Self-Hosted Homelab Service Dashboards

This project is a self-hosted dashboard portal designed to centralize access to internal applications and infrastructure services. It functions as a configuration-driven platform that automatically discovers and organizes services from container runtimes and cluster management systems, presenting them within a unified, customizable web interface. The system distinguishes itself through a declarative widget framework that allows users to construct dashboard components by mapping raw API responses to visual elements. It includes a secure internal proxy layer that handles authentication, header injection, and request routing for external services, ensuring that data retrieval remains isolated and controlled. Developers can extend the platform by authoring custom widgets using standardized lifecycle hooks, which are supported by a comprehensive suite of unit and integration tests to ensure reliable data fetching and error handling. The platform covers a broad range of infrastructure monitoring and management capabilities, including real-time visualization of resource utilization for servers, containers, and virtual machines. Users can organize their dashboard through a hierarchical layout engine that supports nested service groups and flexible grid arrangements. The system also features a centralized localization layer to ensure consistent multi-language support across all interface elements and widgets. The application is managed through a centralized configuration file, which governs service discovery, global settings, and the behavior of various modular widgets.

Glance is a self-hosted web portal designed to aggregate real-time data, system monitoring, and content feeds into a single, customizable dashboard. It functions as a centralized interface for managing internal tools and network services, allowing users to secure their portal with password authentication and define the application's visual identity and layout through structured configuration files. The platform is built on a modular widget engine that treats individual dashboard components as isolated units. This architecture enables users to arrange widgets into custom pages and columns, with each component independently fetching and rendering data from external sources, service status checks, or system interfaces. The system supports a wide range of integrations, including containerized workload monitoring, server resource tracking, and various web-based content feeds. Beyond its core monitoring capabilities, the application includes productivity utilities such as task management and custom search interfaces. It provides flexibility for advanced users through custom API data visualization, which allows for the transformation of raw JSON responses into formatted widgets using custom templates. The system is designed to operate behind reverse proxies and can be configured to interact directly with host-level interfaces and container runtimes.

Heimdall is a self-hosted application dashboard and local network service portal. It functions as a visual landing page and application link manager used to organize shortcuts to internal and external web services using customizable tiles and icons. The project serves as a service API integration hub, fetching and displaying real-time status and metrics from external services directly on dashboard tiles via authorized API endpoints. It simplifies local network navigation by providing a directory of private IP addresses and services, including a toggle to control internal network requests. The platform includes tools for home lab organization and application health monitoring. It utilizes a community-driven application registry and template import system to automatically populate metadata and icons for service links. To ensure availability during internet outages, the system supports offline metadata hosting through local file fallbacks. The dashboard also includes custom search provider configuration to manage external search engines and internal filters.

CasaOS is a lightweight software stack designed to transform standard Linux distributions into a comprehensive personal cloud platform. It functions as a management layer that sits atop the host operating system, providing a unified graphical dashboard to deploy, monitor, and administer containerized applications and local hardware resources. By automating the lifecycle of isolated software services, it enables users to maintain a private and secure digital infrastructure on their own hardware. The platform distinguishes itself through a declarative configuration model that continuously reconciles the actual state of services against defined system files. It features a virtualized file system abstraction that aggregates multiple physical storage drives into a single, accessible directory structure, simplifying data organization and network file sharing. A centralized application programming interface gateway translates web-based requests into system commands, ensuring that storage, networking, and container management remain accessible through a single, cohesive interface. Beyond its core management capabilities, the system incorporates an event-driven message bus to coordinate internal communication and real-time hardware updates. It supports modular extensibility, allowing for the dynamic loading of external packages to broaden the platform's functionality. The software is designed for installation across diverse hardware architectures, providing a consistent environment for hosting media collections and self-hosted applications.

Planka is an open-source Kanban project management tool designed for organizing tasks and tracking team productivity across multiple workflows. It provides a centralized platform where users can manage projects and monitor progress through visual boards. The system distinguishes itself through its focus on data consolidation and secure identity management. It supports the migration of project boards and task lists from external services, allowing teams to unify their work items within a single environment. Furthermore, the platform integrates with external identity providers using standard authentication protocols to verify user credentials and secure access to the project management environment. The application includes a programmatic interface that facilitates integration with third-party services, enabling the automation of workflows and the synchronization of data across development stacks. It utilizes a structured database for persistence and exposes system functionality through standardized endpoints to support external tool connectivity.

Umbrel is a home server operating system designed to centralize the management of self-hosted applications and personal data services. It provides a unified, web-based graphical dashboard that abstracts complex system administration tasks, allowing users to deploy and maintain private cloud infrastructure, blockchain nodes, and media streaming services without requiring command-line interaction. The platform distinguishes itself through a modular application marketplace that automates the retrieval, configuration, and lifecycle management of containerized software. It integrates local artificial intelligence hosting and smart home automation coordination, enabling users to run language models and IoT routines directly on their own hardware. By utilizing disk-image-based provisioning, the system facilitates rapid deployment onto dedicated hardware while maintaining strict control over data sovereignty. Beyond its core hosting capabilities, the platform includes comprehensive tools for data resilience, including encrypted backups, external storage configuration, and automated disk redundancy. It also incorporates system-level network traffic filtering for ad-blocking and secure remote access, alongside real-time monitoring of hardware resource utilization. Access to the environment is protected through centralized authentication and security controls.