Radware Cloud WAF Service Reviews

Initially, all our services were on-premises, but we decided to move many of them to the Azure cloud to make them accessible to our customers. However, we discovered that certain attacks were going undetected and the native tools in Azure cloud were inadequate for protecting against them. As a result, our expenses were increasing due to resource exhaustion. To address this issue, we consulted with our vendors and found a Cloud WAF hardware solution. Once we implemented Radware Cloud WAF Service and combined it with application controls, bot protection, and DDoS services, our expenses were reduced by 80 percent. This was a remarkable achievement.

I report every month on any incidents involving our public assets. One particular use case that I focus on is geo attacks, which help identify who is attempting to access these resources from locations outside of our Southeast US customer base. This helps reduce unnecessary noise. We also have private APIs that are only accessible to specific vendors, and it's important to secure them with an access list. Although it is a basic measure, it allows me to monitor who is attempting to access those resources. The unknown threat aspect of it is not a frequent occurrence.

Radware Cloud WAF Service provides excellent automated analytics for event analysis. Its visibility feature alone is a selling point for the product. When we initially invest in cloud services, it can be difficult to monitor activity. We only receive a bill indicating increased CPU and RAM usage. The analytics provided by Radware Cloud WAF Service has been extremely helpful in this regard.

Radware Cloud WAF Service has significantly reduced our Azure bill by filtering out unnecessary CPU, compute, and bandwidth usage on the front end. Previously, we experienced a lot of errors and serious issues due to APIs being exposed, and our developers could not always understand why these errors occurred. However, once we implemented Radware Cloud WAF Service, it significantly reduced the noise and eliminated malicious data. As a result, our developer logs now look good, and we can identify who is targeting us and their intentions through the provided metrics. It has been incredibly helpful from a management perspective as we can present them with dashboard metrics showing how the tool is blocking and protecting us. They appreciate this information.

Radware Cloud WAF Service has helped reduce our false positives by 90 percent.

We quickly recognized the value of the Radware Cloud WAF Service upon deployment. However, we needed to ensure that the business owners understood the changes being made. Upon activating the spot protection and geolocation service, we noticed a significant decrease in illegitimate traffic. Prior to the implementation, we were receiving an overwhelming amount of hits, averaging between 150,000 to 160,000 per hour on certain pages. Once the services were activated, this number decreased to only 2,000 to 3,000 hits per hour, indicating that a majority of the previous traffic was not legitimate. This allowed us to reduce our footprint in Azure and do so immediately. It is evident that the internet is filled with a vast amount of illegitimate traffic, with many individuals scanning for open services. The implementation of Radware Cloud WAF Service helped eliminate this issue within a day.

Before the introduction of Azure cloud-native tools, monitoring visibility was inadequate, making it difficult to identify the cause of resource attacks. With the current visibility dashboard, we can now obtain insight into the nature of attacks, identify attackers, and detect top IP or threat regions. This dashboard has proven to be helpful in improving our ability to identify and respond to attacks.

Radware Cloud WAF Service has significantly reduced the number of attacks and improved our visibility. However, there are some areas where it could improve its maturity. Previously, the interface, Bot manager, and Cloud WAF were separate interfaces, but they have now been merged into one dashboard. However, the current setup is somewhat cumbersome, and there is room for improvement in this area.

Radware Cloud WAF Service has limited integrations, and I would like to see it integrate with our use of Azure DevOps. Specifically, I would like it to be able to automatically detect and protect new APIs and changes made to existing ones, utilizing the API discovery and protection features. Currently, there is no integration for this. If we use a SIM, we can receive email alerts or check the dashboard for information on the types of attacks, but this is not an ideal or modern approach to alerting. It would be beneficial for the service to integrate with top enterprise tools like SIEM, allowing for more efficient and effective alerting and logging. Unfortunately, there are currently no native tie-ins for some of the products we use, requiring us to set up email notifications to our SIM. Therefore, integrating with enterprise tools for alerting and SIM purposes would be greatly appreciated.

