Best 8 Cloud DDoS Mitigation Software For Business (2026)
We reviewed the leading cloud DDoS mitigation solutions on mitigation capacity, the accuracy of attack traffic identification, and how well automated response preserves availability for legitimate users during high-volume attacks.
Written by
Joel Witts
Technical Review by
Laura Iannini
Quick Summary
Cloud DDoS mitigation software protects cloud-hosted services against distributed denial of service attacks — with automated response and analytics designed for the scale and architecture of cloud environments. DDoS attacks targeting cloud services require mitigation that scales with the attack volume without degrading availability for legitimate users. We reviewed the top platforms and found Radware Cloud DDoS Protection Service, Akamai Prolexic, and AWS Shield to be the strongest on mitigation capacity and automated response accuracy.
DDoS attacks hit your infrastructure in multiple ways: volumetric floods consuming bandwidth, protocol-based attacks targeting network infrastructure, and application-layer attacks exploiting HTTP/HTTPS and other protocols. The right mitigation solution stops attackers closest to their source, leaving your applications and infrastructure running clean.
You need something that detects attacks in real time, mitigates without creating latency for legitimate users, scales from single applications to enterprise infrastructure, and integrates with your existing cloud and on-premises deployments. The wrong choice means expensive bandwidth charges during attacks, service outages that cascade across your platform, or overbuilt infrastructure you’re paying for even during quiet periods.
We evaluated several cloud DDoS mitigation platforms across scrubbing capacity and distribution, detection speed and accuracy, integration with cloud providers and hybrid environments, customization flexibility, cost structure, and support quality during active attacks. We assessed trade-offs between managed services and self-service control, vendor lock-in risks, and how well each handles geographically distributed attacks. This guide gives you the decision framework to match DDoS protection to your infrastructure footprint, attack surface, and team expertise.
Our Recommendations
Your ideal platform depends on your specific deployment requirements and which capabilities matter most.
- Best For 21 Scrubbing Centers and Real-Time Signatures: Radware Cloud DDoS Protection Service 15Tbps global scrubbing capacity across 21 centers handles massive volumetric attacks effectively.
- Best For 20 Tbps Dedicated Defense and Proactive Mitigation: Akamai Prolexic Zero-second mitigation SLA provides immediate protection without detection delays. 32 scrubbing centers with 20 Tbps dedicated capacity absorbs large-scale volumetric attacks.
- Best For Native Integration and Cost Protection: AWS Shield Standard tier included free with AWS, providing baseline Layer 3/4 protection automatically.
- Best For Adaptive Tuning and Cost Guarantees: Microsoft Azure DDoS Protection Zero-configuration deployment protects virtual network resources without application changes.
- Best For Three Protection Tiers, One Platform: Cloudflare DDoS Protection Website DDoS protection included free with unmetered mitigation on all service plans.
Radware Cloud DDoS Protection Service provides multi-layered defense against DDoS attacks using behavioral algorithms and automatic real-time signature creation. The service covers infrastructure DDoS protection against network-layer flooding, DNS infrastructure protection, and application-layer DDoS defense.
Radware Cloud DDoS Protection Service Key Features
The Cloud Web DDoS Protection add-on uses advanced Layer 7 behavioral-based detection and mitigation to block Web DDoS Tsunami attacks and advanced HTTP/S floods. Additional add-ons include application-layer DDoS attack protection, Firewall-as-a-Service (FWaaS), and Radware Network Analytics.
The service is backed by a worldwide network of 21 scrubbing centers with 15 Tbps of mitigation capacity. Scrubbing centers are globally connected in full mesh mode using Anycast-based routing, ensuring attacks are mitigated closest to their point of origin. Radware offers on-demand, always-on, and hybrid deployment models, along with a comprehensive SLA and access to the Emergency Response Team (ERT). The Cloud DDoS Management System provides attack traffic analysis for effective mitigation.
Our Take
Radware Cloud DDoS Protection Service is a strong option for enterprises that need flexible, cloud-delivered volumetric DDoS defense with global scrubbing capacity and multiple deployment models.
