Pharos Print Management

Best Self Hosted Alternatives to Pharos Print Management

A curated collection of the 2 best self hosted alternatives to Pharos Print Management.

Cloud print management platform for organizations to control and secure printing, manage print queues and devices, enable pull/release printing, enforce policies, and track usage and costs with reporting and directory integrations.

Alternatives List

#1
Samba

Samba

Samba is an open source SMB/CIFS file and print server that also provides Active Directory Domain Controller and member server capabilities for Linux/Unix systems.

Samba screenshot

Samba is a feature-rich open source implementation of the SMB/CIFS and Microsoft Active Directory-related protocols for Linux and other UNIX-like systems. It provides interoperable file and print sharing for Windows, macOS, and Linux clients, and can integrate hosts into AD environments or run as an AD Domain Controller.

Key Features

  • SMB file sharing and Windows-compatible network file services
  • Network print sharing for SMB clients
  • Active Directory Domain Controller functionality (Samba AD)
  • Active Directory member server mode with domain integration
  • Authentication and directory integration using common AD protocols (including LDAP and Kerberos)
  • Scalable deployment options, including use in clustered and enterprise NAS environments

Use Cases

  • Provide centralized file and print services for mixed OS networks
  • Replace or complement Windows Server for SMB shares and AD domain services
  • Integrate Linux/Unix servers and desktops into an existing Active Directory domain

Samba is widely used as the standard SMB server on Linux and is suitable for both small networks and enterprise deployments that require compatibility with Windows file sharing and AD-based identity management.

#2
SANE (Scanner Access Now Easy)

SANE (Scanner Access Now Easy)

SANE provides a portable API, a collection of scanner backends and frontends, and network scanning support (saned/scanimage) for Unix-like systems.

SANE (Scanner Access Now Easy) screenshot

SANE (Scanner Access Now Easy) is an open-source API and project that provides a standardized interface to raster-image acquisition devices (flatbeds, handheld scanners, cameras, frame grabbers) and a collection of device backends and frontends. It includes a command-line frontend, the saned server for network access, and many hardware-specific backends.

Key Features

  • Standardized C API for scanner hardware that separates frontends (clients) from backends (device drivers).
  • Large collection of device backends covering many vendors and models, with per-backend status levels (complete, good, basic, minimal, untested, unsupported).
  • Command-line utilities and frontends (including scanimage) for scripting and GUI frontends for desktop integration.
  • saned daemon and a "net" meta-backend to enable networked scanning and remote access to locally attached scanners.
  • Build and packaging geared for Unix-like systems with traditional autotools/autogen, configure and make workflows.

Use Cases

  • Digitizing documents or photos using a variety of supported scanners from scripts or GUI frontends.
  • Providing a networked scanner service on a server so multiple clients can access a single physical scanner.
  • Integrating scanner support into Linux distributions, imaging workflows, or custom scanning applications via the SANE API.

Limitations and Considerations

  • Device support quality varies by backend; many legacy or vendor-specific features may be unimplemented or labeled "minimal" or "untested."
  • Some backends are unmaintained; users may need to rely on community patches or maintainers for newer devices.
  • Behavior and available options are backend-dependent, so application developers must handle inconsistent option sets across devices.
  • Networked scanning requires proper configuration (authentication, firewall rules) to avoid exposing scanner services unintentionally.

SANE is a mature, widely packaged project used across Unix-like systems to provide scanner access and a sharing service for scanners. It is primarily implemented in C and designed for integration into desktop and server imaging workflows.

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