#HOW SAFE IS ADOBE FLASH PLAYER UPGRADE#
If the upgrade to newer versions is not possible, then migrating the system to new standards is the only way.
IT managers need to identify all the firmware, hardware and software that might be using Flash and develop an upgrade plan. If migrating your Flash or Flex applications to modern HTML5 services is the answer, what do IT managers undertaking this task do next? There are claims such services are secure, but relying on real-time translation is only postponing the need to eventually migrate to a proper HTML5 solution. Such solutions would cause the same security implications since they use the standard Adobe Flash Plugin Linux binary, which is no longer updated and decidedly insecure. Using solutions for preserving Flash applications on modern browsers Obviously each VM is also easily compromised just as in the first scenario above. VMs are usually a completely separate environment that you have to “boot up” and run as if it were a separate machine in most cases, and they’re a hassle for IT admins to manage.
This is not a terrible temporary solution, but VMs do consume a lot of resources, and they can be confusing to use and manage. You could spin up a virtual machine (VM) running an old version of Windows & Internet Explorer. It was created mostly to allow old-school Flash games to continue to run. This emulator can work for a few use cases, but It doesn’t work with AS3 (Actionscript 3) and won’t work with complex forms and database applications. Microsoft or server admins could also disable this feature at any time. While this allows users to continue to use Flash, an enterprise still runs the risk of their users visiting a malicious website. This so-called solution perpetuates the same security threats through Flash that caused it to be abandoned by Adobe in the first place. This allows users to continue to use an insecure version of Flash Player. Allowing Internet Explorer Enterprise Enablement (IE11 only)