Strengths
- 21 globally connected scrubbing centers with 15 Tbps mitigation capacity using Anycast routing
- Layer 7 behavioral detection blocks Web DDoS Tsunami attacks and advanced HTTP/S floods
- On-demand, always-on, and hybrid deployment models for flexible protection
- FWaaS and Network Analytics available as add-ons
- Emergency Response Team (ERT) access with comprehensive SLA
Cautions
- Pricing not publicly available; requires contacting sales for a quote
Akamai Prolexic
Akamai Prolexic is a fully managed cloud DDoS defense platform with one of the largest dedicated scrubbing networks in the industry. We think the managed model with a zero-second mitigation SLA is the defining feature; Akamai’s proactive approach stops over 98% of attacks instantly without waiting for detection thresholds to trigger. The sixth-generation platform, fully software-defined, provides over 20 Tbps of dedicated mitigation capacity across 36 scrubbing centers globally, backed by Akamai’s broader 250+ Tbps network.
Akamai Prolexic Key Features
The 36 scrubbing centers span North America, South America, Europe, Asia, Oceania, and the Middle East, with Anycast routing directing attack traffic to the nearest location automatically. The Network Cloud Firewall provides network-wide ACLs and firewall rules that apply consistently regardless of where your applications live. Self-learning intelligence adapts to evolving attack patterns and provides early warnings before service disruption. Hybrid deployment support extends protection to on-premises infrastructure alongside cloud workloads. The SOCC team manages mitigation decisions 24/7, and you can add optional managed SOC services to reduce internal staffing requirements further.
What Customers Say
Support quality and 24/7 availability get consistently strong feedback. The platform stability under pressure and the distributed architecture hold up well during large-scale attacks. Something to be aware of is that the managed service model limits self-service customization through the client portal, which can feel restrictive for teams that want hands-on control. Reviews also note that premium pricing requires significant budget commitment to extract the full platform value.
Our Take
We think Akamai Prolexic is one of the strongest fully managed cloud DDoS platforms available. The zero-second mitigation SLA and 20+ Tbps dedicated capacity set a high bar for enterprise protection. If you want deep self-service control over mitigation algorithms, the managed model may not suit your workflow; but for organizations that want enterprise-grade cloud DDoS defense without building in-house expertise, Prolexic delivers.
Strengths
- Zero-second mitigation SLA stops 98%+ of attacks without detection delay
- 36 global scrubbing centers with 20+ Tbps dedicated capacity
- Network Cloud Firewall applies consistent ACLs across all application locations
- 24/7 SOCC with optional managed SOC reduces internal staffing needs
Cautions
- Customers note the managed model limits self-service customization through the portal
- Premium pricing requires significant budget commitment for full platform value
AWS Shield
AWS Shield is a managed DDoS protection service built into the AWS ecosystem, available in two tiers. Standard runs automatically for all AWS customers at no cost, covering Layer 3/4 attacks. Advanced adds application-layer protection, tailored detection, and 24/7 access to the Shield Response Team for $3,000 per month plus data transfer fees. We think the zero-cost Standard tier is the standout for cloud DDoS mitigation; every AWS customer gets baseline protection without configuration or additional spend.
AWS Shield Key Features
Shield Standard integrates natively with CloudFront and Route 53, providing always-on Layer 3/4 protection with automated anomaly detection and deterministic packet filtering. No separate console, no additional setup. Advanced tier adds customized detection that learns your application traffic patterns across EC2, ELB, CloudFront, Global Accelerator, and Route 53 resources. Health-based detection prioritizes protection for vulnerable applications during active incidents. The cost protection feature credits back DDoS-related billing spikes, which is a meaningful safeguard for auto-scaling AWS environments. The Advanced subscription includes L7 DDoS protection with up to 50 billion requests per month through the AWS Managed Rule group.
What Customers Say
Customers describe Shield as a set-and-forget solution. Implementation with CloudFront or public ALBs takes minutes, and the service protects applications without ongoing tuning. The cost protection and automatic refunds during attacks get specific praise. Something to be aware of is that Advanced requires an annual commitment with no monthly billing option, and the base cost plus traffic charges adds up quickly for high-volume environments. Reviews mention that cross-account visibility requires additional logging and dashboard configuration.
