That would be the role of a VPN concentrator, though it’s slightly disingenuous to refer to this solution as a singular piece of hardware.

Yes, its emergence prompted some massive changes throughout countless industries but we can’t think of VPN aggregation as a high-level equivalent to a caveman discovering fire.

It’s much more accurate to describe VPN concentrators as a dynamic and consistently expanding product category that keeps reinventing itself and questioning the very manner in which modern networks operate.

VPN concentrators are usually divided into SSL and IPSec systems, based on their primary encryption protocol. After all, it would make absolutely zero sense to aggregate VPN data at a point that isn’t at the very least just as secure as your run-of-the-mill server rerouting traffic and sending it away with a spoofed IP address for good measure. That is to say, very secure.

Similar questions to “What dedicated hardware device aggregates hundreds or thousands of vpn connections?”:

We also answered these questions, do check them out:

  1. Which VPN protocol uses UDP Port 1701 and does not provide confidentiality and authentication?
  2. Which process is used to protect transmitted data in a VPN?
  3. Before ipsec can be used as a virtual private network (VPN) service, what must be created?
  4. When employees have multiple concurrent connections, what might be happening to the VPN system?
  5. What does a VPN use to ensure that any transmissions that are intercepted will be indecipherable?
  6. Which VPN protocol works at Layer 3 and can encrypt the entire TCP/IP packet?