Fortinet unveils its Security Fabric

Ken Xie, founder, chairman of the board and chief executive officer of Fortinet
Ken Xie, founder, chairman of the board and chief executive officer of Fortinet
Fortinet Unveils its Security Fabric, an integrated, collaborative, and adaptive architecture designed to deliver distributed security for global enterprises providing protections against threats from IoT and remote devices, through the infrastructure core, and into the cloud.

The company claims that the Security Fabric will now be able to address the most sophisticated cybersecurity challenges with Scalable, Broad Threat Protection to Deliver a Seamless, Effective Security Infrastructure

“Pervasive digitization continues to redefine business, while technology trends like IoT and cloud computing are blurring the edges of the network today. Unfortunately, many enterprises continue to rely on security strategies developed decades ago that can no longer support the ever-increasing speed of business,” says Ken Xie, founder, chairman of the board and chief executive officer of Fortinet.

Xie further said, “With its Security Fabric, Fortinet is the only vendor to be able to provide its customers with seamless protection across the expanding attack surface, and, the power to take on ever increasing performance requirements of the borderless network – today and into the future”

In order to detect, let alone stop threats in today’s borderless networks, a Security Fabric not only needs to be able to dynamically scale to meet volume and performance demands, it needs to scale laterally for seamless, ubiquitous protection. Fortinet’s industry-leading portfolio of security technologies offer solutions that cover every inch of the infrastructure, including wired and wireless networks, end user and IoT devices, access layers, public to hybrid cloud models, software-defined networks, and virtualization. Employing advanced technologies like hardware-accelerating FortiASIC processors and security embedded network appliances, including virtual and cloud instances, ensure that a network’s function, performance, and scalability are not compromised by the solutions securing it.

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