I wish to have improved integrations with larger vendor tools, such as alerting systems or SIMs, to enable us to pull and query performance metrics for analysis. As a fairly large organization, we require a tool that can consolidate data from multiple applications into a single location for better visibility and decision-making. Unfortunately, we are currently unable to extract this data into any of our existing systems.

I have been using Radware Cloud WAF Service for two years.

I have only experienced one outage with Radware Cloud WAF Service in the past two years, so I would say that it is very reliable and stable.

The interfaces have significantly improved, but we had numerous queries about their functionalities and how to enable specific capabilities for monitoring purposes. We had to spend a considerable amount of time trying to understand the process, such as what we needed to turn on and how to turn it on, as well as interpreting the log entries. As a result, we had to contact support multiple times, which involved a lot of back and forth. Additionally, during certain periods, our services were targeted by heavy DDoS attacks, and we had to rely on support heavily to mitigate them. There were a few instances where we had to request significant assistance from support.

Previously, we utilized Azure Application Gateway, which included a built-in WAF capability. However, due to its cumbersome nature and limited capabilities, approximately 10 percent of Radware Cloud WAF Service, we switched to Radware. Azure CloudApp lacked reporting functionality, making it difficult for us to identify attack sources, methods, and user agents.

In comparison to Azure Application Gateway, Radware Cloud WAF Service has the ability to detect all types of attacks. While using Azure, there were a few attacks that utilized a unique combination of user agent strengths which Azure Cloud WAF was unable to detect. Due to limitations in the user registry and signature attack type, it could not comprehend how to prevent these attacks. Therefore, we opted to switch to Radware Cloud WAF Service, which was better suited to meet our security needs.

Setting up Cloud WAF was straightforward, but the bot protection was a bit of a mess initially. When the product was first launched, separate dashboards were provided for both services, giving the impression that they had separate support from the company. However, over the last two years, they have been consolidated into a single dashboard, making deployment and management much easier. Despite the initial difficulty with bot protection, Cloud WAF was ultimately easy to deploy. We required two people for the deployment.

The implementation was completed in-house.

Radware provides same features and coverage as competitors for a significant discount.

We assessed Citrix Web App and Imperva DDoS, and Microsoft urged us to test their latest version of Cloud WAF. However, we declined their offer and instead opted for Radware Cloud WAF Service because it was effortless to implement. We were able to turn it on and have it working on the same day without requiring extensive integration, which was necessary for the other options we considered. We preferred a plug-and-play solution with a minimal learning curve. Radware Cloud WAF Service met these requirements and has been functioning well.

I give Radware Cloud WAF Service a nine out of ten.

We are interested in utilizing the API discovery feature, but since we frequently make changes to our APIs using a DevOps pipeline, our APIs change on a regular basis, almost every two weeks. Our company's current goal is automation, and all changes to the environments must be done through a coded pipeline with variables. Unfortunately, the API discovery feature may slow down our automation capabilities, making it difficult to push changes every two weeks unless the interface is improved. While we would like to take advantage of the API mapping and different attack techniques, we cannot use the feature until it becomes more mature and integrated with our automated pipeline.

We deploy the solution across one location.

The ability to log in and review data and logs is a crucial feature for me when choosing a Cloud WAF. While most services have similar capabilities, the differentiator lies in how well they can parse and present the data. I had trouble with Citrix as it was difficult to obtain and interpret the data to prevent attacks. However, Imperva has an excellent interface for pulling data, which helps us make informed decisions. Radware stood out as the best in both areas, with their dashboard being user-friendly and responsive. The implementation was also straightforward as all the necessary information was readily available. It only took a few hours to set up a new site, making it easy to go live quickly.

The primary use case for Radware Cloud WAF Service is DDoS protection and web application firewalls. My clients use it for these purposes as they want to be protected by a web application firewall against attacks on their websites.

