Pantacor lets you containerize embedded Linux devices and manage them at scale. From development to deployment to fleet orchestration.
# Discover & claim your device in seconds
pvr scan && pvr claim
Effortless cloud-based control for your device fleet.
Pantacor Hub is an open-source platform for managing firmware, applications, and device state in the cloud. Think of it as a unified dashboard and repository: it lets you securely manage access control, revision history, logs, and metadata for your devices. With Hub, you can deploy atomic, over-the-air updates across fleets, control and view firmware or app revisions, and integrate with third-party tools.
Complete with full traceability and rollback capability.
1. Download Pantavisor
Pick your board and flash the latest image.
2. Boot Your Device
Connect via serial or SSH and monitor startup.
3. Log In to Pantacor Hub
Follow the Getting Started instructions.
4. Claim with CLI
Run pvr scan → pvr claim
5. Deploy Your App
Use pvr app add and push changes remotely.
Pantavisor Linux is the easiest way to build and manage embedded Linux devices using lightweight containers. With a tiny 1MB footprint and support for ARM, x86, RISC-V, and more, it brings modern app-like deployment to any Linux system.
Open-Source. No performance hit, no OS lock-in. Secure over-the-air updates, reusable components, and a plug-and-play architecture let you focus on features, not firmware.
Download, customize, and deploy at scale with confidence.
Pantabox, included with Pantavisor, offers the possibility to add apps from a Marketplace without going through the cloud.
Min 32MB of NAND, NOR, or EMMC storage
Min 64MB of RAM
ARM, MIPS, RISC-V, x86, PowerPC
Treat devices like code. Use `clone`, `commit`, and `post` to push container updates to live hardware.
pvr clone device123
pvr app add hello-world --from docker.io/library/hello-world
pvr commit -m "first app"
pvr post
Pantacor can be applied to a multitude of use cases, and supports all embedded Linux architectures and distributions.
Control devices and automate tasks within a smart home system. Enhance security by implementing secure communication protocols and encryption.
Deliver reliable, secure, and scalable solutions for industrial control systems. Connect and communicate with other devices, sensors, and cloud-based services.
Personalize appliances to individual users’ preferences, improve energy efficiency, and enable smart diagnostics. Allow consumers to operate appliances remotely.
Improve network security, optimize performance, and offer new services to end-users on existing hardware while remotely managing connected device fleets.
Develop systems that use data analytics and machine learning to analyze farm data and improve crop yields, reduce costs, and optimize resource usage.
Provide advanced navigation features, driving safety features, multimedia playback and gaming, and voice recognition to drivers and passengers.