Apache Web Server (Apache HTTP Server) is an open source HTTP web server for modern operating systems including UNIX and Windows.
N/A
F5 Distributed Cloud API Security
Score 9.1 out of 10
N/A
F5's Distributed Cloud API Security provides discovery and deep insights from use of AI/ML. It can be used to block API attacks in real time and eliminate vulnerabilities at their source. The SaaS-based portal enables users to manage and go deep for threat analytics, forensics, and troubleshooting of modern applications.
As I mentioned earlier, the Apache HTTP Server has a small disadvantage compared to the competition (NGINX) in terms of performance. If you run websites that really have a lot of visitors, NGINX might be the better alternative.
On the other hand, the Apache HTTP Server is open source and free. Further functionalities can be activated via modules. The documentation is really excellent.
I believe it covers everything related to the applications' security aspects, but there are a lot of improvements that need to be made. For example, better granular controls like bot categories listed on the distributed console and a granular URL-based control for the rate-limiting option are needed.
Street Cred: Apache Web Server is the Founder for all of Apache Foundation's other projects. Without the Web Server, Apache Foundation would look very different. That being said, they have done a good job of maintaining the code base, and keeping a lot of what makes Apache so special
Stability: Apache is rock-solid. While no software is perfect, Apache can parse your web sources quickly and cleanly.
Flexibility: Need to startup your own Webpage? Done. Wordpress? Yup. REST Endpoint? Check. Honeypot? Absolutely.
The default configurations which comes with Apache server needs to get optimized for performance and security with every new installation as these defaults are not recommended to push on the production environment directly.
Security options and advanced configurations are not easy to set up and require an additional level of expertise.
Admin frontend GUI could be improved to a great extent to match with other enterprise tools available to serve similar requirements.
F5 Distributed Cloud API Security provides robust API protection with solid threat detection, excellent visibility, and seamless integration into our architecture
Great product. Working with F5 for many years, we found the products F5 provided are all cutting edge technology. Although in F5 Distributed Cloud API Security we still have a lot to find out, but we believe this experience will be very good. Especially on the security side. Trust in F5.
I give this rating because there is so much Apache documentation and information on the web that you can literally do anything. This has to do with the fact that there is a huge Open Source community that is beyond mature and perhaps one of the most helpful to be found. The only thing that should hold anyone back from anything is that they can not read. RTFM, my friend. And I must say that the manual is excellent.
F5 Distributed Cloud API Security is our company looking forward product. With more and more API is using in both on prem, private cloud, public cloud and multi cloud environment, we as a financial institution, we are keep into the security settings to protect the information. That's the main reason we want to use this product.
I has a lot more features, except that IIS is more integrated in a Windows environment. But now with .net core also possible from Apache it would work anywhere really. Only in a full Windows environment where full integration is needed I would chose to go for IIS. Otherwise Apache it is.
We ran a short POC with Salt. Its data classification and attack replay features were impressive. What held us back was the limited support for hybrid deployments and poor integration into our CI/CD pipelines, as F5 did.
F5 Distributed Cloud API Security mitigates many API-related security threats, including bot attacks, DDoS, data breaches, and unauthorized access attempts.
F5 Distributed Cloud API Security uses robust threat detection, machine learning, and real-time monitoring for speedier identification.
Reductions in security events result in fewer breaches, reduced downtime, and lower attack remediation costs.