It’s Time to Rethink Linux Device Management
Linux MDM isn't supposed to exist, but fleet orchestration keeps getting more complex
Stop fighting your fleet. SSH into one box? Fine. SSH into a thousand? That’s a joke. Scripts, cron jobs, and ad-hoc workflows don’t scale. Esper’s Linux MDM does.
It’s built for today’s mission-critical Linux devices — from kiosks and digital signage to robotics and edge AI for simplified fleet management across distros, form factors, and architectures.
Ditch Script Sprawl with a Linux MDM Built for Full Control
Linux gives you power. But at fleet scale, that power can turn into chaos when provisioning, compliance, drift, and troubleshooting across distros and form factors become very real.
Esper’s orchestration tools give you visibility, automation, and guardrails so you avoid terminal windows at 2 AM.
Automated management. Less grind.
Provision, configure, and fix devices without babysitting them. Deployments stay consistent, troubleshooting stays fast. Fewer late-night SSH sessions, fewer mistakes.
Security that doesn’t get in your way
RBAC with LDAP/SSO, encrypted tunnels instead of wide-open SSH, and logs ready for audits. Locked down where it matters, without slowing you down.
Click for speed. Script for precision.
UI for the quick stuff. API and CLI when you want root-level precision. Junior teammates don’t need to SSH. You still can.
Keep Linux Power, Lose the Overhead
Scalable Linux provisioning
All Your Linux Devices. One Scalable Platform.
x86, ARM, AMD64. Ubuntu, Debian, Yocto, Pi, custom builds.
From kiosks and POS to robots and edge AI boxes — if it runs Linux, you can run it on Esper.
Supported Distros
Supported Systems
Supports Intel® x86 and x86_64 platforms, and compatible with AMD64, ARM, and ARM64
What Our Customers Say
Esper is an indispensable tool for managing our devices. It allows us to effectively manage our devices both individually and as a cohesive unit. When deciding on hardware for our fleet, our first priority is ensuring it’s compatible with the Esper platform.
Sejun Park
Head of Hardware, Snackpass
FAQs
What is Linux device management?
Linux device management software helps teams configure, monitor, and secure Linux-based devices across different distributions and hardware types. It helps organizations orchestrate their entire Linux fleet by making it easier to deploy, update mission-critical systems at scale, ensuring consistent performance, compliance, and security.
How can Linux device management help scale large device fleets?
With zero-touch provisioning and automated deployment and configuration, you can deploy thousands of devices at once, with device grouping options for granular management at scale. Proactive compliance alerts and automated remediation help ensure every device is compliant, and custom actions turn manual scripts into a simple button.
Does it support remote terminal for troubleshooting?
Yes, it includes secure remote terminal access. This lets IT teams diagnose and fix issues from any browser without VPNs, ports, or onsite technicians, reducing downtime and service costs.
How does it improve compliance and security?
Role-based access controls, compliance templates, and real-time alerts help maintain device security. Out-of-compliance devices are flagged proactively, and they can be pushed back into compliance at the click of a button.
What industries and use cases does Esper Linux Device Management support?
Esper’s Linux Device Management solution is designed for mission-critical, dedicated devices where uptime and consistent performance are essential for operations in industries like QSR, retail, healthcare, education, and even manufacturing and logistics.
What types of devices and use cases does Esper Linux Device Management support?
You can manage kiosks, POS devices, and signage, including Raspberry Pi devices, as well as robotics, and GPU-powered edge or cache boxes for AI workloads.
Which Linux distributions and systems does Esper Linux Device Management support?
Supported distros include Debian, Ubuntu, Linux Mint, MX Linux, Elementary OS, Deepin, PureOS, Kali Linux, Yocto, and Pi OS. Supported systems include Intel® x86 and x86_64 platforms, and are compatible with AMD64, ARM, and ARM64.
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