Resin
Resin is an Internet of Things (IoT) device management and deployment platform focused on simplifying how organizations build, update, and operate fleets of connected Linux-based devices.
- Application and Operating System (OS) containerization for Linux-based IoT devices using Docker-style workflows (IoT device management).
- Cloud-based dashboard and APIs for fleet monitoring, configuration, and lifecycle management (fleet operations).
- Over-the-air (OTA) software updates and rollbacks for remote devices (software delivery/DevOps for edge).
- Secure device provisioning, authentication, and connectivity to a centralized control plane (device security and access control).
- Developer tooling that aligns embedded devices with modern cloud-native Continuous Integration and Continuous Deployment (CI/CD) practices (DevOps enablement for IoT).
More About Resin
Resin provides an IoT device management and software delivery platform that aligns edge hardware operations with practices commonly used in cloud-native environments. The platform targets organizations that deploy and manage fleets of Linux-based devices, such as gateways, industrial controllers, digital signage, or embedded systems, and need reproducible builds, remote updates, and centralized control at scale.
At the core of Resin’s approach is the use of containerization (cloud DevOps) on embedded and edge devices. Applications run in containers on top of a managed host OS, using Docker-compatible tooling and images. This allows enterprise development teams to package services and dependencies in a consistent format, reuse existing cloud workloads on devices when feasible, and adopt workflows similar to those used in Kubernetes or other container platforms, while Resin handles device-level constraints.
Resin exposes a cloud-based management console and APIs (IoT device management) that allow teams to register new hardware, assign devices to applications, monitor health and status, and roll out configuration changes or new releases. Devices connect securely to the Resin cloud, maintain a persistent relationship for control and telemetry, and periodically check in for new container images or OS updates. Role-based access, auditability, and multi-tenant project organization enable use in enterprise or institutional environments where multiple teams interact with overlapping fleets.
The platform supports over-the-air (OTA) update workflows (software delivery/DevOps for edge) for both applications and, in many deployments, the underlying OS. Updates can be rolled out to individual devices, defined groups, or entire fleets, with options for staged rollouts and rollbacks. This model reduces the need for manual field interventions and aligns device updates with standard CI/CD pipelines, source control systems, and automated build steps.
From an architectural perspective, Resin relies on common protocols and frameworks for secure connectivity and remote management. Devices typically establish outbound, authenticated connections to the Resin cloud, which is responsible for orchestration logic, image distribution, and state tracking. On the device side, a Resin agent manages container runtime operations, image pulls, and interaction with the local OS. This design separates hardware-specific concerns from application delivery and provides a consistent abstraction across heterogeneous device models.
In enterprise directories and marketplaces, Resin aligns with categories such as IoT device management, edge application lifecycle management, and DevOps for embedded systems. It is relevant where organizations need a unified control plane for large fleets of Linux-based connected devices, want to reuse container-based tooling across cloud and edge, and require repeatable processes for provisioning, securing, updating, and monitoring hardware deployed outside traditional data centers.