What companies and organizations participated in the remote resident services demonstration experiment from October to December 2025?

The demonstration experiment was conducted by avatarin Inc. with support from Campus Create Co., Ltd., cooperation from Altius Link, Inc., and participation from Ota City and Arakawa City as field providers.

Which technology and robot were combined to enable remote resident services in the demonstration?

The demonstration combined local 5G technology, ultra-low latency remote communication, and avatarin's avatar robot called newme to deliver remote resident services from a single hub to multiple locations.

What was the primary goal of the remote resident services demonstration conducted in 2025?

The primary goal was to confirm the effectiveness of providing sustainable remote resident services at multiple municipal locations from a single operational hub using local 5G and avatar robot technology.

Which government initiative supported Campus Create Co., Ltd. in its role as a development promoter for this demonstration?

Campus Create was selected as a development promoter for the Tokyo Metropolitan Government's Tokyo NEXT 5G Boosters Project, a next-generation communication technology utilization startup support project in FY2023.

What operational structure was verified with the cooperation of Altius Link during the demonstration?

With cooperation from Altius Link, the demonstration verified an operational structure that includes external operators to support the delivery of remote resident services using avatar robots and local 5G networks.

AI News NQ Analysis

[Demonstration Results] Demonstration of "Remote Resident Services at Multiple Locations from a Single Hub" Utilizing Local 5G and Avatar Technology

NQ Score 100/100

AI Summary (NQ-processed)

avatarin Inc. successfully conducted a demonstration experiment from October to December 2025, utilizing avatar robots and local 5G technology to provide remote administrative services across multiple municipal locations in Tokyo. The trial achieved high user satisfaction and guidance success rates, demonstrating the effectiveness of a centralized operation model for multi-language support and administrative efficiency. The company plans to further develop a hybrid "Government Service AI" to integrate automated AI responses with remote human assistance for future municipal operations.

AI analysis data is not yet available.

Frequently Asked Questions

Q: What companies and organizations participated in the remote resident services demonstration experiment from October to December 2025?: A: The demonstration experiment was conducted by avatarin Inc. with support from Campus Create Co., Ltd., cooperation from Altius Link, Inc., and participation from Ota City and Arakawa City as field providers.
Q: Which technology and robot were combined to enable remote resident services in the demonstration?: A: The demonstration combined local 5G technology, ultra-low latency remote communication, and avatarin's avatar robot called newme to deliver remote resident services from a single hub to multiple locations.
Q: What was the primary goal of the remote resident services demonstration conducted in 2025?: A: The primary goal was to confirm the effectiveness of providing sustainable remote resident services at multiple municipal locations from a single operational hub using local 5G and avatar robot technology.
Q: Which government initiative supported Campus Create Co., Ltd. in its role as a development promoter for this demonstration?: A: Campus Create was selected as a development promoter for the Tokyo Metropolitan Government's Tokyo NEXT 5G Boosters Project, a next-generation communication technology utilization startup support project in FY2023.
Q: What operational structure was verified with the cooperation of Altius Link during the demonstration?: A: With cooperation from Altius Link, the demonstration verified an operational structure that includes external operators to support the delivery of remote resident services using avatar robots and local 5G networks.