![]() ![]() Using Border0, we can solve the above challenges and more in just a few minutes. Making it easier for users to access the systems they need, when they need it, and no matter their location, while still maintaining a high level of security. Using Border0’ anycasted application and identity aware proxies, it's super easy to provide zero trust SSH access and provide a user-friendly experience. Finally, ideally you can just use your Single sign-on credentials, so there is no need to ship SSH keys around, and certainly no local passwords! No VPN, no worries about firewall rules, yet, no-one other than your team should be able to communicate with your SSH port. What we really want is to access these servers over SSH as if they're sitting right next to you on the same network. We don't want the bad guys to access our servers! But that also makes it harder for your engineers to access it. And as a result, it is, by design, hard to access directly from the Internet. In today's world, many of your resources are typically hosted in private or otherwise well-protected networks such as a private VPC. It also does not easily support single sign-on (SSO), which can make it difficult for organizations to integrate SSH with their existing identity management systems. SSH does not natively provide an easy mechanism for enforcing security policies or monitoring access to systems. For example, most SSH deployments use static passwords or SSH keys for authentication, which can be stolen or compromised. However, there are some remaining challenges. With this move, all connections are now end-to-end encrypted, and we now have the ability to use key-based authentication. We've come a long way from the old days of Telnet to today's ubiquitous use of SSH. ![]() SSH is a popular and key technology for providing secure and reliable access to critical systems such as servers, IOT devices, and even containers and network devices such as routers and switches. This is due to the need for more granular access to resources that are based on time, identity, and policy rather than trust based on just IP ranges. As the threat landscape continues to evolve and the move to the cloud becomes increasingly popular, more organizations are moving away from traditional remote-access VPNs and adopting zero-trust private access solutions. ![]()
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