Microsurgery continues to evolve, integrating advanced imaging, robotic techniques, perfusion assessment, artificial intelligence, anastomotic devices, and enhanced recovery after surgery pathways. High-resolution ultrasound and augmented reality can improve flap design and operative efficiency, while robotic microsurgery expands reconstructive possibilities and reduces donor-site morbidity. Emerging wireless monitoring systems enable continuous postoperative flap surveillance, improving salvage rates. Sutureless anastomotic technologies promise shorter procedures with the potential for less user variability. Enhanced recovery after surgery protocols improve patient outcomes and have increased the feasibility of outpatient free flap breast reconstruction. These technological advancements can reduce complications and improve reconstructive outcomes and patient safety.