Morpheus Data

Best Self Hosted Alternatives to Morpheus Data

A curated collection of the 3 best self hosted alternatives to Morpheus Data.

Hybrid cloud management platform for provisioning, orchestrating, and governing applications and infrastructure across private and public clouds and Kubernetes. Offers self-service catalogs, automation, cost analytics, policy-based governance, and hypervisor/cloud integrations.

Alternatives List

#1
Portainer

Portainer

Lightweight web-based platform to manage Docker, Swarm and Kubernetes resources with a GUI and API, including access control and multi-environment operations.

Portainer screenshot

Portainer is a lightweight container management platform that provides a web UI and API for operating containerized environments. It centralizes day-to-day administration for Docker, Docker Swarm and Kubernetes, aiming to make common tasks accessible without deep orchestrator expertise.

Key Features

  • Manage containers, images, volumes, networks and other orchestrator resources from a single interface
  • Support for multiple environments, including remote/edge deployments via agent-based connectivity
  • Role-based access control options and policy-oriented governance capabilities (feature set varies by edition)
  • Built-in GitOps-style deployment automation and reconciliation
  • Troubleshooting and operational visibility across fleets of nodes and clusters
  • Extensive API for integrating container operations into external tooling

Use Cases

  • Homelab or small-team administration of Docker/Swarm hosts with a simple GUI
  • Central operations for multiple Kubernetes clusters and mixed container environments
  • Managing remote or constrained edge/IoT installations with centralized control

Limitations and Considerations

  • Official support targets a limited window of Docker versions (commonly “current minus 2”)
  • Some advanced enterprise capabilities (for example, expanded governance and support features) are edition-dependent

Portainer is a pragmatic choice for teams that want a straightforward UI and API for container operations across diverse infrastructure. It is especially useful when consolidating management of multiple environments and simplifying routine Kubernetes and Docker workflows.

36.2kstars
2.8kforks
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#2
Uncloud

Uncloud

Deploy and scale Docker Compose apps across multiple servers with automatic WireGuard networking, service discovery, load balancing, and HTTPS—without Kubernetes overhead.

Uncloud screenshot

Uncloud is a lightweight tool for deploying and managing containerised applications across a network of Docker hosts. It forms a secure peer-to-peer cluster without a central control plane, aiming to provide a simple, PaaS-like workflow for running Docker Compose apps on your own infrastructure.

Key Features

  • Deploy and scale services across multiple machines using Docker-like CLI commands
  • Docker Compose support for defining multi-service applications and volumes
  • Decentralised architecture with peer-to-peer state synchronisation (no central control plane/quorum)
  • Automatic WireGuard mesh networking with peer discovery and NAT traversal
  • Built-in service discovery via an internal DNS server
  • Built-in ingress and load balancing across replicas on different machines
  • Automatic HTTPS with certificate provisioning and renewal via Caddy and Let’s Encrypt
  • Persistent storage support using Docker volumes managed across machines

Use Cases

  • Run a small-to-mid-size production app stack on VPSs and bare metal without Kubernetes
  • Build a multi-provider, highly available deployment by spreading replicas across regions
  • Homelab or SMB platform for repeatable Docker Compose deployments with HTTPS and discovery

Limitations and Considerations

  • Project maturity may vary by release; some features mentioned as planned (for example, automatic rollback) may not be fully available

Uncloud fits teams and individuals who want a pragmatic middle ground between single-host Docker and full Kubernetes. It emphasizes low operational overhead while still providing the core primitives needed for reliable multi-host deployments.

4.5kstars
116forks
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#3
Flint

Flint

Flint is a lightweight KVM/libvirt VM management tool with an embedded web UI, CLI, and REST API, designed for fast provisioning and low overhead.

Flint is a modern, self-contained management tool for Linux virtualization using KVM via libvirt. It provides an embedded web interface, a CLI, and an HTTP API to create, manage, and automate virtual machines without dealing with libvirt XML directly.

Key Features

  • Embedded Web UI with passphrase-based login and session cookies
  • CLI and authenticated HTTP API (bearer token) for automation and integrations
  • VM lifecycle management (list, launch, start/stop, manage resources)
  • Cloud image browsing and downloads to speed up VM creation
  • Cloud-init provisioning support and snapshot-based templates
  • Manage local or remote libvirt hosts via SSH transport

Use Cases

  • Homelab and developer workstation VM management with minimal overhead
  • Lightweight alternative to heavier virtualization management platforms
  • Automating VM provisioning and operations through a scriptable CLI/API

Limitations and Considerations

  • Requires a Linux host with QEMU/KVM and libvirt (libvirt 6.10.0+)
  • Remote management relies on SSH key-based authentication (no password auth)

Flint is a pragmatic choice for operators who want a small footprint and a modern interface while keeping full control over KVM/libvirt infrastructure. It focuses on fast workflows, automation, and simple deployment as a single binary.

1.6kstars
86forks
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Why choose an open source alternative?

  • •Data ownership: Keep your data on your own servers
  • •No vendor lock-in: Freedom to switch or modify at any time
  • •Cost savings: Reduce or eliminate subscription fees
  • •Transparency: Audit the code and know exactly what's running