Build and power containerized systems and apps on any Linux embedded device
Built from industry insights and customer requirements, Pantacor combines modern DevOps best practices with embedded-first technologies to help product makers add tangible value to the smart device edge.
A framework for embedded Linux
The critical building block is Pantavisor Linux, an open source framework for building containerized embedded Linux systems. Pantavisor is the container-based init system that turns your single-purpose, monolithic device into a modular, software-defined device to control the lifecycle of the device’s firmware and applications.
Minimum 32MB of NAND, NOR, or EMMC storage
Minimum 64MB of RAM
Compatible with Arm, Mips, Risc-v, x86, PowerPC
The Pantacor platform
Open source and without vendor lock-in, the Pantacor platform implements containers and other cloud-native technology to connect and manage the full lifecycle of firmware at scale for smart edge devices and the IoT.
Contact us to find out Pantacor can be tailored to your product’s demands.
Pantacor Hub
Manage device security and user access control
Centralize firmware and application updates
Control and view application and firmware revisions
Revision history, logs, and more
Integrates with any 3rd party management solution
Pantacor Fleet
Logical device grouping
Apply channel groups to deployment pipelines
Automatic device selection into channels
Flexible deployment configuration options
Monitoring at scale with fleet-level observations
Supported 3rd party integrations
Get the most out of device data for real-time decision making and observability. Pantacor Hub integrates with all of the popular open source cloud native applications and IoT machine learning platforms.
Docker
Prometheus
Kafka
Kubernetes
Fluentd
Connect
Connect your devices with a portable containerized control plane for any embedded Linux device.
Deploy
Deploy containerized apps, and updates with modern and open source DevOps tools and automated workflows.
Monitor
Act on real-time telemetry and device data by integrating with popular cloud native open source applications.
Manage
Manage both firmware and software lifecycle updates on device fleets from a unified dashboard.
Full software lifecycle management
Manage complete device software lifecycles with modern cloud native tools like containers. Easily deploy firmware updates and applications from a single dashboard run from a SaaS, on-premises or in one of the public clouds.
Modern cloud-ready devices
Connect and build IoT devices with Pantavisor Linux, our ultra-lightweight containerization framework for scalable, remote device management and container app deployments that works on any Linux architecture.
Centralized fleet management
Maintain, secure and update devices based on hardware and product line. Aggregate and act on data from device telemetry and logs with standard cloud native analysis tools or other applications for insights and real-time decision making.
Quicker time to market
Release faster and more often with DevOps tools and processes. With both systems and apps containerized and automated, they can be rolled out with fewer steps and less overhead, resulting in a more secure and quicker turnaround for customers.
Open source without vendor lock-in
Leverage modern open source technology like containers to implement efficient and more efficient cloud native patterns such as microservices for code reuse among applications and system OS componenets between devices.
Increased monetization opportunities
Extend your device fleet lifetime and increase revenue opportunities by connecting fixed-function devices to the IoT and deploying new applications. Offer new services and value to end-users without having to replace hardware.
Frequently Asked Questions
Do you support non-standard filesystems like JFFS2 and UBIFS?
Yes we do.
Do you run on no-FTL devices like NAND and NOR based systems?
Absolutely.
What architectures do you support?
Pantacor is the only solution that enables containerization and cloud native technology on all Linux-based devices. It is particularly well-suited for single function low-spec devices with a minimum of 32MB of NAND, NOR or EMMC storage, minimum of 64MB of RAM, on arm, mips, risc-v, x86, powerpc.