Cequence Security awarded patent for detecting bot attacks
Cequence Security has been awarded a patent for its ability to passively detect malicious bot attacks targeting web, mobile, and API applications, US Patent 10,135,904 for Network Attack Detection on a Mobile API of a Web Service.
Malicious bots now account for nearly 1/3 of all traffic on the Internet, which makes it the new #1 cyber threat facing today’s hyper-connected organizations that rely on these applications to connect customers, partners, and suppliers.
The technology behind the Cequence patent is a part of the company’s CQAI analytics engine, which is integrated within the Cequence Application Security Platform (ASP). When deployed in a customer’s network, the CQAI engine uses this patented technology to passively examine traffic flows between remote clients and the customer’s application servers. In doing so, it is able to analyze the behavior and intent associated with each application request, and determine whether the transaction is part of a malicious bot attack.
The patented technology was developed by the two co-founders of Cequence Security, Shreyans Mehta, CTO, and Ameya Talwalkar, Chief Product Officer.
“We’re obviously pleased to receive this patent,” said Talwalkar, “but our customers, which are often targeted with sophisticated bot attacks, are the ones that truly benefit from the value of this technology each and every day.”
“There is another important advantage of this patented CQAI technology,” added Talwalkar. “The application changes other vendors require often impact the experience of legitimate end users trying to access those applications. It could result in additional latency or, in some cases, even the inability to access the application.”
The company’s CQAI-powered Application Software Platform can be deployed on premises or in the cloud, across any number of locations. It discovers all web, mobile, and API applications; detects malicious bot attacks targeting those applications; and defends against those attacks with various mitigation options.