NGINX vs Oracle Dyn WAF

• Very low memory usage. Can handle many more connections than alternatives (like Apache HTTPD) due to low overhead. (event-based architecture).
• Great at serving static content.
• Scales very well. Easy to host multiple Nginx servers to promote high availability.
• Open-Source (no cost)!

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• Pre-populated rulesets - This allows engineers to quickly spin up new WAF instances without the need to configure extensive rulesets.
• Detailed audit logs - Logs show detailed information about traffic hitting the WAF as well as information the rules allowing or blocking the traffic.
• Change Management - Changes can be staged and applied when necessary, without interfering with current traffic.

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• Customer support can be strangely condescending, perhaps it's a language issue?
• I find it a little weird how the release versions used for Nginx+ aren't the same as for open source version. It can be very confusing to determine the cross-compatibility of modules, etc., because of this.
• It seems like some (most?) modules on their own site are ancient and no longer supported, so their documentation in this area needs work.
• It's difficult to navigate between nginx.com commercial site and customer support. They need to be integrated together.
• I'd love to see more work done on nginx+ monitoring without requiring logging every request. I understand that many statistics can only be derived from logs, but plenty should work without that. Logging is not an option in many environments.

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• I really do not see any lack of functionalities in the Oracle Dyn Web Application Security Platform, at least in the way we use it in the organization.

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• Nginx has decreased the burden of web server administration and maintenance, and we are spending less time on server issues than when we were using Apache.
• Nginx has allowed more people in our company to get involved with configuring things on the web server, so there's no longer a single point of failure ("the Apache guy").
• Nginx has given us the ability to handle a larger number of requests without scaling up in hardware quite so quickly.

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