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The Need for a Zero Trust Edge StrategyBy: John Maddison, EVP Products & Solutions at Fortinet | ||
Dubai, United Arab Emirates Today’s hybrid workers require access to distributed applications deployed in the datacenter, multi-cloud environments, and SaaS locations. Digital acceleration involves adopting and implementing new technologies and practices to improve business agility and employee productivity. But it is also redefining the network edge-especially in today’s Work-from-Anywhere world where users move between on-premises locations, interconnected branch locations, home offices, and temporary locations during travel-thereby expanding the attack surface and exposing the business to new, advanced threats.
John Maddison, EVP Products & Solutions at Fortinet
Unfortunately, most traditional network architectures were built using disparate and statically deployed point products that provide implicit access to all applications. However, such an approach is no longer effective at providing secure access to critical resources at scale, especially as users, devices, and applications are in constant motion. And the inevitable rerouting of traffic to fixed security points for inspection severely impacts user experience, especially when those tools cannot adequately examine encrypted application, data, and video streams. Far too often, the default response in many organizations has been to bypass security to not impact critical business operations. And the result has been disastrous, with ransomware, phishing, botnet, and other criminal activity now at an all-time high.
This same approach is now being applied to the remote edges of the network, a strategy known as the “Zero Trust Edge.” This new zero-trust approach to securing the expanding edges of today’s networks helps ensure that Security-Driven Networking – the critical convergence of security and networking – is everywhere. This enables security to seamlessly adapt to dynamic changes to the underlying network infrastructure, including connectivity, while providing explicit access to applications based on user identity and context.
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