Worked on stability improvements for the LunarG/gfxreconstruct project, focusing on the Vulkan image memory binding workflow. Addressed a critical bug by implementing a null pointer safety check in the VulkanBindImageMemory2 function, which prevents dereferencing a null memory wrapper and reduces the risk of application crashes. This defensive programming approach enhanced runtime robustness for downstream tools that rely on Vulkan API integrations. The solution was delivered in C++ and emphasized careful error handling to ensure reliability when binding image memory. The work contributed to a more stable user experience by proactively mitigating potential failures in Vulkan-based graphics reconstruction processes.