Our Take
We think AWS Shield is the natural choice for organizations running production workloads on AWS. Standard gives you genuine cloud DDoS protection at zero cost, which is hard to argue with. Advanced justifies the spend for organizations with high-value applications that need SRT access, cost protection guarantees, and application-layer defense. If your infrastructure isn’t on AWS, this isn’t relevant; but if it is, Shield should be active.
Strengths
- Standard tier runs automatically for all AWS customers at zero cost
- Native integration with CloudFront, Route 53, and ELB with no separate console
- Cost protection credits back DDoS-related billing spikes for Advanced tier
- Shield Response Team provides 24/7 expert support during active attacks
Cautions
- Advanced tier requires annual commitment with no monthly billing option
- Customers note cross-account visibility needs additional logging and dashboard configuration
Microsoft Azure DDoS Protection
Azure DDoS Protection provides Layer 3 and Layer 4 defense for resources running in Azure virtual networks. We think the adaptive real-time tuning is the standout feature for cloud DDoS mitigation; the platform profiles your application traffic and adjusts protection settings automatically, which eliminates the manual baseline configuration other solutions require. A single plan covers multiple Azure subscriptions, simplifying billing and management for multi-tenant deployments.
Microsoft Azure DDoS Protection Key Features
The adaptive AI learns traffic patterns specific to your environment and updates detection thresholds automatically to match your baseline, reducing false positives during legitimate traffic spikes. Native integration with Azure Monitor and Splunk makes the platform accessible for teams already using those tools for observability. The DDoS Rapid Response team provides expert investigation during active incidents and post-attack analysis. Cost protection provides service credits for resource costs during documented attacks, which matters for auto-scaling Azure environments. Network Protection covers up to 100 public IP resources in the base subscription, with IP Protection available for individual resource coverage.
What Customers Say
The zero-configuration deployment gets consistent praise. Customers report strong protection during attacks with minimal latency impact, and the always-on monitoring and real-time dashboards help teams maintain visibility without building custom tooling. Something to be aware of is that pricing runs into thousands monthly for enterprise deployments, creating a cost barrier for mid-market organizations. Reviews note limited customization and visibility into the mitigation process itself, which can be a concern for teams that want granular control.
Our Take
We think Azure DDoS Protection is the right choice for organizations running primarily on Azure who value operational simplicity over granular mitigation control. The adaptive tuning genuinely reduces the configuration burden compared to other cloud DDoS platforms. If you need deep customization of mitigation rules or operate outside Azure, this won’t be the right fit; but for Azure-native teams, the protection is well worth enabling.
Strengths
- Adaptive AI automatically adjusts protection based on application traffic patterns
- Zero-configuration deployment with no application changes required
- Single plan covers multiple Azure subscriptions for simplified billing
- Cost protection credits cover resource costs during documented DDoS attacks
Cautions
- Customers note limited customization and visibility into the mitigation process
- Monthly pricing creates a cost barrier for mid-market Azure deployments
Cloudflare DDoS Protection
Cloudflare DDoS Protection delivers cloud-based mitigation across three tiers: website, application, and network. Website DDoS protection comes included with all Cloudflare plans at no extra charge, with unmetered mitigation regardless of attack size. We think the combination of massive scale and accessibility is the defining advantage; Cloudflare’s network exceeds 500 Tbps of capacity across 330+ cities in 125+ countries, making it the largest cloud DDoS mitigation network available. The platform also consolidates CDN, WAF, and bot mitigation alongside DDoS protection.
Cloudflare DDoS Protection Key Features
Website DDoS Protection handles HTTP/HTTPS attacks with unmetered mitigation at no extra charge on all plans. Spectrum covers Layer 4 applications like gaming and VoIP through a pay-as-you-go reverse proxy model with built-in load balancing. Network DDoS Protection (Magic Transit) extends to on-premises, cloud, and hybrid environments via BGP routing and GRE encapsulation. The platform processes over 1 billion unique IPs daily, feeding real-time threat intelligence that updates protection automatically. In 2025, Cloudflare mitigated a 31.4 Tbps DDoS attack in 35 seconds with zero human intervention. Enterprise plans add 24/7 phone support, role-based access controls, and advanced logging.
