Used in Suzuki-Miyaura cross-coupling reactions as a stable and easily handled boron reagent. Its main advantage lies in its air and moisture stability, allowing for long-term storage and reliable performance in iterative synthesis. Commonly employed in automated and modular synthesis platforms, especially in pharmaceutical and agrochemical research where precise, stepwise construction of complex molecules is required. The MIDA protecting group enables controlled activation of the boronic acid, making it ideal for sequential coupling reactions without premature decomposition.