

Kentik and Radware DDoS Protection Service compete in the traffic analysis and security sector. Kentik has a slight edge due to its comprehensive traffic visibility and automation features, while Radware excels in attack detection and mitigation.
Features: Kentik focuses on traffic analysis with capabilities such as flow data visibility, tagging, and automation. Its real-time drill-down capabilities and customizable reports are appreciated. Radware DDoS Protection Service offers real-time attack detection, automated mitigation using AI, and handles volumetric and application-layer attacks efficiently, with simplified operations during attacks.
Room for Improvement: Kentik users suggest better usability, action-oriented analytics, and AI integration, along with easier automation interfaces and cost analysis. Radware users indicate the need for improved reporting, integration customization, and a clearer user interface while suggesting more PoP locations and real-time SIEM integration.
Ease of Deployment and Customer Service: Kentik is praised for its easy deployment across environments and responsive technical support. Radware offers flexible deployment options and strong customer service, with users noting proactive communication and effective issue resolution.
Pricing and ROI: Kentik's pricing, though considered high, is deemed justified by its features and ROI in traffic management and security. Radware's price is also seen as high but fair due to its protection capabilities and scalability. Both products offer significant value corresponding to their respective features.
If we had, for example, a contracted capacity from Vivo of 50 GB and we were using 40, with Kentik we reduced this usage from 40 to 20.
In production environments, especially for service providers on IP networks and data centers, Kentik helps in reducing the time to identify and resolve issues.
I believe the return on investment has been mainly time savings in performing troubleshooting.
Radware DDoS has reduced my need for additional infrastructure investments due to DDoS threats.
The hybrid approach optimized infrastructure costs and personnel resources.
Because of Radware DDoS, many attacks can be mitigated effectively.
I have mostly used forums for any support needed because the setup is straightforward and the documentation is quite good.
They have monthly calls and discuss the product roadmap with us to determine what is needed.
Ensuring less than one second mitigation for L3/L4 and less than ten seconds for L7.
Sometimes I do not even get a response for days.
For me, it is necessary to communicate effectively both about the technology and the context to ensure Radware understands everything quickly and efficiently.
Kentik's integration with Kubernetes makes scaling easier.
Kentik's scalability is effective; the platform can handle these large volumes.
Kentik's scalability depends on how it is contracted.
As traffic volume and attack intensity increase, the mitigation can scale through its on-premise DefensePro and cloud-based DDoS protection.
Its cloud-based design allows it to handle large volumes of traffic and absorb attack surges while maintaining application availability and performance.
In terms of scalability, Radware DDoS excels.
In production, however, dimensioning of the underlying platforms is something to be mindful of.
Based on stability, I would give Kentik a nine.
I can say it is so great for us because if we configure it with Flowspec, the orchestration that we use, which is Kentik, makes the decision and automatically forwards the traffic to another position that we have in our network, or outgoing that we use.
In my opinion, there is no downtime experienced with Radware DDoS Protection Service due to external network redundancy.
DefensePro is the technology that is in front of the traffic and protects against DDoS attacks.
Radware DDoS is stable in my experience, with no downtime or reliability issues.
More work is required to integrate AI for troubleshooting, simplifying root cause analysis, and providing suggested solutions for network issues.
It needed to be a bit easier for new users and have slightly more customized reports.
Currently, the way I'm configuring it uses reactive alerts, which means alerts are triggered when an issue occurs. I would prefer more proactive alerts in the future.
We suggest that clear visibility within a management console could significantly enhance Radware DDoS's usability.
Every time, it is not possible to set policies for particular customers, especially with VPN users having customized ports that automatically drop legitimate traffic.
There should be improved bot management integration that mitigates bot-based DDoS attacks completely.
The pricing is good and aligns with the market target.
Kentik’s pricing is competitive in the marketplace.
Later, the prices are very high to maintain all the functionality blocks.
Regarding pricing, setup costs, and licensing, I find that Radware DDoS offers competitive rates in the market.
Pricing and licensing could be more flexible and transparent, particularly for organizations with multiple protected applications and varied traffic patterns.
I didn't check pricing of other providers in depth but verified with two, and found Radware to be significantly cheaper compared to F5.
The best features that Kentik offers are the ability to identify traffic end-to-end and to know which transit is used, if it goes through any other transit, to see the entire flow, from the subscriber to the content provider and vice versa.
This allows for better understanding of whether there is a critical ongoing case related to incoming traffic, such as a DDoS event, which is crucial for a service provider dealing with numerous customers.
Kentik has positively impacted our organization because when something happens, we use Kentik to analyze the problem and it brings us a faster solution to the problem, and the troubleshooting is clearer.
This solution is a significant win compared to other vendors because it tries to understand the traffic and the behavior of the traffic, and it utilizes intelligence or machine learning to mitigate false positives, which is highly customized for different types of customers.
The average time for Radware DDoS to detect an incident is only milliseconds, as even a delay of ten seconds is significant in networking.
Using behavioral-based detection, Radware DDoS can detect even unknown or zero-day attacks and mitigate those attacks within 18 seconds.
| Product | Mindshare (%) |
|---|---|
| Radware Cloud DDoS Protection Service | 6.7% |
| Kentik | 1.2% |
| Other | 92.1% |

| Company Size | Count |
|---|---|
| Small Business | 7 |
| Midsize Enterprise | 4 |
| Large Enterprise | 10 |
| Company Size | Count |
|---|---|
| Small Business | 26 |
| Midsize Enterprise | 19 |
| Large Enterprise | 35 |
Kentik provides real-time visibility into network infrastructure, focusing on monitoring, data visualization, and flow analysis to manage traffic patterns efficiently.
With robust analytics capabilities, Kentik offers insights into BGP peering status, aids in DDoS detection, and allows for detailed telemetry through its intuitive interface. The platform's SaaS nature simplifies operations by eliminating server maintenance concerns. Multi-vendor support and synthetic testing enhance network security and performance by simulating customer scenarios, while its API offers automation for querying and reporting tasks.
What are the key features of Kentik?Industries implement Kentik for network monitoring, traffic management, and flow data analysis across both on-prem and cloud setups. It proves valuable for detecting DDoS events, managing peering relationships, and optimizing costs, besides managing CDN configurations and performing synthetic tests in diverse environments.
Radware DDoS Protection secures networks, applications, APIs, and digital services against increasingly sophisticated Distributed Denial of Service (DDoS) attacks. It is available as DefensePro X, a physical or virtual appliance deployed on the customer’s side, and as Radware DDoS Protection Service, delivered from the cloud. It can be deployed in three ways: On-Prem, Hybrid, or Cloud.The solution combines AI powered behavioral analysis, machine learning, real time threat intelligence, and automated mitigation to detect and stop known, unknown, and zero day attacks, including burst attacks, DNS amplification, carpet bombing, IoT botnet floods, and application vulnerability exploitation. Mitigation signatures are generated automatically in real time, with no manual configuration during an attack. For TLS based attacks, sessions are inspected selectively based on detected anomalies, without decrypting all traffic.Designed to ensure business continuity, the platform continuously distinguishes legitimate users from malicious traffic, so organizations can keep their services available even during large scale, multi vector attack campaigns. Protection spans volumetric network attacks, application layer attacks, encrypted threats, bot driven campaigns, and emerging attack techniques.Product details:
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