Gamania CloudForce cooperates with global leader in DDoS cleaning Radware to provide complete information security protection for enterprises, and provide localized first-line service in Taiwan

Large traffic DDoS attacks to the Internet of Things (IoT) have become quite common; the zombie network Mirai first appeared in September of 2016 and caused many large scale DDoS attacks in global networks. The highest attack traffic even exceeded 1Tbps and surpassed the highest DDoS attack traffic record over the past 10 years. In March of 2018, GitHub was attacked by 1.35Tbps DDoS attack, which created the largest DDoS attack traffic at the time; but in less than two days, there was another new DDoS attack traffic record of 1.7Tbps. It can be seen that not only is the scale of DDoS attacks getting bigger and bigger, TB level attacks are also more and more common.

Gamania CloudForce has deep plowed in the information security field for many years, and this year, it chose the world’s top Cloud DDoS cleaner Radware as its partner to become the first line service provider in Taiwan. Radware is a leading global supplier for virtual data center, cloud application delivery and network security solutions; it also provides multi-level attack mitigation solutions. It was also announced earlier that a first-class global service provider chose Radware solutions to provide inline and cloud attack mitigation measures on multi-layer environments. This provider deployed a Radware cleaning center solution for its B2B enterprise network across the data centers of multiple operating entities of the group to protect mobile businesses of its subsidiaries. This protocol includes 3 independent transactions with a total value of over U.S. $3 million.

The existing mitigation measures of this supplier were not able to keep up with the natures and scopes of the updated, more complicated and destructive attack threats; that is why their first choice was Radware when they upgraded their global cleaning centers. After thorough proof-of-concept (POC) testing, it was discovered that among the companies that participated in the testing, Radware was able to provide the most comprehensive attack mitigation; this solution was also able to use automated security measures to simplify global operations for the enterprise and improve operational effectiveness by creating network-wide security principles.

The DDoS security solution series of Radware integrated application and network security, able to realize optimal multi-layer security architecture and DDoS attack protection. Radware provides the highest level of protection, behavior-based patent testing measures that can protect legitimate traffic, and real-time signature generation technology that can realize zero-day attack protection.

Radware’s hybrid DDoS protection measures integrated testing and mitigation (local or cloud) that are always online, cloud-based big traffic DDoS attack protection and cleaning, as well as the support of 24x7 emergency response teams (ERT). Radware’s Defense SSL protection measure supports prevention of all types of encryption attacks, fuzzy TCP SYN flooding, SSL protocol flooding, HTTPS flooding and encrypted Web attacks; these are all important reasons why Gamania CloudForce chose Radware to become its strategic partner this year.

Gamania CloudForce transformed from the party A role of the gaming industry to party B and has decades of experiences dealing with hackers to provide the most powerful protection strength for online industries; it is deeply praised by enterprise users. This time it partnered with Radware to provide first line cleaning services, as well as other information security services of Gamania CloudForce itself: Penetration test (PT), vulnerability scan and social engineering drills etc. With its party A experience that other peers rarely have, it has unique insights into the delicateness or focus of the interpretation of information security events with the goal to provide enterprises with more complete information security protection mechanisms, to check whether their information security defense measures are complete and make sure their detection and prevention capabilities can keep up with the times in order to effectively reduce the occurrence of information security events.