Feb 06, 2020
Arbor has the end to end solution for DDoS protection, while Radware needs to work with their 3rd party partners.
Arbor DDoS and Radware DDoS compete in the cybersecurity market, specifically focusing on DDoS protection. Radware seems to have the upper hand due to its comprehensive integration of on-premise and cloud defenses, providing versatile protection across different attack layers.
Features: Arbor DDoS offers features like automated mitigation, predefined filters, real-time packet capture, cloud signaling, and extensive network traffic visualization. Its configurational flexibility allows for deployment both carrier-side and on-premise. Radware DDoS distinguishes itself with multi-layer protection, behavior analysis, and integration with cloud services, combining on-premise and cloud-based defenses effectively.
Room for Improvement: Arbor DDoS needs to improve scalability and integration flexibility. Issues like false positives and necessary manual adjustments call for AI integration. Configuration complexity and third-party integration weaknesses also require attention. Radware DDoS users cite the need for enhancing the graphical interface, improving documentation, and streamlining deployment processes. Real-time monitoring and expanded Layer 7 protection also need addressing, along with clearer and more affordable pricing.
Ease of Deployment and Customer Service: Arbor DDoS supports various deployment options, including on-premises, hybrid, and cloud configurations. Customer service is typically responsive, though regional support needs improvement. Radware's deployment is more flexible with options across hybrid, private, public, and on-premise environments. While customer service generally receives positive feedback, there is room for improvement in communication and response times.
Pricing and ROI: Arbor DDoS is often considered expensive, with a rigid pricing model based on throughput and managing routers, presenting budgeting challenges for smaller ISPs. Despite this, it offers strong ROI by preventing outages. Radware's pricing is also high but flexible due to its adaptive licensing approach. Though costly, its comprehensive protection and long-term value justify the investment, aligning with its advanced features and adaptability.
The hybrid approach optimized infrastructure costs and personnel resources.
The technical support team is very effective in resolving issues.
Although the team is good, they are not fast, and they lack the skills to manage dynamic attackers.
Support for Arbor DDoS deserves a rating of 10 because when there is a problem with implementation, the people I work with are the best.
Providing assistance almost instantly when needed.
Ensuring less than one second mitigation for L3/L4 and less than ten seconds for L7.
Before using Radware, I experienced some delays with another product, but with Radware, we have immediate connections with high-level technical support.
This would enhance the knowledge about scalability options available for Arbor DDoS, making it more accessible and useful for users.
They need to purchase boxes monthly to expand their bandwidths, and these new boxes can be added to the installed base very easily.
I find Arbor DDoS to be very scalable.
Scalability is well-supported by Radware.
It is scalable and user-friendly.
I would rate it a nine out of ten for scalability.
It is a very stable product.
Arbor DDoS is very stable.
In my opinion, there is no downtime experienced with Radware DDoS Protection Service due to external network redundancy.
I would like to see an option to decrypt the traffic with Arbor DDoS, as some clients are interested in this, particularly for application layer attacks on port 443.
Enhancing the handshakes between Arbor DDoS and third-party solutions is essential for obtaining better and real-time data that supports any organization’s support team effectively.
I would like to see a roadmap for one or two years, and it is tough to predict what will happen in that timeframe without a clearer description.
There should be improved bot management integration that mitigates bot-based DDoS attacks completely.
I suggest improvements to the user interface to make it easier to use and to find the necessary data for analysis.
I think Radware DDoS Protection Service could be improved by enhancing the network analytics features.
The prices for Arbor DDoS are expensive.
For some customers, the cost is expensive, but for enterprises looking to protect their services, it is affordable.
Radware pricing is on the high end, suitable more for larger organizations.
I didn't check pricing of other providers in depth but verified with two, and found Radware to be significantly cheaper compared to F5.
We have a premium cost setup to align with a tier four uptime certified data center, storing and protecting critical infrastructure.
That is an attack over 10 gigabit per second, and if an attack enters the telecommunication network, that will be a disaster for their customer, their services, and so on.
We have many updates for the library of different attacks, and they have artificial intelligence that automatically learns the process during different attacks.
The platform offers quick mitigation of attacks because Arbor DDoS uses BGP Flowspec, enabling very quick mitigation.
The support from Radware is also exceptional, as they are always willing to jump on a call to help solve issues and improve our network design.
The ERT feeds, which are based on Radware intelligence services, have been beneficial to my organization because they block a lot of malicious IP addresses and botnets.
The best feature of Radware DDoS Protection Service is the automation.
Arbor DDoS provides effective mitigation against DDoS attacks with a user-friendly interface, integrating cloud and on-premise solutions for real-time traffic control and reporting. It supports large traffic volumes without latency, making it ideal for protecting online infrastructure.
Known for its intuitive GUI and rapid response, Arbor DDoS defends against complex DDoS threats using AI-driven anomaly detection and traffic categorization. It offers packet capture, robust reporting, and deployment flexibility, helping users maintain network stability and performance. While improvements in auto-mitigation, interface modernization, and scalability are needed, its hybrid protection approach efficiently secures networks for service providers and enterprises.
What are the key features of Arbor DDoS?Internet Service Providers and managed service providers utilize Arbor DDoS to secure network infrastructure and service availability. It's implemented in government and finance sectors for safeguarding customer websites and managing server traffic thresholds. Organizations deploy Arbor DDoS both on-premise and via cloud for extensive network protection.
Radware DDoS provides robust multi-layer protection against distributed denial of service attacks, featuring real-time monitoring and anomaly detection. Its scalable cloud-based and on-site deployment options ensure effective safeguarding of critical infrastructure.
Offering comprehensive defense, Radware DDoS includes features like data scrubbing, signature updates, and SSL-based mitigation. Integrated platforms and a user-friendly interface streamline its deployment. With advanced reporting, analytics, and behavioral analysis powered by machine learning, users experience fewer false positives. Despite these strengths, users highlight the need for improved scalability, seamless deployment, and enhanced machine learning capabilities. Better documentation, pricing, and customer service remain areas of improvement.
What features does Radware DDoS offer?In industries like banking, telecom, and government, organizations employ Radware DDoS to protect networks from DDoS attacks. It ensures server, web service, and mail security while enabling traffic monitoring and unauthorized access blocking. Its cloud-based options serve entities seeking infrastructure security and network traffic analysis.
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