Secure Access Service Edge architectures are modernizing traditional industries with features like SD-WAN, centralized network management, network-wide visibility, policy automation, traffic segmentation, security service provisioning, and transport independence that includes 5G. While these innovations provide faster connections at greater volume for global locations accessing the cloud, the conveniences include overlooked security risks that should be addressed with an approach that incorporates identity contexts of the user, on-premises data and hardware.
Despite the recent rhetoric focused on cloud architectures and virtualization in a way that relegates physical platforms to be mere connectivity pipes deployed at core locations, branches and colocation facilities, it is becoming increasingly evident that these platforms carry contextual company data offering precious, untapped and overlooked value. Device protections should be included as part of SASE architectures.
Network World's Zeus Kerravala has spoken at length about SASE architectures, going so far as to showcase how "cloud-managed, computer engineering careers security" performs better than cloud deployed models. In his research, the on-premises approach works best for locations with a large number of employees. While I agree that on-premises deployments can achieve great performance benchmarks, I believe that the risks today demand a truly secure access service edge that extends further.
Comments
Post a Comment