’s hybrid protection architecture integrates on-premise appliances for inline detection, with cloud-based scrubbing centers for large-scale volumetric attacks, providing adaptive protection. Adaptive Behavioral Modeling learns legitimate traffic patterns, reducing false positives and eliminating the need for manual tuning.
Why Radware:
Delivering high-performance and precision, Radware is ideal for organizations that need granular control, ultra-fast response times, and hybrid deployment flexibility. Built on DefensePro technology and Cloud DDoS Protection Service, Radware combines real-time behavioral analysis with machine learning-based detection to identify and stop attacks.
Key benefits:
Radware provides inline/always-on hardware or virtual mitigation with behavioral detection - giving you the ability to choose
With 24/7 Emergency Response Team (ERT) support and detailed attack analytics, orgs get protection plus actionable intelligence
Comparison table of best DDoS Mitigation Providers, 2025-2026
Provider | Core Strength | Key Capabilities | Primary Advantages | Potential Limitations | Best For |
Fastly | Edge-native, real-time mitigation, proprietary solution for attack identification and classification | Inline DDoS detection and mitigation at the edge, integrated WAF and CDN, API-level protection, 462+ Tbps network capacity | Ultra-low latency, instant mitigation, unified visibility, and strong performance for apps/APIs | Focused more on app/API traffic than full L3/L4 network protection, but still provides L3/L4 coverage | Organizations prioritizing performance, real-time visibility, and API-driven workloads |
Cloudflare | Global anycast network | Autonomous L3 – L7 mitigation, integrated WAF, bot and API security, 215+ Tbps global capacity | Always-on protection, automation, zero configuration, integrated with Zero Trust and CDN | Limited customization for niche or proprietary network protocols | General web and network protection |
Akamai (Prolexic) | Enterprise-grade scrubbing and managed defense | 20+ Tbps capacity, multi-layer protection, on-demand or always-on scrubbing, advanced telemetry | Proven record of mitigating largest global attacks, managed SOC support, hybrid deployment options | More complex deployment and higher cost for smaller orgs | Large enterprises and mission-critical infrastructure needing full-service managed protection |
AWS Shield Advanced | Native AWS integration | Inline DDoS defense for AWS workloads, L3 – L7 protection, cost protection, 24/7 DDoS Response Team (DRT) | Seamless with AWS WAF and CloudFront, automated mitigation, predictable cost protection | Limited to AWS ecosystem; less effective for multi-cloud or external assets | AWS-centric organizations wanting integrated, automated DDoS resilience |
Imperva | Unified multi-layer protection | L3 – L7 protection, DNS and API defense, integrated WAF and Bot Management, real-time analytics | Rapid detection, enterprise-grade SLA, unified platform for app and network protection | Slightly higher latency for hybrid environments; best optimized within its ecosystem | Enterprises needing multi-surface protection and consolidated security visibility |
Radware | Hybrid precision and low-latency defense | DefensePro appliances + Cloud DDoS Service, behavioral modeling, encrypted traffic inspection | Sub-second inline mitigation, adaptive learning, flexible on-prem and cloud setup | Requires tuning and expertise; can be complex for smaller IT teams | Carriers, financials, and organizations needing customizable, high-speed hybrid protection |
Conclusion
Selecting the right DDoS mitigation provider - one capable of addressing business needs, scale and speed - is critical to keeping business interests secure. Increasing DDoS attack sophistication and scale demand robust DDoS mitigation solutions capable of detecting attacks in real-time, before they have the opportunity to impact the business. Choosing the right provider means guaranteed uptime, preserved customer trust and satisfaction, and no impact to business bottom-line: revenue.