Demonstrates home appliances connected with high-speed PLC (power line communication), in order to realize an IoT society.

Establishes a platform for patients who may have the flu to receive online advice from medical doctors by using a diagnostic kit and online video consultation with doctors.

Establishes a platform for registered crypto exchanges, which enables them to make simultaneous settlements between cryptocurrency and legal tender (JPY).

Demonstrates a new framework to prevent the opening of fraudulent bank accounts via identity theft.

This project verifies the cost reduction effects of collecting recyclable waste by containers equipped with IoT-sensing devices across municipalities in depopulated rural region.

Demonstrates a clinical data managing system which uses smartphone and blockchain technology, and verifies the reliability and accuracy of data for clinical development, even without visiting the source data.

This project demonstrates the methodology for providing a patient’s will, whereby the patient’s intention is confirmed and recorded in advance for future possible surgery and emergency, and the patient’s identity is biometrically verified in a quick and certain manner in case of emergency.

This project demonstrates insurance policies where policyholders share risks and help each other in the event of an adverse event (diagnosis of cancer). The insurance fee is calculated based on the total amount of insurance money divided by the number of policyholders. Such fees are postpaid.

Demonstrates new methods to digitally issue and send statutory documents related to real estate loan contracts. This project is the first case of a ministry in charge of regulation proactively using the Regulatory Sandbox for future policy design.

Demonstrates a new sharing business model where DaDa takes a camper bus and parks it at a location a customer has selected. Customers can use the space and facility camper bus in whatever way they like, such as staying the night, having a party with friends, BBQing, opening yoga workshops, and so on.) But they may NOT drive it.

Portable electric micro bike named “glafit bike GFR-01” enables a user to switch between electric motor mode, pedaling only mode and hybrid mode on a bike. This project demonstrates the safety of riding the bike on the sidewalk and in car lanes, whereas current regulations do not allow e-bikes to be ridden on the sidewalk.

Demonstrates marketability, technology and safety of sharing services for electric scooters as a means of convenient transportation for elderly people as well as for the younger generation inside a Yokohama National University campus. The demonstrated vehicles are 2-wheel and 4-wheel electric scooters.

Demonstrates sharing services for 2-wheel electric scooters at a Kyushu University campus in collaboration with Fukuoka City. The e-scooters are equipped with GPS and IoT-motors, which enable speed control depending on where each vehicle is running.