#Japan #Tokyo #Smart Delivery #Linough #Aeon Retail

Smart Delivery Service Revolutionizes Package Drop-offs

In an exciting development for urban residents, Linough Inc. has announced the launch of its innovative "Smart Delivery" system, which will be part of Aeon Retail's online supermarket service, "Oki-raku." Starting from May 28, 2025, this service will be implemented in the Tokyo, Nagoya, and Osaka areas, offering enhanced convenience for customers living in buildings with automatic locks. This initiative is set to significantly improve the shopping experience for many users.

Background of the Smart Delivery System

The Smart Delivery system is designed to ensure that online grocery orders are safely delivered even in the customer's absence. With the introduction of this system, items will now be delivered directly to specified locations, ensuring security and convenience. Previous limitations meant that customers living in automated-lock apartments could not receive deliveries unless they had special arrangements with the delivery companies. However, this new approach will allow certified delivery personnel to unlock the gates of automatic-lock buildings securely, ensuring that customers receive their groceries as intended.

What Makes Smart Delivery Unique?

The Smart Delivery system utilizes the Ninja Entrance smart lock, which allows for digital key access to shared entrances of automatic-lock buildings. Delivery personnel who are certified will be able to unlock doors, enabling them to leave packages in pre-designated areas as specified by the customers. Each unlocking event is logged, adding an additional layer of security. Notably, this service can be implemented without financial burden on property management companies, owners, or residents, which will greatly facilitate its adoption.

As of May 2025, the Smart Delivery system will be available in approximately 1,800 buildings across eight prefectures, including Tokyo, Chiba, Saitama, Kanagawa, Aichi, Osaka, Kyoto, and Hyogo. This expansion will not only cover residential settings but aims to reach a broader audience by increasing the number of compatible buildings in the future.

Improving Convenience for Online Shoppers

The implementation of the Smart Delivery service is expected to significantly enhance the convenience for online supermarket users. Customers can now shop without worrying about being home to receive their deliveries or arranging for someone to be available for the drop-off. The convenience of having groceries delivered to the doorstep, even when no one is available to receive them, marks a substantial improvement in the e-commerce landscape.

The service will officially launch on May 28, 2025, in the target areas, offering a new solution to an age-old problem faced by many urban residents. As more people turn to online shopping due to its efficiency and ease, the Smart Delivery system by Linough is poised to become an essential service for modern consumers.

Future Prospects for Smart Delivery

Looking ahead, Linough is committed to expanding the Smart Delivery service to a broader audience beyond the initial rollout. The company aims to reach additional areas, enhancing the service's coverage and providing more convenience to urban dwellers. With over 15,000 automatic-lock buildings already implementing the smart lock technology, the potential for growth in this sector is significant.

As consumer habits evolve, services like Smart Delivery will become crucial in facilitating a smoother online shopping experience. The partnership between Linough and Aeon Retail not only exemplifies innovation in logistics but also reflects a growing trend towards smart living solutions in urban environments.

In conclusion, the launch of the Smart Delivery system is set to transform how residents in urban areas receive their online grocery orders. By successfully combining technology with the needs of consumers, Linough and Aeon Retail are paving the way for a more convenient and secure shopping experience.

For more details, visit Linough's official site.