Our Open-Source Scanning Probe Microscopy (Open-Source SPM) initiative is set to transform the landscape of research by enabling the global scientific community to construct and operate sophisticated microscopy systems independently, providing open access to the critical hardware and software designs necessary for developing and utilizing sophisticated microscopy systems. At the heart of this project is the creation of a fully open-source SPM controller, complemented by the user-friendly LabView software interface. This innovative combination facilitates the application of numerous microscopy techniques, including atomic force microscopy (AFM) and scanning electron microscopy (SEM). By making these advanced research tools more accessible and promoting collaborative efforts, the project aims to broaden the scope of scientific inquiry and innovation. A pivotal advancement of our initiative in the frame of this ORD project (PySPM) has been evolving from the current Gwyddion data storage system to the more capable HDF5 (Hierarchical Data Format) coupled with the Universal Spectroscopic and Imaging Data (USID) format. This strategic upgrade overcomes previous constraints by supporting the management of larger and more complex datasets. It also facilitates more efficient data processing across distributed systems. Critically, this shift addresses the inherent limitations of Gwyddion's 32-bit storage architecture, which restricts data storage to less than 2 GB, by enabling the handling of much larger datasets. The transition to HDF5-USID is not just a technical upgrade; it represents a shift towards a more interconnected and innovative scientific community. Through compatibility with the Pycroscopy ecosystem—a suite of Python packages designed for advanced imaging and analysis—our project lays the groundwork for shared discoveries and methodologies. This collaborative platform promises to expedite breakthroughs in various scientific fields reliant on microscopic imaging. In essence, the Open-Source SPM project is not merely improving data management; it is forging pathways for future discoveries and democratizing high-level scientific research. By embracing open-source principles and state-of-the-art technology, we are making cutting-edge microscopy accessible to scientists worldwide, encouraging collaboration, and facilitating significant scientific advancements.