What Customers Say
Customers praise the bot mitigation capabilities, with teams reporting that bandwidth drain from crawler traffic was solved with minimal configuration. Managing multiple sites through a single dashboard appeals to organizations with large web portfolios. Something to be aware of is that advanced features like phone support and granular controls require Enterprise plans. Reviews note an initial learning curve before the platform becomes intuitive for new users, particularly around WAF rule configuration and bot management settings.
Our Take
We think Cloudflare DDoS Protection is one of the strongest cloud DDoS platforms for organizations with significant web presence. The free website protection with unmetered mitigation removes budget barriers entirely for baseline coverage, and the 500 Tbps network capacity is unmatched. If your primary concern is network-layer protection for non-HTTP workloads, evaluate whether Spectrum or Magic Transit matches your architecture. For web-heavy environments, Cloudflare is hard to beat.
Strengths
- Website DDoS protection included free with unmetered mitigation on all plans
- 500 Tbps network capacity across 330+ cities absorbs the largest known attacks
- Consolidates CDN, WAF, bot mitigation, and DDoS in a single platform
- Spectrum provides pay-as-you-go L4 protection for gaming, VoIP, and custom protocols
Cautions
- Advanced controls, phone support, and granular logging require Enterprise plans
- Customers note an initial learning curve before the platform becomes intuitive
Fastly DDoS Mitigation
Fastly DDoS Mitigation provides cloud-based protection through an edge cloud platform with over 532 Tbps of network capacity. We think the edge-native detection model is the key differentiator for cloud DDoS mitigation; detection and mitigation happen at Fastly’s edge nodes rather than centralized scrubbing centers, which means attacks are blocked in seconds at the point closest to their source. Security policy updates propagate globally in 13 seconds, which gives teams real-time control during active incident response.
Fastly DDoS Mitigation Key Features
Fastly’s proprietary Adaptive Threat Engine detects and mitigates attacks using Attribute Unmasking techniques that identify attack patterns faster than traditional signature matching. Varnish Configuration Language (VCL) gives teams granular control over traffic handling, from simple rate limiting rules to complex conditional logic. The API-based configuration integrates with infrastructure-as-code tools like Terraform. Real-time logging and observability tools provide immediate visibility into traffic patterns and attack signatures. Fastly’s zero-attack-fees billing means customers are charged on legitimate traffic only, not on bandwidth spikes caused by volumetric attacks. The integration with Fastly’s Next-Gen WAF creates layered defense where WAF responses feed directly into DDoS blocking decisions.
What Customers Say
Customers consistently highlight the exceptional support quality, with dedicated security architects guiding migrations and implementations. Teams report multi-year deployments with zero downtime. The edge rate limiting scales from simple UI setup to full VCL control, appealing to organizations with varying technical skill levels. Something to be aware of is that VCL configuration requires learning Varnish syntax, which has a learning curve for teams unfamiliar with the language. Reviews also note that the separation between WAF and Next-Gen WAF functionality can make finding specific security features less intuitive.
Our Take
We think Fastly DDoS Mitigation is a strong fit for engineering-heavy teams that want fine-grained control over their cloud DDoS response. The 13-second global propagation and VCL customization give technically capable teams more control than most managed cloud DDoS platforms offer. The zero-attack-fees billing is a genuinely customer-friendly policy. If your security team prefers fully managed services with minimal configuration, the VCL-based approach may feel like overhead; but for teams that value control and speed, Fastly is well worth considering.
Strengths
- 532 Tbps edge network capacity with 13-second global policy propagation
- Adaptive Threat Engine with Attribute Unmasking for faster attack detection
- Zero-attack-fees billing charges on legitimate traffic only, not attack volume
- VCL customization provides granular control with Terraform integration
Cautions
- VCL configuration requires learning Varnish syntax, which has a learning curve
- Users report WAF and Next-Gen WAF separation makes finding security features less intuitive
Imperva DDoS Protection
Imperva DDoS Protection provides cloud-based mitigation across websites, network infrastructure, and individual IPs through a unified platform. We think the multi-layered coverage model is the core appeal; instead of separate products for different asset types, Imperva covers web applications, networks, and individual IP addresses from a single service. The platform commits to a 3-second SLA for detection and mitigation, with network-layer protection targeting sub-one-second response for most attack patterns, backed by 13 Tbps of global scrubbing capacity.
