While some of you may be wondering why I’m mentioning a TV show on a blog, the point is very simple. Computers and machines take commands from people and other machines (A2A). Without controls on the privileges executing those commands, everyone is potentially root, and in principle any function from firing weapons to shutting a system down is possible. Gaining privileged access is the goal of every threat actor. In order to execute malware, steal data, or even drop your defences, privileges are needed to execute the proper commands.
In the rebooted TV show, backdoors where inserted into the human military defence systems to allow a breach and cause outages during a Cylon offensive attack. The same scary scenario is true in our modern world today and even one anti-virus vendor (Kaspersky) has been accused of using their commercial solutions to create these nefarious opportunities on behalf of our enemies. In fact, they have been banned from all United States Government computing systems due to these alleged activities since they represent a privileged backdoor.
At the command line of any operating system, IoT device, ICS system, or SCADA implementation, privileges are a very powerful concept for controlling access to the resource. Unfortunately, many modern devices do not have granularity in controlling explicit commands, scripts, and accompanying switches. Many are all or nothing, and many have nothing at all. There was no technique to natively screen input, “by your command”, until now.
PowerBroker for Networks controls “by your command” on critical devices
Let’s introduce PowerBroker for Networks into our Cylon scenario. PowerBroker for Networks is a command line-based privileged access management solution that can control SSH and telnet sessions based on the individual commands, switches and scripts entered as input. It allows real time processing of the commands to determine what should be allowed to execute and what should be denied. It establishes the identity of the user via the initial authentication (including MFA) and then processes policy based on each command to determine if they should execute and what privileges. By your command for each and every command.
For Cylons, the privileged hierarchy could now be established for subordinates or any other machines they interact with. This would allow or deny privileged access to any command line functions. For us humans today, we now have command line control of every command and can decide who can run which ones, from where, when, and the privileges required. This is huge when dealing with IoT, ICS, SCADA, and even operating systems and network infrastructure that have no privileged access or role based access paradigm to begin with.
PowerBroker for Networks adds a layer of security to all of these devices to implement this security model without agents but with the granularity to accomplish the necessary controls for regulatory compliance (application control on non-traditional IT). The only science fiction analogy to this model that I can think of is Gwen on Galaxy Quest. She was the only one with privileges to talk to the computer. Everyone else had to have her relay their commands. The computer would not answer to anyone else. In our real case, PowerBroker for Networks is the only solution that should talk to your devices. Privileges to process commands are now controlled and sessions are recorded, monitored, and processed by user to ensure they are appropriate.
PowerBroker for Networks is the first technology to market to perform these functions independently of resource and can work with any SSH or Telnet based device. For those science fiction fans out there, I hope this helps explain the technology and why it is so important to protect resources.