An advanced R&D laboratory bridging the gap between software engineering and mechatronics. Specializing in AI-driven automation, additive manufacturing, and autonomous agricultural systems.
An integrated, AI-powered voice assistant and laboratory analytics platform operating seamlessly across mobile devices and physical hospital digital signage networks.
A comprehensive industrial ERP and 3D/AR cataloging terminal for the jewelry manufacturing sector. Enabling barcode-driven production tracking and precise material accounting.
An advanced document processing engine utilizing a custom RAG pipeline on Google Cloud Run, ensuring hallucination-free knowledge extraction for academic standards.
A scalable social infrastructure designed for literature enthusiasts, featuring robust database architecture, user-generated content algorithms, and digital library management.
Designing and deploying scalable cross-platform applications using Flutter and cloud technologies. Developing the computational core that drives physical automation.
Precision CAD modeling with SolidWorks. Prototyping and manufacturing structural components via FDM/MJP 3D printing and desktop injection molding systems.
Integrating LLMs and custom AI models into real-world applications. Building intelligent workflow engines (e.g., DalkinAI) to optimize operational efficiency.
A visionary project aimed at establishing a high-tech, self-sustaining rural ecosystem. Project OVA encompasses the research and development of smart, autonomous agricultural machinery to revolutionize traditional farming logic through precision mechatronics.