Managed Web Application Firewall (WAF)

WAF 120x120 copy

ChinaCache's team of professional security experts monitor and safeguard your online applications against sophisticated cyberattacks. 

Web application attacks are one of the most serious risks in today’s Internet security landscape. A study shows 7 out of 10 websites get an average of 40 attacks during a year. As the scope and complexity of application layer attacks grow, a web application firewall (WAF) is critical to protecting your web application. WAF helps protect web applications by filtering and monitoring traffic between a web application and the Internet. ChinaCache offers an advanced Managed WAF solution to protect web applications from common attacks such as cross-site forgery, cross-site-scripting (XSS), file inclusion, SQL injection, and many others.

Screen Shot 2018-05-31 at 2.30.42 PM

Professional Monitoring

WAF is an ideal solution for defense; however, it also requires expert tuning and management to be effective. ChinaCache’s security engineers constantly monitor the Internet for new vulnerabilities. When we find threats that apply to a large portion of our users, we automatically apply WAF rules to protect their Internet properties. Let us take care of tracking the ever-changing hacking techniques so you can focus on creating useful features instead of protecting them from attackers.



Automatic Updates

While on-premise firewalls with customer specific rules are important, they can quickly become outdated and require professional service hours to update rules to protect against new threats. ChinaCache’s WAF solution is built on the latest ModSecurity 3.0 platform and will help you stay ahead of threats by automatically updating when new security vulnerabilities patches are released.



Performance Optimization

Seamlessly Integrated with our CDN platform, ChinaCache’s WAF solution is deployed at the edge of our networks. This turnkey solution allows customers to be protected against attacks on the ChinaCache CDN network while maintaining the optimized performance with shortened response time and reduced latency.