Imperva DDoS Protection Key Features
Website protection handles application-layer attacks automatically with behavioral algorithms that distinguish legitimate users from attack traffic. Network protection offers always-on or on-demand options for full infrastructure or specific subnets, with deployment via GRE tunnels, cross-connects, or virtual cross-connects through Equinix Fabric. Individual IP protection secures internet-facing services on single addresses. The platform provides 95% of the world with sub-50 millisecond latency through its global network. Investigative features surface attacker IPs and domains for threat intelligence workflows. SDN-based automated tuning and SIEM integration round out the operational picture, and the service integrates with Imperva’s full application security platform.
What Customers Say
Customers running production deployments report zero successful DDoS attacks despite being constant targets. The dashboard and reporting get strong marks for clarity, with detailed reports that simplify post-incident review. Support responsiveness gets consistent praise. Something to be aware of is that initial setup requires technical expertise and often takes longer than planned. Reviews also note that scaling protection to additional websites requires purchasing separate licenses, which can increase costs for organizations with large web portfolios.
Our Take
We think Imperva DDoS Protection is best suited for organizations with hybrid environments that need cloud-based protection across websites, networks, and individual IPs from a single vendor. The 3-second mitigation SLA and behavioral learning are real differentiators, and the investigative capabilities add value for teams doing active threat analysis. If budget is a primary concern, enterprise pricing may be a barrier; but for organizations facing sophisticated attack campaigns, Imperva is well worth the investment.
Strengths
- 3-second mitigation SLA with sub-one-second network-layer response for most patterns
- 13 Tbps global scrubbing capacity with sub-50ms latency for 95% of the world
- Unified platform covers websites, network infrastructure, and individual IPs
- Investigative tools expose attacker IPs and domains for threat intelligence workflows
Cautions
- Customers note initial setup requires technical expertise and often takes longer than planned
- Scaling to additional websites requires separate licenses, increasing costs for large portfolios
NETSCOUT Arbor Cloud DDoS Protection Services
NETSCOUT Arbor Cloud delivers hybrid DDoS protection that combines on-premises detection with cloud-based scrubbing across 16 global centers with over 15 Tbps of capacity. We think the hybrid architecture is what sets Arbor Cloud apart in the cloud DDoS space; on-premises Arbor Edge Defense handles local threats, and when volumes exceed local capacity, traffic routes automatically to the cloud scrubbing network. The ATLAS threat intelligence network, monitoring over 800 Tbps of internet traffic representing up to 50% of global activity, feeds real-time data into detection algorithms.
NETSCOUT Arbor Cloud DDoS Protection Services Key Features
The AI and ML-powered Adaptive DDoS Protection in Arbor Edge Defense adjusts to changes in attacker strategy in real time, which means the platform adapts without manual reconfiguration as attacks evolve. Sub-minute mitigation SLAs are backed by intelligent automation for fast detection and response. The ASERT security research team provides expert threat intelligence and analysis. Traffic analysis extends beyond basic DDoS into BGP monitoring and overlay VPN management, which gives network operations teams broader visibility. You can deploy Arbor Cloud as a standalone cloud service, combine it with on-premises Edge Defense, or use an intelligent hybrid model that automatically signals cloud scrubbing when local capacity is exceeded.
What Customers Say
Customers value the real-time visibility into network flows, BGP hijack detection, and detailed traffic reporting. The monitoring and traffic analysis capabilities are frequently cited as standout features. Something to be aware of is that implementation complexity requires significant technical expertise, and the learning curve is steep. Reviews describe the pricing as difficult to justify despite strong features, and some customers note that product updates have become less frequent than expected.
Our Take
We think NETSCOUT Arbor Cloud is best suited for service providers and enterprises with mature network operations teams that need hybrid cloud DDoS protection with deep traffic visibility. The ATLAS threat intelligence and ASERT team are genuine differentiators for detection accuracy. If your priority is simple cloud-based deployment over granular network control, the complexity may outweigh the benefits; but for organizations that value hybrid flexibility and detailed traffic analysis, Arbor Cloud delivers.
