Earthquakes, landslides, and tsunamis are very powerful natural disasters. These disasters are difficult to predict. But, they occur very quickly and take many lives, damage infrastructure, and disrupt economic activities. In response to the impact of the disaster, an initiative emerged to build a strong and safe rescue cube to protect women and children from earthquake shocks, landslides, and tsunami waves, as well as the impact of the collapse of building construction around them. This futuristic idea is a follow-up to my research with experimental test methods in 2019. The natural disaster rescue cube is made of wooden planks with a connection system without nails, similar to the wooden construction system at the Horyuji shrine in Ikaruga, Japan, which has stood for thousands of years. The cube is designed to be strong enough to accept a load of 10 tons/m2, tested for durability in a credible laboratory, and meets the SNI test. The cube is equipped with a seat belt, emergency buoy, oxygen cylinder, mineral water storage, first aid kit, surveillance binoculars, and an emergency signal that sends the location of the cube. The emergency signal is automatically connected to the IT system of the National Disaster Rescue Agency at the Central and Regional levels, as well as the artificial intelligence network the Ministry of Communication and Information Technology. Now the natural disaster rescue cube is being patented at the DJKI Kemenkumham R.I.