The most valuable features of Radware Cloud WAF Service include its automation and learning capabilities for protection, as well as its superior bot mitigation. The precise negative security on the web application firewall is also noteworthy. Additionally, the onboarding process is smooth, allowing customers the unique ability to use the web application firewall on the cloud.

Radware needs to improve the certificate renewal process for customers who want to be secured with HTTPS. Some other web application firewalls have a mechanism that allows automatic certificate uploads, which Radware could adopt. 

Also, improvements could be made to be more precise on the negative security perspective.

I have been using Radware Cloud WAF Service for about two years.

Radware Cloud WAF Service is very stable, with no experienced downtime on Radware's part. I give it a stability rating of eight out of ten.

Radware Cloud WAF Service is quite scalable, with a rating of eight out of ten.

The technical support for Radware Cloud WAF Service is excellent. They are knowledgeable, speak the technical language, respond quickly, and work collaboratively to overcome challenges. I rate the customer service nine out of ten.

Positive

The initial setup is straightforward, involving adding an A record in the customer's infrastructure and ensuring the right certificate is in place.

Radware Cloud WAF Service pricing falls on the pricier side with a rating of seven out of ten. It may not have helped reduce the total cost of ownership.

I evaluated other solutions like Incapsula, Impreva, and F5 before choosing Radware.

I advise conducting a POC to ensure that Radware Cloud WAF Service meets specific needs in terms of maintenance and understanding. It takes complex tasks, like web application firewall functions, and simplifies them for customer ease. 

I rate the overall solution eight to eight and a half out of ten.

We utilize it as a front end for all external connections to our public-facing websites, allowing us to manage traffic and redirect it accordingly. This enables us to store data in the cloud and other remote locations, while also protecting our internal servers from potential security threats by preventing malicious traffic from reaching them.

The solution is deployed on Azure and AWS cloud.

Cloud WAF appears to effectively block unknown threats and attacks. We had been using the on-prem version for a long time with Radware in our applications, which is why we switched to the cloud version. Overall, it seems to perform its job very well.

The automated analytics are great.

The main benefit that I believe we receive is that if our data is in the cloud and connects back to us, we don't have to worry about any traffic hitting our edge. This seems to be the most advantageous aspect. Additionally, Radware Cloud WAF Service is very effective in stopping any exploits or patterns used in SQL injections for our homebuilt applications that are public-facing. Therefore, based on our experience and needs, it appears that Radware Cloud WAF Service is doing a good job and we haven't encountered any problems.

The solution has been effective in decreasing the number of false positives. Additionally, with the on-prem solution, I was uncertain about how to use it initially. Generally, Cloud WAF is superior because it provides monitoring and assistance with modifications. This is particularly helpful in situations where new code is added to the website and it results in incorrect blocking. However, in the event of a false block, it's straightforward for us to submit a ticket, and the response time for remediation is prompt.

When it comes to deploying and integrating Radware Cloud WAF Service into our app for new purposes, it functions exceptionally well. Its learning mode is particularly impressive, as leaving it in this mode for a while allows it to identify trends and perform auto-tuning, saving us time. While we have not yet integrated any APIs, it works seamlessly when incorporated directly into our applications. Radware Cloud WAF Service learning analytics and autonomous adaptation to the environment are both top-notch.

Radware Cloud WAF Service helped our IT team to free up time, allowing us to concentrate on other projects. As we gradually shift our on-premises systems to the cloud, it has become much less labor-intensive. Instead of spending time trying to figure out a false positive, I simply submit it to them, and they take care of it for us. It's reassuring to have a team managing those policies.

We quickly realized that there were significant deficiencies in some of our applications when using on-premises technology. As we started to migrate data to the cloud and other locations, we recognized that cloud technology was the only option. We understood that it was a crucial tool to have from the very beginning, and we saw its value immediately. Although we are still in the process of migrating data to Cloud WAF from on-premises, it is evident that managing data through Cloud WAF is much simpler. In fact, managing the five applications we have running through it is considerably easier than with on-premises technology. Additionally, the reporting capabilities are better through Cloud WAF, and this is essential for sharing information with our leadership. Overall, we noticed the benefits of Cloud WAF immediately.

