Delivering the command to 'move' from the brain once more to a paralyzed hand. The new landscape of independence support illuminated by Keio-born LifeScapes, which raised 600 million yen

Keio-born BMI heads to Malaysia. The morning when rehabilitation robots began to rewrite the meaning of 'independence support' *Photos are for illustrative purposes only

LifeScapes, a startup from Keio University, raised 600 million yen in June 2026. We interpret the significance of this not as startup news, but as a structural transformation in rehabilitation medicine. The current state of evidence for BMI rehabilitation (2025 Stroke Treatment Guidelines revision, multiple meta-analyses), what the introduction to the Malaysian social security agency PERKESO signifies, the '180-day wall' between medical insurance and long-term care insurance, and even the topic of dignity, which is difficult to express in numbers. We have structured this to quietly provide a foothold for how to position this technology in tomorrow's clinical settings.

*BMI stands for 'Brain-Machine Interface'. In Japanese, it is translated as '脳機械インターフェース'.

The map indicated by the 600 million yen figure

LifeScapes, Inc. (Minato, Tokyo) is a startup born in 2018 from research results at Keio University. The Representative Director is Professor Junichi Ushiba of the Department of Biosciences and Informatics at the university's Faculty of Science and Technology. They are developing BMI (Brain-Machine Interface) equipment that reads brain waves and moves a robotic hand in accordance with the user's intent.

In June 2026, the company raised a total of 600 million yen through a third-party allotment of shares to investors including a Sumitomo Life Insurance-affiliated investment firm. The funds will be used for the full-scale introduction of rehabilitation equipment for patients with severe paralysis in Malaysia and for expansion into Southeast Asia. The first overseas introduction to the Malaysian social security agency PERKESO has been decided, and plans are in place to consider expansion into Singapore, Indonesia, and Thailand.

There is another movement domestically. The '(tentative name) LIFESCAPES Therapeutic BMI' has been designated as a 'Sakigake' (pioneering) medical device by the Ministry of Health, Labour and Welfare, and physician-led clinical trials are scheduled to begin around the summer of 2026. Medical device certification for the hand-type model was already obtained in 2024.

We need a way of reading this that doesn't end with it being just a 'good story'.
Life insurance-affiliated capital is flowing not into acute-phase drugs or tests, but into functional recovery during the chronic phase. Asian social security agencies are 'first' introducing equipment from a small Japanese startup. While these may seem like individual stories, they are signals that the gravity of the rehabilitation field is clearly changing.

Not 'moving' it, but reconnecting it

The procedure for wearing LifeScapes' BMI equipment is robotic in nature.
A headphone-type EEG is placed on the head, and a robotic hand-assist device is attached to the paralyzed arm. The user imagines the action of opening their hand in front of them. The device captures the brain waves produced during that imagination, and only at the moment the image is correctly formed does the robot assist with the opening and closing of the fingers.

With severe hemiplegia, even if you try to move, the fingers naturally do not move.
Even though you are sending commands from your brain, the body returns no response.
This 'lack of response' continues for years. Borrowing from neuroscience terminology, it is a state where the circuit between motor intent and sensory feedback is severed.

BMI inserts an artificial response here.
At the very moment you 'try to move,' it returns the result that it 'moved' via the robot. For the brain, it is the first response in a long time to a command it issued itself.
The company's explanation also states that it is a mechanism that drives the robot on the paralyzed part at the timing when the intended biological signal is detected, thereby promoting the recovery of the paralysis.

This difference may look small, but it is significant. Most conventional rehabilitation equipment either had a robot move a person's hand for them or stimulated muscles directly with electricity. BMI is training that reconnects the individual's will with their physical response. It is not replacing the actor, but restoring communication between the script and the actor. If written that way, it gets a little closer.

Summary diagram of this overview