IBM Sterling Ideas

Shape the future of IBM!

We invite you to shape the future of IBM, including product roadmaps, by submitting ideas that matter to you the most. Here's how it works:

Post your ideas

IBM is transforming its request for enhancement (RFE) process. The purpose of the transformation is to provide a more consistent experience for you to submit requests and to enable IBM product owners to respond to your requests more quickly. For more information click here.

Start by posting ideas and requests to enhance a product or service. Take a look at ideas others have posted and upvote them if they matter to you,
1. Post an idea
2. Upvote ideas that matter most to you
3. Get feedback from the IBM team to refine your idea

Help IBM prioritize your ideas and requests

The IBM team may need your help to refine the ideas so they may ask for more information or feedback. The offering manager team will then decide if they can begin working on your idea. If they can start during the next development cycle, they will put the idea on the priority list. Each team at IBM works on a different schedule, where some ideas can be implemented right away, others may be placed on a different schedule.

Receive notifications on the decision

Some ideas can be implemented at IBM, while others may not fit within the development plans for the product. In either case, the team will let you know as soon as possible. In some cases, we may be able to find alternatives for ideas which cannot be implemented in a reasonable time.

Next Generation IP Hopping adds Scalability, Mobile, IPv6, and IoT security.

Obtego Cyber LLC and CAMO LLC has built a secure

VPNs with a novel Mobile IPv6 based Moving Target Defense with all TCP packets delivered over time. Our approach can help

thwart attacks against a VPN server by making the server

difficult to find. In order to create a moving target scheme, we

removed the server’s static IP address and utilized temporary

IP addresses that keeps changing. The use of a Care of Address (CoAs) according

to the MIPv6 standards allows us to implement such a

solution without modifying anything in the network protocol.

Most significantly, no changes are required of the client and

any of the intermediate nodes or routers in the core of the

Internet. Our approach achieves its goals with small overhead

in signaling and transmisson.

  • Guest
  • Oct 9 2020
  • Needs more information
How will this idea be used?

Create a new layer of cybersecurity to generate random IPv6 addresses in front of the IP addresses you need to protect. Eliminate the attack surface without effecting your devices.

What is your industry? Computer Services
What is the idea priority? Urgent
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