DDoS protection is a valuable feature that works efficiently. Currently, we have both DDoS protection and a regular package. Although we are in the process of piloting the bot, we haven't yet implemented it or purchased it. However, it seems that the bot is successfully blocking a significant amount of traffic. This feature could be helpful in the future, but we have only been testing it for a month or so.

The reporting has room for improvement.

We've had some issues with putting certificates in.

We considered using Radware Cloud WAF Service to protect our API gateway with a WAF. However, we encountered issues with licensing since we had to obtain a license for each individual connection, which was not suitable for our API. To deploy one API Gateway, we would need to purchase 30 licenses, which was expensive. Additionally, we experienced difficulties with obtaining support and resolving the issue, which went on for several weeks. Eventually, we decided to explore other options due to the lack of time to address the problem.

The scaling is not cost-effective and has room for improvement.

I have been using the solution for four years.

The solution is stable. We haven't had any major issues in the past four years. There was one incident where our sites were down for around thirty minutes while the team was working on it. Although it was a challenging situation at that time, I cannot recall any other significant problems that caused any major impact or caused our sites to go down for such a duration.

Our deployment is relatively small, but I believe the solution has great scalability potential. All we need to do is purchase extra licenses. However, the API gateways have been causing issues for us.

The level of support provided by the team is inconsistent but generally good. However, we have noticed that the ERT team may take a day or two to respond to low-priority tickets, but they are prompt in responding to high-priority tickets and resolving the issue quickly. One area where we faced challenges was with the new API gateway deployment, as we did not receive the required level of support. Additionally, there were restrictions on using Logstash in Amazon SQS, which limited our logging capabilities, and this could be improved. Although we did face issues with the CERT page and had to reach out to support to obtain intermediate CERTs, it took a long time to resolve the issue, but it has since been resolved.

Neutral

We previously used Radware WAF Service on-prem before switching to the cloud.

The initial setup is simple, but there are some issues with the logging sources and how we import the logs into SIM. This aspect could be improved, but overall everything else went smoothly. We were able to easily configure the search function, assign an IP address to the back end, create the tunnel, and get the system up and running within a matter of days.

The deployment required two people.

The implementation was completed in-house with the vendor support team.

It's difficult to quantify the value of security, but implementing a solution can give us a sense of comfort. Based on my experience, I believe we see a positive return on investment, especially considering the amount of time and manual effort required for on-premises security compared to using a Cloud WAF. Therefore, I'm confident that our investment is paying off.

We are paying $20,000 annually for six licenses that provide basic WAF functionality. However, the cost of API gateways is exorbitant.

To utilize extra WAF bandwidth, an additional fee is applicable, and the same goes for the bot.

We are also evaluating AWS WAF and Pulse vWAF.

I give the solution a seven out of ten.

I am not sure if there is a TCO. We could disable the solution immediately, and the affected websites would function normally. However, in the event of a security breach, exploitation of a site, or unauthorized data access, what would be the potential cost? While it may be difficult to quantify security costs, I do not believe that using Radware Cloud WAF Service has reduced overall expenses because we could operate without it. Nonetheless, in terms of the time invested in on-premises versus cloud WAFs, I would say that it is roughly equal to other WAFs. Ultimately, security is something that we cannot put a price on, and it is a necessary investment regardless of the expenses incurred.

This solution is publicly available, and we have numerous customers throughout the United States and Canada. While it's difficult to provide an exact figure, we typically have around a thousand active connections to the website per minute, adding up to several thousand users across the US.

Refreshing certificates are probably the most important part of maintenance. If new code is deployed and it doesn't integrate well, we need to ensure that our refinements are done correctly or seek support. We often identify these issues while working with our internal team to correct them, and Cloud WAF has helped to identify many of them. When we encounter issues, we contact the team who will confirm the issues. We then retrieve a portion of the code and realize that something was not deployed correctly on the website.