Strengths
- Hybrid architecture combines on-premises defense with 16 global cloud scrubbing centers
- ATLAS threat intelligence monitors 800 Tbps of internet traffic for real-time detection
- AI/ML-powered Adaptive DDoS Protection adjusts to evolving attacker strategies
- Sub-minute mitigation SLAs with intelligent automation for fast response
Cautions
- Customers describe pricing as difficult to justify despite strong features
- Reviews note implementation complexity requires significant technical expertise
What To Look For: DDoS Mitigation Checklist
When evaluating DDoS mitigation solutions, we’ve identified six essential criteria. Here’s what you should be asking:
- Scrubbing Capacity And Distribution: How much total Tbps capacity does the vendor operate? Are scrubbing centers distributed to absorb attacks closest to their source? Can the platform handle your peak attack scenarios without saturation? What redundancy exists if a scrubbing center fails?
- Detection Speed And Accuracy: How quickly does the platform detect attacks? What’s the stated mitigation SLA? Does it rely on signatures, behavioral analysis, or both? Can it handle novel attack vectors without manual configuration?
- Integration With Your Infrastructure: Does the platform support cloud-native deployments, on-premises infrastructure, or hybrid setups? Can it protect applications across multiple cloud providers? What’s required to integrate: DNS changes, BGP configuration, or API integration?
- Customization And Control: Can you define custom mitigation rules, or is everything managed? How granular is traffic filtering? If you need behavioral policies or rate limiting, how difficult is configuration? Does the platform expose APIs for automation?
- Cost Model And Billing: How is the solution priced: flat monthly, per-Tbps, per-attack, or hybrid? Are you charged during quiet periods? If an attack is massive, will your bill spike unexpectedly, or are charges capped? Do they offer cost protection or credits during attacks?
- Support And SLAs: What’s the response SLA for active attacks? Do you get a dedicated team, or shared support? Can they help with real-time decision-making during incidents, or just monitor? What incident review and analysis do they provide afterward?
Weight these criteria based on your attack profile and infrastructure. Organizations facing large volumetric attacks should prioritize scrubbing capacity and global distribution. Teams managing hybrid infrastructure need hybrid deployment options. Engineering-heavy teams benefit from customization and control. Cost-sensitive organizations should evaluate billing models during large attacks and prefer solutions with cost protection or caps.
How We Compared The Best Cloud DDoS Mitigation Software
Expert Insights is an independent editorial team that researches, tests, and reviews network security and DDoS mitigation solutions. No vendor can pay to influence our review of their products. Our Editor’s Scores are based solely on product quality. Before testing, we map the full vendor landscape for each category, identifying all active vendors from market leaders to emerging challengers.
We evaluated nine DDoS mitigation platforms across scrubbing capacity and global distribution, detection speed and SLAs, integration depth with cloud providers and hybrid environments, customization flexibility, cost structure and billing models, and support responsiveness during active attacks. We assessed latency impact during mitigation, false positive rates, and how well each platform handles multi-vector attacks combining volumetric, protocol, and application-layer components.
Beyond technical evaluation, we reviewed market research across DDoS defense landscapes and analyzed customer feedback to understand operational reality versus vendor marketing claims. We examined vendor threat intelligence capabilities, attack monitoring dashboards, and reporting quality. Our editorial and commercial teams operate independently. No vendor can pay to influence our review of their products.
This guide is updated quarterly. For full details on our evaluation process, visit our How We Test & Review Products.
The Bottom Line
No single DDoS mitigation solution fits every organization.
For enterprise organizations that can’t afford downtime and need hands-off management, Akamai Prolexic delivers 20 Tbps dedicated capacity with zero-second mitigation SLAs. 24/7 support justifies premium pricing.
If your infrastructure runs on AWS, AWS Shield provides automatic Layer 3/4 protection free with Standard tier.
For engineering-driven teams wanting fine-grained control and real-time customization, Fastly enables granular VCL-based traffic handling with 13-second global configuration propagation.
If you’re managing large web properties and want consolidated DDoS, WAF, and bot mitigation, Cloudflare includes website protection on all plans with unmetered mitigation.
For service providers and enterprises with hybrid infrastructure, NETSCOUT Arbor Cloud combines on-premises defense with cloud scrubbing and ATLAS threat intelligence.
