With the mission "To create a safe and comfortable world through
the power of technology," Asilla specializes in the research and
development of behavior recognition AI that detects human
actions from video footage. The company also develops and
provides related software and services.
Topic：
This project aims to verify how "AI Security Asilla" can
contribute to enhancing the safety and security of visitors and
staff. The system will be installed at "Hataraku Josei Square"
(Working Women's Square) to improve the facility's overall
monitoring capabilities.
Developing, constructing, and selling houses and other
structures using 3D printing technology.
Topic：
This project will construct a portion of a train platform,
modeled after the Toden Arakawa Line, using a 3D printer. The
objective is to verify the feasibility of full-scale
implementation by assessing reductions in construction time,
cost savings, and constructability in narrow or confined spaces.
With the mission "To create a world where people can get back up
even after they fall," the company develops an innovative
material to reduce the risk of injury for the elderly. This
material is firm to walk on but softens upon impact from a fall.
It is manufactured and sold as flooring and mats under the brand
name "Koroyawa"
Topic：
The "Koroyawa Mat Sensor," which features a built-in fall
detection function, will be installed at the Tokyo Metropolitan
Tama Medical Center. This project will verify the mat's
effectiveness in improving the efficiency of fall response
procedures for healthcare professionals.
As a startup bringing the new value of "prediction" to urban
safety, the company supports the optimization of patrols and
crowd control. Through its crime prediction AI platform, "Crime
Nabi," it integrates and analyzes data such as foot traffic and
weather to predict and visualize future crime and crowd-related
risks.
Topic：
In the Akihabara area, this project will use "Crime Nabi for
Crowd Control" to analyze foot traffic data. The goal is to
formulate effective security plans and verify their impact and
validity.
Developing a walking navigation system that consists of a
vibration device and an app, originally created to address the
mobility challenges of visually impaired individuals. The
company is expanding this technology to indoor navigation,
providing a universal solution that enables everyone to navigate
spaces without getting lost.
Topic：
This project will implement the indoor navigation app service
"Indoor Flow" at the Tokyo Metropolitan Government Building. The
aim is to verify the effectiveness of providing indoor mobility
support for visitors who may have difficulty or feel anxious
about navigating the building.
As a real estate tech startup focused on adding next-generation
"soft value" to properties, GOYOH utilizes cutting-edge
technology to provide ESG-focused SaaS tools (such as EaSyGo)
and various services for global institutional investors.
Topic：
At HANEDA INNOVATION CITY, this project will collect and analyze
ESG-related data—including CO2 reduction, disaster preparedness,
and community contributions—to propose operational improvements
for the facility.
Providing "unfre.", a service that makes women's menstrual
cycles more comfortable by allowing users to obtain sanitary
products in public restrooms using their smartphones.
Topic：
An IoT service will be introduced at Tokyo Innovation Base
(TIB), enabling users to obtain sanitary products directly
inside restroom stalls.
Providing "MamaWell," a health management support service that
utilizes health data and offers personalized guidance from a
dedicated midwife who accompanies pregnant women throughout
their journey.
Topic：
This project offers personalized health management plans for
pregnant women and their partners residing in Shibuya City,
created based on their vital data. The service also includes
online consultations and chat support from a midwife exclusively
dedicated to each pregnant woman.