Radware Cloud WAF Service can be integrated with various systems, such as firewalls, endpoints, and clouds. This solution is highly flexible and efficient. Its implementation is straightforward and not complex. No additional service fees are required when working with Radware. As long as there is a skilled networking professional in charge, the integration process should run smoothly.

We have multiple use cases for Radware Cloud WAF Service. We use it to protect our voice domain, our banking solution, and any other applications that are open to the Internet. We use the same Radware WAF for our applications on AWS.

The effectiveness of Radware Cloud WAF Service in blocking unknown threats and attacks depends on the situation. Usually, when we deploy applications, we have everything planned in advance. In this case, we can simply log in to the portal and configure the WAF. However, if we are dealing with a repeated case or if we need to update a certificate, we can use automation to make the changes. In most cases, we do not need to make any changes to the WAF configuration. For example, if we need to block a specific IP address, we can create a template and apply it to all of our web applications. This allows us to use WAF for both web applications and API code.

Radware Cloud WAF Service's automated analytics for looking at events is good. We actually had something similar before, but this service gives us a better understanding of how we use WAF for different products. For example, DDoS protection is also included. This allows me to analyze which users are coming from which locations, what my status is, and if I have a SQL injection or something similar. There are a lot of features, so I definitely know my application better and can identify any security events that are happening on my web or application.

The end-to-end API protection offered by Radware Cloud WAF Service's API discovery feature is a good tool. However, it can only be effective if we understand the WAF portal concept and know what the tool does. Before we use the tool, we should read its documentation. Radware also has a universal university where we can learn more about how Radware works in a web application. This is helpful because different vendors have different ways of using the same application. I have been part of this learning experience and found it to be very helpful.

API Discovery is easy to use for those who are familiar with WAFs and APIs. However, we need to use a document to configure it, which is not a big deal.

Using Radware CDN services and Cloud WAF together is easy. However, it requires coordination between two different teams. The security team is responsible for CDN, while the development team is responsible for the application. If these teams communicate effectively, it is very easy to use the combined services. Even if the development team does not have experience with CDN, it is not difficult to learn. I have been part of both teams, and I can confirm that using Radware CDN services and Cloud WAF together is easy.

Radware Cloud WAF Service is user-friendly. It provides us with what we need and tells us where to click. Even if we are new to using it, we will not get lost or confused. Once we log in, we can simply click through the steps and understand what is happening. The application is easy to configure and does not require highly technical knowledge.

Radware Cloud WAF Service helped reduce the overhead on one team. In a previous product preview event, only two teams were configuring everything for the project team. However, now even the user developer can develop applications. They develop the application, put their endpoint, and go to Radware to create everything. The system management and network teams are no longer involved. This reduced the dependency on a team by 70 percent. Additionally, any individual team can now configure and use the service.

Radware Cloud WAF Service helped reduce our TCO by ten percent.

We noticed the time to value within two months of using Radware Cloud WAF Service.

Radware Cloud WAF Service is user-friendly and easy to deploy. All we need is our domain name, and we can easily configure it. I migrated from old products to new products using Radware Cloud WAF Service. Migration can be a complex process, but Radware makes it easy by providing a step-by-step guide. We can migrate one application at a time, or we can migrate multiple applications at once. Radware also provides an API that we can use to automate the migration process.

Radware Cloud WAF Service should provide SSL certificates for its hosting customers. Currently, customers must purchase an external certificate and upload it to their hardware. This is a major inconvenience, and I would like to see Radware offer a certificate solution.

The technical support has room for improvement.

I have been using Radware Cloud WAF Service for six months.

Radware Cloud WAF Service is stable.

Radware Cloud WAF Service is scalable. We have multiple teams but we are all on one cloud. We have approximately 50 people using Radware Cloud WAF Service.

