Launch of Physical AI Solution | Athena Technologies Aims to Maximize On-Site Operation Results with Remote and Autonomous Robot Control System
Athena Technologies Inc. has launched its 'Physical AI Solution,' enabling autonomous robot control via natural language to solve labor shortages and improve efficiency in construction and manufacturing sites.
📋 Article Processing Timeline
- 📰 Published: April 8, 2026 at 19:00
- 🔍 Collected: April 8, 2026 at 10:30
- 🤖 AI Analyzed: April 20, 2026 at 20:49 (298h 19m after Collected)
Athena Technologies Inc. (Headquarters: Bunkyo-ku, Tokyo; CEO: Takeshi Abe; hereinafter 'Athena') has announced the launch of its 'Physical AI Solution,' offering comprehensive support from the construction of physical AI to its on-site implementation.
This service supports operational efficiency at sites such as construction, infrastructure, and manufacturing by having AI understand the physical space and autonomously control robots. By translating natural language instructions from on-site workers into robot movements, it aims to contribute to resolving labor shortages and improving safety.
■ Taking on the Challenge of Automating 'Physical Tasks' On-Site
'Physical AI' refers to a system that analyzes information obtained through sensors and cameras in real time and supports the operation of physical devices according to the situation.
According to a Ministry of Economy, Trade and Industry (METI) report published in October 2025, the market for multi-purpose robots, including humanoids and quadrupedal robots, is projected to reach approximately 60 trillion yen by 2040. Given this market background, Physical AI is highly anticipated as a technology that supports motion generation on-site where situations change from moment to moment.
Through the utilization of Physical AI, this service will resolve issues in on-site operations such as 'labor shortages,' 'ensuring safety,' and 'cost reduction,' providing the following value.
■ Athena's Technology Supporting On-Site Implementation
- ...
This service supports operational efficiency at sites such as construction, infrastructure, and manufacturing by having AI understand the physical space and autonomously control robots. By translating natural language instructions from on-site workers into robot movements, it aims to contribute to resolving labor shortages and improving safety.
■ Taking on the Challenge of Automating 'Physical Tasks' On-Site
'Physical AI' refers to a system that analyzes information obtained through sensors and cameras in real time and supports the operation of physical devices according to the situation.
According to a Ministry of Economy, Trade and Industry (METI) report published in October 2025, the market for multi-purpose robots, including humanoids and quadrupedal robots, is projected to reach approximately 60 trillion yen by 2040. Given this market background, Physical AI is highly anticipated as a technology that supports motion generation on-site where situations change from moment to moment.
Through the utilization of Physical AI, this service will resolve issues in on-site operations such as 'labor shortages,' 'ensuring safety,' and 'cost reduction,' providing the following value.
■ Athena's Technology Supporting On-Site Implementation
- ...