ULTRA OS is designed to offer a user-friendly yet powerful interface that balances simplicity with depth. It will provide an intuitive experience for everyday users while still delivering the full range of customization and advanced features that power users and enthusiasts expect.
One of ULTRA OS’s core goals is to ensure that all modules are developed with a strong focus on efficiency—minimizing both memory usage and CPU demand. The system is designed to run smoothly on affordable hardware, delivering a satisfying user experience even on lower-spec devices. This makes ULTRA OS a compelling option for schools, budget-conscious users, and communities in developing countries where access to high-end hardware may be limited.
ULTRA OS will be free as based on opensource. ULTRA OS should run even on low-spec affordable hardware. For example: MiniPC <150 USD 14" Laptop < 300 USD AI MiniPC <800 USD Mobile phone < 200 USD
ULTRA OS is built with a strict commitment to user privacy. It does not monitor your activities or collect personal data for advertising or third-party marketing purposes.
ULTRA OS modules are designed with long-term compatibility in mind. Once peripheral devices like printers or scanners are set up and functioning with ULTRA OS, they will continue to work reliably across future OS versions—unless the hardware itself fails. Driver or software updates will not break compatibility.
We envision a specialised version of ULTRA OS that is committed to making computing more secure. A key part of our mission is to reduce vulnerabilities and protect user data. We aim to develop a highly hardened version of ULTRA OS with the goal of achieving an unhackable system architecture. This will be achieved through a closed OS version built entirely on ROM, which does not allow the installation of additional software and blocks the execution of any program not embedded in the ROM itself. While this approach limits flexibility and user freedom, it significantly increases security—highlighting the fundamental trade-off between openness and protection. Low energy consumption ULTRA OS hardware will focus an energy efficient hardware to save electricity.
Linux, with its open-source philosophy, is a great concept that enables programmers to access a vast library of solutions. However, this approach can also have drawbacks: every program often needs to include its own solution for tasks that many other programs also require.
The primary task of most programs is to display data to the user. The user then interacts with the program to alter that data, and the program must display the updated result. This raises the question: why doesn't the operating system itself provide these core display functions, allowing application developers to focus on their actual tasks?
There are standard data types such as text and JPEG images, but many other formats are also common in daily computer use—such as PDFs, spreadsheets, diagrams, statistical charts, music, videos, vector graphics, and 3D models. Another task is event handling for the user interface. Every programmer needs to implement the same task over and over again for each new program. So our idea is why not create a module that handles this tasks automatically and provides all this standard solutions?! Our answer to this is task is UltraCanvas. The OS will provide all major functionality for programmers so they really can focus on the main objective of their programs and not spend 80% of the time to work on secondary tasks to implement the UI. A programming IDE also will provide an easy-to-use tool so that most applications can be built with an minimum effort.