Overall, the technical support team resolves our issues, but they take some time to understand the issues.

Neutral

We previously used Imperva Web Application Firewall, but it was too expensive. We switched to the Radware Cloud WAF Service, which is more affordable.

We did not use the automation with Imperva in the same way that we do with Radware Cloud.

The initial setup was straightforward. The deployment took one month because we wanted Radware to learn about our footprint. We started blocking after a month, once they developed an algorithm to understand how the application works and what the major use cases are. Initially, we were not in a blocking mode. We were just configuring everything and learning more about the application. We initially required six people because we were building the policies.

The implementation was completed in-house.

We are still in the early stages of using Radware Cloud WAF Service, but we have already seen a 10 percent return on investment due to a reduction in team dependency.

For the current market, the price for Radware Cloud WAF Service is exactly where we want it to be.

We are using two services, WAF and CDN, and we have a three-year contract for these services.

I give Radware Cloud WAF Service an eight out of ten.

I recommend conducting a proof of concept before purchasing Radware Cloud WAF Service.

Our company infrastructure is supported in AWS, and we use Cloud WAF to protect most of our applications, including mobile apps, our main website, and other business-related apps. 

We have many applications in the AWS cloud, including API gateways and balancers, so the backend is made up of all our apps and network load balancer. We use the solution as a frontend protection tool, and the integration is simple, uncomplicated, and works fine.  

The most significant benefit of using Cloud WAF is the robust protection it provides, particularly against Layer 7 attacks. We've been protected against attacks on our website, and in the case of one DDoS attack, Radware supported us in detecting the attack behavior and blocking the threat. The block took five to ten minutes, we configured the solution to account for the specific behavior of the attack, and we re-established our website. 

The product significantly reduced our false positives, as we previously had many. We had more false positives just after the implementation, but following some reconfiguration and changing some features with the help of Radware's implementation team, the tool works fine. We only have a few false positives; we've seen a reduction of around 80%.  

Cloud WAF helps to free up our IT staff for other projects and saves us significant time. I manage the solution and log into the console around once a week; it takes very little time to configure. The tool doesn't require continuous supervision, just infrequent configuration changes, five times a month.  

Geo-blocking is one of the most valuable features we use the most; most of our users are in North, Central, and South America, so we use geo-blocking to block access from other countries.

In our experience, Cloud WAF effectively prevents unknown threats and attacks. We have received reports of attacks in the past, but the product successfully blocked them. In a few instances, we contacted Radware support for assistance in blocking specific attacks. Despite experiencing around three incidents over the past four years, we are satisfied with the solution's performance and have not encountered any further issues.  

The solution's automated analytics for looking at events works great, as it has a model that can analyze the traffic and respond to an attack. We can also configure the tool to block or allow specific traffic based on the analytics.

We receive many reports from our security team of IPs flagged by our security tools, such as Palo Alto. I cannot add the file containing the IPs to get them blocked; instead, I have to contact Radware support and open a ticket for them to do it. I need to be able to block flagged IPs myself, as it currently takes more time to open a ticket, contact the support team, and wait four to six hours for a response. I want to be able to upload a file with 2,000-3,000 IPs in the console and then apply and save the configuration.

We've been using the solution for four to five years. 

The solution is highly stable; we never had a direct issue with the tool in four years, so it's very solid. 

The solution is highly scalable; we can apply multiple servers and add applications to Radware almost immediately. 

We have contacted support on multiple occasions, and they are excellent, though it depends upon the case. If we have a P1 issue, we can contact support by calling them directly, which takes up to 15 minutes. For non-critical regular tickets, these can take between four and six hours, which is good. If we have multiple issues, we can enter a Zoom call with support, and they will help us to block malicious traffic, for example. I rate them nine out of ten.

Positive

The initial setup was very straightforward, and we implemented with a team of three or four staff. The product doesn't require any maintenance on our side; we sometimes receive emails informing us Radware will carry out maintenance, but it never affects the company.

