The search for Malaysia Airlines Flight 370, which vanished in 2014 with 239 people on board, is set to resume Tuesday, according to the Malaysian government and a private marine robotics company leading the effort. This latest phase of the search will leverage significant technological advancements that were not available during previous missions. New underwater drones equipped with high-resolution sonar and advanced imaging systems will be deployed to scan the ocean floor in the southern Indian Ocean, the area where the aircraft is believed to have crashed. These autonomous underwater vehicles (AUVs) can operate at extreme depths and cover vast areas more efficiently than earlier methods. Improved data processing and artificial intelligence are also being used to analyze the massive volumes of sonar and seabed imagery collected during the search. Machine learning algorithms can detect subtle anomalies in the seafloor—such as debris or wreckage—much faster and more accurately than human analysts alone. Additionally, modern satellite technology and improved flight tracking systems are helping refine the search area. By combining historical flight data, ocean current models, and new satellite data, experts have been able to narrow down the most likely crash zone. The private company, Ocean Infinity, which is leading the search, has previously used similar technology in other deep-sea missions, including the recovery of the wreckage of Air France Flight 447 in 2011. Their approach is based on a “no find, no fee” model, meaning they only receive payment if they locate the aircraft. While the search has faced setbacks and delays over the past decade, the integration of cutting-edge robotics, AI, and data analytics offers renewed hope. The international community, including Malaysia, China, and Australia, continues to support the effort, driven by the need to bring closure to the families of those on board. With these technological tools, the search for Flight 370 is more advanced than ever, raising the possibility that answers may finally be within reach.