Quantum correlations play a central role in quantum information, computing, and technologies. It has been an area of intensive research since the last decade. Enhancing the generation of correlations and maintaining them over long timescales is crucial for both fundamental studies and for applications. In this talk, I will address several important questions in the field, particularly, (i) controlling the correlation generation in classically chaotic quantum system from very slow growth (e.g., logarithmic) to much faster dynamics (e.g., super-linear), (ii) developing protocols to maintain quantum correlations for a long timescales even upon interaction with the environment, (iii) designing protocols to hide quantum correlations that could be useful for secure communication. Finally, I will outline my future plan, which includes developing protocols to optimize the efficiency of quantum technologies and exploring the role of chaos in this context.