We are based in El Salvador and don't have a direct license with Radware; we purchase the license through resellers. The pricing is reasonable, as I managed an Akamai product in a previous position, and Cloud WAF is competitively priced.

I rate the solution nine out of ten. 

Radware is very valuable to our business, the deployment is simple, and it only took a couple of weeks to see that value. 

My advice to others considering the solution is that it's a good tool. Regarding security, it's an excellent and feature-rich product that can protect your website, is easy to configure, and has strong support. The Radware technical support staff are very experienced and knowledgeable about their product. We can also generate periodic reports, and Cloud WAF is a great solution that will help improve your work.

We have several web applications in various environments. Some are hosted on-prem or Azure and others are hosted at different locations or by business partners. Cloud WAF provides centralized control over the security of those web applications.

Cloud WAF protects us against all DDoS attacks, improving our resiliency and security. It has multiple security feature sets we use, such as OWASP Top Ten Protection. Radware lets us switch assets quite quickly. It fronts web applications, so we can redirect the traffic to a different page if the backend web application goes down. For instance, if we have an outage in our web form, we can redirect that from the Radware side to an Azure website instead of giving the user a "Page cannot be displayed." 

Cloud WAF gives us greater visibility. We sometimes get calls from clients who say they're getting an error. We can use Cloud WAF to discover the error generated and troubleshoot any bad behavior. Radware flagged some attacks from China where an attacker attempted to capture traffic. If you go look at the raw code coming in, you can see some suspicious characters being injected into legitimate traffic.

I can't say if our false positives decreased because we previously had no WAF protection. Information was stored in the IPS signatures or IAS logs, but we weren't ingesting those to look for anything interesting. Cloud WAF has given us more visibility than we had before.

Our only integration is pulling the telemetry out into our scene. We use the API to pull the data in. The only other integration piece, if you want to call it that, is using the generic error that they present to a client to troubleshoot client experience problems. We don't integrate much aside from those two.

I can't say that we saved time because we weren't using anything before Radware, but we don't spend much time configuring the solution. They're doing a lot of analytics in the background. We followed a process before we onboarded Radware where we put the solution in Learning Mode to see if there was anything interesting or any default conflict changes we needed to make. We mostly left it alone after that. 

It would likely take us around 15 to 20 percent more time to support the infrastructure ourselves. We would need a human to install updates and patches, but Radware manages all of that. 

DDoS protection was the critical feature we wanted when we decided to go with Radware. The company faced many DDoS attacks at the time, and we didn't have a solution. It's not the only reason we chose Cloud WAF. We do use it for other use cases.

Cloud WAF's interface is easy to use and protects us from OWASP Top Ten threats. Our dev team do QA checks on applications before they go live, but Cloud WAF creates an additional security layer on our website. 

The solution protects against multiple threat types. We see SQL injection attacks and DDoS probes constantly. Attackers attempt multiple queries and enumeration attacks against our applications. We previously had a basic firewall with an IPS feature set, but it wasn't providing the same level of protection we get from the WAF.

CloudWAF matches things automatically and identifies any threats. It seems to be doing its job. We sometimes have strange code-related behavior. When our developers write some poorly written code, it generates events in Cloud WAF. It's generally effective at detecting. We had an issue with a misconfigured rule where it blocked legitimate traffic. Overall, we haven't had many issues with it in the last three years. We leave it alone.

We have used Cloud WAF for about three years.

Cloud WAF is a highly stable product. We have only had two outages in four years. One was an update that they pushed out, and the other was a problem with the DDoS mitigation.

We only have about 15 websites, but Radware can scale because it's a cloud service. We've probably seen around 100,000 to 200,000 simultaneous users, and we're pushing more and more people through to it. Our clients vary in size, but the bulk of our business consists of small and medium-sized retailers. 

I rate Radware support an eight out of ten. I recommend buying the extended support, which we didn't purchase when we first signed up. We see a noticeable benefit from extended support in terms of response times.

