
The Benefits of Inconvenience: Taking Another Look at Modern Society’s Pursuit of Convenience
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Taking A Look at the Benefits of Inconvenience
Can there be benefits to inconvenience? Convenience is generally defined as the state of being able to do something unthinkingly and with little effort. Human beings have single-mindedly pursued efficiency and automation for their purported benefits. Accordingly, seeking the benefits of inconvenience may sound like a contradictory pursuit. But in fact, inconvenience may end up being good—or even necessary.
I study the benefits of inconvenience, and my book Fuben’eki no susume (In Praise of the Benefits of Inconvenience) was published this spring. My aim in writing the book was to reach out to digital natives and make them pause to think that there might be some benefits to inconvenience that they had never imagined. This isn’t a novel approach. The theme of a 2017 design competition sponsored by the Kansai block of the Japan Industrial Designers’ Association was “Inconvenient Design: Products That Let Us Enjoy the Process.” The theme of the 2018 competition was “Design at the Intersection of Inconvenience and Food.” I was both surprised and happy when officials from the association approached me with the idea of making inconvenience and its benefits the theme of their competitions, and as they discussed their ideas, I began to understand their approach. Industrial designers also feel there’s something not quite right about designing objects for mere convenience, so they chose competition themes calling for good products with some inconvenience built in.
I belong to a group of researchers that studies the benefits of inconvenience. Our group has received research grants from the Japan Society for the Promotion of Science on several occasions since 2006. The grant adjudicators apparently recognized that inconvenience does have advantages, since they approved use of taxpayer money for our research. Our findings were published in the journal of the Society of Instrument and Control Engineers and a 2017 book based on our research, Fuben’eki: Tema o kakeru shisutemu no dezain (The Benefits of Inconvenience: Cumbersome System Design). Kindai Kagaku Sha, the publisher of this book, is handling the next edition of Jinkō chinō AI jiten (The Dictionary of Artificial Intelligence), edited by the Japanese Society for Artificial Intelligence, which will be appearing soon. This dictionary will include an entry on the benefits of inconvenience.
Test Equipment Raises Questions
One of my fellow researchers creates inconvenient test equipment. Professor Nishimoto Kazushi of the Japan Institute of Advanced Science and Technology, who studies technologies for assisting humans, describes his field as researching how making things difficult can paradoxically support people. His research group developed a word processor that employs the Gestalt Imprinting Method (G-IM) for inputting kanji. G-IM sometimes inserts mistaken kanji into text being input, and then prevents the file from being saved unless the user detects and corrects the mistakes. His experiment established that users forget fewer kanji with the G-IM system.
Professor Nakatani Yoshio, now president of Ritsumeikan University, headed a research laboratory at the same university where he created an experimental sightseeing navigation system that deliberately gives only vague route directions and few helpful details. Having little information to go on is usually inconvenient, but in the case of travel, the system can give new meaning to the activity of sightseeing. It drives home the point that you will miss things as you stroll along if you spend all your time looking down at your phone to follow directions. This inconvenient navigation system showed that visitors looking straight ahead can make unexpected discoveries and form more lasting memories of their travels.
Professor Okada Michio of the Toyohashi University of Technology studies robots that encourage forming relationships with humans. He has developed so-called “weak” robots, one of which is a wastebasket robot. A “convenient” robot developed to replace humans would scoot over to a piece of trash and use its arm to pop the trash into its wastebasket. But Professor Okada’s robot approaches a piece of trash and simply circles it helplessly. Once a human being comes along, picks up the trash, and places it in the robot’s wastebasket, the robot bows its thanks. You might think that’s an inconvenient robot, one that expects humans to do its job—the very opposite of robot vacuums that clean when humans aren’t around. But the very inconvenience of wastebasket robots can yield insights into the ideal forms of communication between robots and humans.