Read the individual reviews above to dig into deployment specifics, pricing models, latency impact, and the trade-offs that matter for your attack scenarios and infrastructure footprint.
FAQs
Everything You Need To Know About Cloud DDoS Mitigation Software (FAQs)
A distributed denial-of-service (DDoS) attack is a malicious attempt to disrupt regular traffic on a targeted server, service, or network. This can result in the server crashing, meaning that a website, computer, or online service is put offline from being overwhelmed. The target’s capacity is unable to process all the attack requests, rendering it unable to respond to legitimate requests.
Cloud DDoS mitigation software falls into a category of software solutions and services that were created to provide protection for online services, applications, and infrastructure against the increasingly prevalent threat of DDoS attacks. Cloud DDoS mitigation software supports organizations in effectively detecting and mitigating these types of attacks so that the availability and performance of their online services not disrupted.
Cloud DDoS mitigation software provides a variety of benefits, which include:
- Maintaining strong service availability for legitimate users by mitigating the risk of them losing access to applications and online services in the event of a DDoS attack
- Minimizing downtime and service disruption, thereby minimizing the potential for revenue loss and reputational damage
- Dynamically scaling resources in response to attack traffic, which helps to ensure protection is maintained even during large-scale attacks
- Rapidly respond to attacks with automated detection and response, which helps organization to counter the speed and scale of modern DDoS attacks effectively
- Using detailed reports and analysis to gain better understanding of attack trends and how to improve security measures post-attack
Overall, cloud DDoS mitigation software solutions do a good job of empowering organizations to defend against DDoS attacks proactively. This, in turn, helps them to maintain their service availability and protect their online presence, both of which are imperative to remaining competitive into today’s digital landscape.
- Traffic Monitoring. A good cloud DDoS mitigation software solution should be continually monitoring network traffic patterns. If this is not the case, it cannot detect any anomalies or suspicious behaviors that might indicate that a DDoS attack is underway.
- Traffic Filtering. These solutions should be able to filter for, and then divert, any malicious traffic, keeping it away from the target infrastructure. Filtering techniques used to achieve this typically include route diversion, rate limiting, and IP filtering.
- Real-Time Alerts. Generating real-time alerts ensures that administrators, security teams, and relevant stakeholders are able to launch mitigation efforts quickly and efficiently in response to attacks.
- Automatic Mitigation. By automating the response to DDoS attacks, there is no need for manual intervention. This results in a streamlined process, reduces the risk of human error during actions like rerouting traffic, provisioning additional resources, and applying traffic filters.
- Reporting Analysis. A good cloud DDoS mitigation solution should provide users with detailed reports containing thorough analysis of any DDoS attacks. This includes information on the nature of the attacks, their source, duration, and the impact it had on the network and services.
Written By
Joel is the Director of Content and a co-founder at Expert Insights; a rapidly growing media company focussed on covering cybersecurity solutions.
He’s an experienced journalist and editor with 8 years’ experience covering the cybersecurity space. He’s reviewed hundreds of cybersecurity solutions, interviewed hundreds of industry experts and produced dozens of industry reports read by thousands of CISOs and security professionals in topics like IAM, MFA, zero trust, email security, DevSecOps and more.
He also hosts the Expert Insights Podcast and co-writes the weekly newsletter, Decrypted. Joel is driven to share his team’s expertise with cybersecurity leaders to help them create more secure business foundations.
Technical Review
Laura Iannini is a Cybersecurity Analyst at Expert Insights. With deep cybersecurity knowledge and strong research skills, she leads Expert Insights’ product testing team, conducting thorough tests of product features and in-depth industry analysis to ensure that Expert Insights’ product reviews are definitive and insightful.
Laura also carries out wider analysis of vendor landscapes and industry trends to inform Expert Insights’ enterprise cybersecurity buyers’ guides, covering topics such as security awareness training, cloud backup and recovery, email security, and network monitoring. Prior to working at Expert Insights, Laura worked as a Senior Information Security Engineer at Constant Edge, where she tested cybersecurity solutions, carried out product demos, and provided high-quality ongoing technical support.
Laura holds a Bachelor’s degree in Cybersecurity from the University of West Florida.