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Making advanced technology more affordable, durable, and sustainable

Ubiquta

The operating system, treated as a configurable component.

Ubiquta builds around one idea: a single hardware platform that can run the right operating system for the job, whether that is Windows for compatibility or a Linux distribution chosen for coding, graphics and AI, or gaming.

At a glance

Environments Windows and Linux

Boot UEFI / GRUB dual boot

Distributions Chosen by workload

How it fits together

02 / Platform

Ubiquta Dual-OS Architecture: one shared hardware platform with a boot layer that selects a Windows environment or a Linux environment, with distributions matched to coding, graphics and AI, and gaming workloads

Figure · Dual-OS Architecture, 2010

Illustration of Ubiquta purpose-built multi-node compute: four nodes at the center, with lower cost, lower operating burden, and redundancy and flexibility as the outcomes

Purpose-built multi-node compute

01

Shared hardware platform

CPU, GPU, RAM, storage, network, and I/O are common to every environment, so one machine serves every workload.

02

A selectable OS path

A boot layer built on UEFI and GRUB dual boot gives a clear path into either Windows or Linux.

03

Distribution by workload

Each Linux distribution is selected by workload, drivers, lifecycle, and software stack.

03 / Workloads

The right system for each job

Windows Commercial software · compatibility · general use

Manjaro Coding

Ubuntu Graphics · AI

Pop!_OS Gaming

Linux Mint Ubuntu/Debian base · APT / DPKG

Fedora RPM ecosystem · DNF / RPM