Positive

Setting up Cloud WAF was straightforward, and Radware helped us when needed. Deploying everything took around a week, but we're a risk-averse company. We took our time before sending all the traffic through. We started with a few low-hanging fruit websites because we didn't know the tech, so it took us two months. The business stakeholders said we needed to test it with the less-critical websites for two months to ensure we had no issues. After that, we onboarded the main website.

My team deployed it. Cloud WAF is a hosted environment in two POPs in South Africa, and we buy the service. The service flows from there through to websites that sit on-premises or in other locations. After deployment, we don't need to do much on there. We only need to investigate events if we see something. Maintenance includes adding and removing users from the console due to company turnover. We also change certificates when they expire. 

Calculating the return on investment is hard, but we've reduced our risks. When we implemented Radware, South Africa was facing a wave of DDoS attacks that primarily targeted financial services, but we weren't concerned because we had DDoS protection.

We don't need a dedicated person to manage it. It's a hands-off service that alerts us if they pick up something. They do lots of additional monitoring for us, like if there is trouble on the back end and any of our sites go down. That frees us up a lot.

Our company started with nothing, so we realized instant value from the service. It starts providing protection immediately, and the assets that Cloud WAF protects need 100 percent uptime. We lose money if our sites go down because clients can't complete transactions. 

I think Cloud WAF is fairly priced, but the pricing model is a bit weird. It's modular. You buy Radware WAF, but DDoS and bot protection are bolt-on features. I would prefer to buy it as one complete package because bundles are usually cheaper than three standalone products.

We also looked at Cloudflare. Radware stood out because we are in South Africa, and the rest of the world is far away. The latency is too high if we host anything in Europe, so we needed something based in our country. 

Otherwise, we would need our own infrastructure. We would have to buy three devices and support that. Radware was the only vendor with a presence in our country, which made the decision easy. 

I rate Radware Cloud WAF Service a nine out of ten. We're pleased with the solution. If you plan to implement Cloud WAF, my advice for Radware and any cloud service is to know your SLA. Radware offers many extra services in its SLA on top of standard services. The SLA is an insurance policy if you need to call someone to check on things. Radware support has been incredibly responsive. Their monitoring team has gone above and beyond. They notify us when our websites fail, but they don't need to. 

We provide our clients with Cloud WAF Service, which enables us to detect and report web shell attacks against their servers. 

The main benefit is that all traffic is shifted by the cloud service, which exists outside the customer's infrastructure. It's highly efficient. Many customers have problems inside the infrastructure that must be efficiently detected. With Cloud WAF we can notify our client when an attack is outside and detect when a web shell script is already running on the server. This information helps the client understand what's happening with the web shell.

We've reduced many false positives using Cloud WAF Service. The learning period is helpful. Radware sends a policy with a lot of information that helps the customer observe and design their policies to eliminate false positives.

Cloud WAF saves us a lot of time because we face many strong attacks. It helps us modify the back end and implement some policies to prevent more attacks.

The best feature is the SQL injection signatures, and another is the DDoS protection. Radware is more efficient than other solutions. It handles unknown threats very well. We face many bad requests with malware that are expensive to remedy. Radware's service center in the cloud helps a lot. 

Radware's bot manager can be improved because it's very complicated to implement for apps. Radware could also add alerts by WhatsApp or Telegram. It only sends notifications via email or SMS.

We have had issues with Cloud WAF one or two times, but the service works fine most of the time.

Cloud WAF scales very well. 

I rate Radware support nine out of 10. They have a simple platform for opening tickets, and they respond quickly. 

Our previous solution was hard to install, but Cloud WAF is straightforward because it's cloud-based. You add the certificate for the business and point it to the IP. Deployment is very fast. It takes 30 minutes to an hour.  Cloud WAF requires some maintenance when a customer changes their website or programs. We need to adjust the policies.

I rate Radware Cloud WAF Service eight out of 10. It is the best solution for stopping DDoS attacks.