Managing Linux devices is a demanding challenge facing many of today’s IT organizations. IT and DevOps personnel need to ensure that each Linux system and server is patched, log files are rotated, the right users are on each device, processes are functioning as intended, and more.
In fact, with Linux desktop variants dramatically impacting the market (positively), IT admins need to consider this OS as a core part of their device fleet. Of course, Linux server OSs have been dominant for years and continue to take massive market share from Windows.
Historically, the process of Linux device management involved unique technical expertise, making it a task that only a select few IT professionals would undertake. DevOps engineers and IT admins would need to know their way around the command line and be able to write and implement scripts.
Over time configuration management tools were created, but those required even more coding. Now, though, armed with the right tooling, the device management process for both Linux servers and desktops can be made accessible by most administrators.
Separately Managed Linux Devices
In general, Linux servers are used by developers to house production infrastructure or other critical data and information systems. The Linux desktop versions are often used by developers, and increasingly many organizations are using them to cut costs with other functions such as sales, customer support, and sometimes with remote workers.
As such, Linux system management requires a keen security mindset to ensure that said infrastructure is protected. In practice, this means that the devices are often managed separately from other systems in the environment. Many IT management tools ignore Linux since historically it was considered to be a server platform managed by DevOps.
When a developer or other user has a separately managed Linux device, the IT organization may not have full control and visibility over the device, including managing user access, enforcing full disk encryption, and implementing other security policies.
This can cause significant risk to an organization as the device’s critical software components and data could be vulnerable to attack without IT’s knowledge. With the developer use case, often there is source code on the Linux device, so it can be high risk.
In the data center of cloud infrastructure environment, DevOps often manages their Linux machines through tremendous amounts of scripting and programming. Sometimes those groups will leverage configuration management solutions such as Chef, Salt, Ansible, or Puppet to handle management.
While these config management tools can provide flexibility, they require coding skills as well as infrastructure to ensure that the versions are correct, the code is safe, and there is data on the execution of those scripts.
The trouble with these various approaches to device management is that there is no one central system that manages Linux devices along with the rest of the devices in the infrastructure – Windows and Macs or mobile devices, for that matter.
Often an IT organization and a DevOps team will have completely separate tools to manage their infrastructure without the ability to understand the entire device fleet across an organization.
A Complete, Centralized Linux Device Manager
Linux device management – like all other system management or mobile device management approaches – should start with user access. With identity security being arguably the most critical issue in security today, IT or DevOps must manage access to the device in order to manage the device itself.
Once IT or DevOps controls access, configurations, settings, and security processes can be implemented without heavy scripting from manual management, configuration management solutions, or other tools. The benefit of a new approach to device management can include better monitoring and reporting along with increased control and security.
JumpCloud Directory Platform is, at its core, a user and device management system with Linux user authentication and device management incorporated in the solution.
This cloud directory controls who can access your Linux devices and how – whether they need SSH keys, have sudo access, and more. JumpCloud can also enforce multi-factor authentication to Linux devices for step-up security.
And, through System Insights, JumpCloud provides hundreds of critical data points about each Linux device to better understand their health status and more.
Further, through a lightweight agent on each Linux device, admins can execute policies, tasks, and commands on each device. Tasks can be written in any language supported by the Linux device and JumpCloud’s command execution framework provides full audit reporting and logging of the tasks. JumpCloud even provides pre-programmed Linux Policies that can be leveraged reducing even more work for IT admins and DevOps engineers.
Device Management in Linux Is Easy With JumpCloud
To manage your Linux device fleet much like you have control over your Windows or Mac devices, check out JumpCloud today. You can give it a try for free, and you’ll get 10 systems and 10 users free along with all premium functionality to experience all it can offer. If you need help getting started, just click on the in-app chat support anytime 24×7 in the first 10 days and a JumpCloud customer success engineer will answer any questions you might have.