LAL OS is a unique operating system developed from scratch. As QBS Software and Information Technologies, we develop the boot process, LAL core, memory management, imaging and window infrastructure, ZuzuGraphic engine, Mosaic desktop and basic system services within our own architecture. The source code of these critical operating system layers, including the kernel, belongs to us. LAL OS is not only a Turkish interface or a new desktop addition to an existing system. In this respect, the main difference from Pardus and other Linux distributions is that it is not based on the Linux kernel and Linux system infrastructure. Nor does it use the kernel or desktop infrastructure of Windows and macOS. The purpose of LAL OS is to create an independent platform developed in Turkey from the kernel to the application environment instead of creating a version dependent on another operating system. Our security architecture is based on separating the kernel from the user area and managing memory, system resources and services with certain ownership and access rules. The system's own rules determine which resource an application can access. Thus, we develop a structure that limits the effect of application errors or unauthorized transactions on other system components. We do not publish the source codes of the basic system layers, including the core of LAL OS; access to these codes is limited to the developers we authorize. We can design and manage which component of the system processes which data, how services communicate with each other, and which external network connections are allowed within our own architecture. This is where the strategic difference in our approach to security with Linux, Windows, and macOS emerges: the code for the critical layers and the technical decisions regarding those layers are under the control of the native developer, regardless of an external operating system provider. This provides the opportunity to create access rules according to corporate needs and directly intervene in the relevant system layer in the face of a problem. It is also important to be able to benefit from the existing software ecosystem while developing an independent operating system. For this reason, we aim to develop a compatibility layer to run Windows' PE-formatted .exe applications on LAL OS. In addition, we have preparations to run Java applications by connecting the OpenJDK and Java virtual machine to the file, process and application startup structure of LAL OS. These studies aim to ensure that users can access existing software without basing the core of LAL OS on Windows or Linux. The capabilities to run .exe and Java applications are currently offered as development goals, not as completed features. Our goal is to create a native platform that can be adapted to public, education, industry and critical infrastructure needs over time, ranging from the core to the desktop, from native applications to software compatibility. We would like to present the current operating status and technical architecture of LAL OS to the relevant unit of your Ministry with a working system demonstration. I kindly request that our project be evaluated in terms of the objectives of the National Technology Move and that technical negotiations be provided if deemed appropriate. On the daily use side of LAL OS, we are working on Mosaic desktop, Gerrok file manager, LALedit text editor, terminal and system tools. Motif programming language designed for the LAL OS ecosystem with the E-Vliya web browser is also included in our development roadmap. Our goal is to create an integrated platform where users can work, developers can produce local applications and adapt to public, education, industry and critical infrastructure needs over time.