PERSONAL INDUSTRIAL COMPUTING PROJECT

Your energy.
Your data.
Your system.

manOS MED brings a Debian Linux environment and a custom monitoring dashboard together—with a vision for locally collected industrial data and remote visibility.

Created by Anastasios Mintos · Personal use · Not offered for sale

m.an.OS MED — Mintos Anastasios Operating System. Metering Energy Data.
DEBIAN FOUNDATIONLOCAL FIRST / HUMAN CONTROL
01 — A personal operating environmentSCROLL TO DISCOVER ↓

01 / THE IDEA

Built around the way
you work.

An industrial computer should bring the operating system, monitoring software and data into one understandable environment.

manOS—Mintos Anastasios Operating System—is a personal Debian-based project for custom industrial computers. MED stands for Metering Energy Data: the monitoring layer that gives the project its focus.

The direction is practical: run customised Python software, connect to field equipment through an RS485 gateway, keep measurements locally, and make selected information available remotely.

Linux underneathA full desktop and system access.
Web dashboard on topA familiar view in the browser.
Local data at the centreThe planned foundation for history and backups.

02 / THE MONITORING EXPERIENCE

One view.
A clearer picture.

The current dashboard prototype brings monitoring screens into a single browser interface. Its values are simulated while the real acquisition layer is developed.

PROTOTYPE · DEMO DATA
● ● ●manOS / local dashboardDEMO
Screenshot of the manOS monitoring dashboard prototype showing simulated monitoring values.
Actual development preview. Displayed measurements and operating information are demonstrations.
THE INTERFACE

Browser-based monitoring

Runs on the computer’s own local web service. The desktop remains a complete Debian Linux environment.

THE SOFTWARE

Python + containers

A Python application and containerised services form the current development environment, with an adapted monitoring interface.

THE BOUNDARY

Demo today, field data next

Measurement collection, real historical storage and remote backup are planned integrations, not active capabilities.

03 / THE INTENDED DATA JOURNEY

From the field.
To your own system.

This is the target architecture. The end-to-end path has not yet been implemented or validated with live instruments.

  1. 01

    Field equipment

    Meters and industrial devices.

  2. 02

    RS485 gateway

    The planned bridge to physical measurements.

  3. 03

    Python acquisition

    Custom software to collect and process data.

  4. 04

    Local database

    Persistent measurement history on the computer.

  5. 05

    Remote access

    Online viewing and a remote backup destination.

Current SQLite use records application starts only. It does not yet store meter measurements. Remote control is part of the longer-term plan.

04 / HARDWARE DIRECTION

Start on the bench.
Grow into the field.

01

Development laptop

The current Debian-based live and installable image targets a Lenovo Legion 5 15ITH6H. The base installer has completed an offline installation and disk boot in a virtual machine; physical laptop validation is ongoing.

CURRENT DEVELOPMENT
02

Raspberry Pi 5

The first planned embedded platform. Its ARM image, hardware connections and acquisition services need their own build and validation.

PLANNED
03

Future industrial platforms

Additional boards and custom industrial enclosures can follow once the software and data path are proven. The proposed Arduino platform remains subject to confirming the exact board and its operating-system support.

EXPLORATION
manOS desktop wallpaper with a centered logo in a restrained futuristic blue and green environment.

A FAMILIAR PLACE TO WORK

Industrial purpose.
Personal identity.

The manOS desktop includes three approved futuristic wallpapers, with one randomly chosen at login. The blue and green identity carries from desktop to dashboard.

05 / THE ROAD AHEAD

A working foundation.
A deliberate next step.

NOW

Establish the environment

Debian desktop branding, offline dashboard containers, a demo interface and an installable laptop image. Continue testing the actual hardware and installation experience.

NEXT

Connect the real world

Bring up Raspberry Pi 5, confirm the RS485 gateway and device maps, collect real measurements and build the local measurement database.

LATER

Extend visibility

Add authenticated remote viewing, tested backup and recovery, then carefully scoped remote control. Validate reliability before wider everyday use.

PROJECT STATUS / OCTOBER 2026

Personal project.
Real ambition.

manOS MED is an independent project by Anastasios Mintos for personal use. It is under active development, with no commercial release or sale planned.

What is working today?

A Debian-based branded desktop image, a containerised demo dashboard and approved desktop wallpapers. The base laptop image passed a full offline installation and subsequent installed-disk boot in a two-drive virtual machine. The serial-check correction passed targeted checks; it has not repeated the full installation test.

What still needs to be built?

Live RS485 acquisition, a local measurement database, remote viewing, remote backup and remote control. The Raspberry Pi build and physical hardware validation are also pending.

Is manOS a website or an operating system?

The operating environment is based on Debian Linux. The monitoring dashboard is a web application running within that environment. This page introduces the project; it does not provide access to a live installation.

Can I download or buy it here?

This is a project presentation, not a shop or a public software distribution. No sales, public image downloads or remote-control endpoints are provided on this page.