AI

• Use case: Checking prescription medication for each patient through AI and robots (prevention of pharmaceutical medical accidents)
• Location: Gunma University Hospital (Japan)
• Deployment: NTT East (2023)
• Private 5G network: On-premise type, Nokia
• Source: NTT East, Realizing next-generation drug traceability inside and outside the hospital and improving the work of medical workers using local 5G (Japanese), 2023.03

• Use case: Prevent missed inspections and shorten inspection time with private 5G and AI-based endoscopy
• Location: Takashima Municipal Hospital (Japan)
• Deployment: Biwako Asagao Net (2021)
• Private 5G network: On-premise type, Abit
• Source: Biwako Asagao Net, Realization of telemedicine, etc. by combining 5G and advanced technology in hospitals(Japanese), 2021.03.30

• Use case: Take an X-ray image on a monitor, send it to an AI server over a 5G network, and let AI decide if the endotracheal tube is in the right place (no changes to the existing system).
• Location: St. Marianna Medical University Hospital (Japan)
• Deployment: Transcosmos (2022)
• (Public 5G network for demonstration, private 5G network for commercial deployment)

• Use case: AI-driven, behavioral/habit identification of Silvertown residents and detection of changes in condition (resident registration/ identification: facial recognition)
• Location: Silver Town (Japan)
• Deployment:  NTT Docomo (2020)

Remote 

collaboration,

consultation

(in-hospital)

• Use case: 360^o camera, 4K camera, wearable camera worn by the surgeon, and private 5G-based remote surgery guidance

• Location: St. Marianna Medical University Hospital (Japan)
• Deployment: Transcosmos (2023)
• Private 5G network: On-premise type, Fujitsu
• Source:  Transcosmos, Transforming the way doctors work with private  5G(Japanese), 2023.03

• Use case: Remote collaboration with cameras and private 5G
• Location: Ewha Womans University Mokdong Hospital (Korea)
• Deployment: Nable  Communications (2022)
• Private 5G network: On-premise type, Samsung
• Source: Nable Communications, Surgery AR guide medical service(Korean). 2022.12.20

• Use case: Cameras, AR glasses, and private 5G-based surgical telemedicine and surgical training 
• Location: Samsung Medical Center (Korea)
• Deployment: KT MOS (2022)
• Private 5G network: On-premise type, Samsung
• Source: KT, 3 key private 5G services in the public health sector - performance sharing (Korean), 2022.12.20

• Use case: 4K camera, smart glass worn by the surgeon, and private 5G-based remote surgery guidance
• Location: Takashima Municipal Hospital (Japan)
• Deployment: Biwako Asagao Net (2021)
• Private 5G network: On-premise type, Abit
• Source: Biwako Asagao Net, Realization of telemedicine, etc. by combining 5G and advanced technology in hospitals(Japanese), 2021.03.30

• Use case: Take a CT image on a monitor, share the image with a remote specialist over a 5G network, and the specialist makes a remote diagnosis (no changes to existing systems)
• Location: St. Marianna Medical University Hospital (Japan)
• Deployment: Transcosmos (2022)
• (Public 5G network for demonstration, private 5G network for commercial deployment)

• Use case: Remote instructions from a specialist in case of sudden change in hospitalized patient’s condition
• Location: Takashima Municipal Hospital (Japan)
• Deployment: Biwako Asagao Net (2021)
• Private 5G network: On-premise type, Abit
• Source: Biwako Asagao Net, Realization of telemedicine, etc. by combining 5G and advanced technology in hospitals(Japanese), 2021.03.30

Remote 

collaboration,

consultation

(Other locations

outside the 

hospital)

• Use case: Remote support from mainland specialists in remote hospitals to deliver highly specialized care
• Location: Nagasaki University Hospital (Japan)
• Deployment: NTT FIELDTECHNO (2021)
• Private 5G network: 5G core sharing type, Abit
• Source: 専門医の遠隔サポートによる離島等の基幹病院の医師の専門外来等の実現, 2021.03.25

• Use case: Remote online rounds by mainland specialists in remote senior facilities
• Location: Nagasaki University Hospital (Japan)
• Deployment: NTT FIELDTECHNO (2021)
• Private 5G network: 5G core sharing type, Abit
• Source: 専門医の遠隔サポートによる離島等の基幹病院の医師の専門外来等の実現, 2023.03.31

• Use case: Remote ultrasound examination using mobile care vehicles (medical buses), private 5G, ultrasound diagnostic devices, cameras, and realhaptics robots
• Location: Hokkaido University Hospital
• Deployment: NTT East (2023)
• Private 5G network: 5G core control plan sharing type, Samsung
• Source: ローカル
  5G を活用した地域モビリティによる遠隔高度医療サービス提供に関する実証, 2023.03.31

• Use case: Remote dermatology diagnosis using mobile healthcare vehicles (medical buses), private 5G, dermoscopes, cameras, and realhaptics robots.
• Location: Hokkaido University Hospital
• Deployment: NTT East (2023)
• Private 5G network: 5G core control plan sharing type, Samsung
• Source: ローカル
  5G を活用した地域モビリティによる遠隔高度医療サービス提供に関する実証, 2023.03.31

Augmented Reality

• Use case: AR-guided breast cancer surgery
• Location: Ewha Womans University Mokdong Hospital (Korea)
• Deployment: Nable  Communications (2022)
• Private 5G network: On-premise type, Samsung
• Source: Nable Communications, Surgery AR guide medical service(Korean). 2022.12.20

Autonomous driving robots 

• Use case: Monitor patient movement by autonomous robots over private 5G

• Location: St. Marianna Medical University Hospital (Japan)
• Deployment: Transcosmos (2023)
• Private 5G network: On-premise type, Fujitsu
• Source:  Transcosmos, Transforming the way doctors work with private  5G(Japanese), 2023.03