Singapore launches world's first 6G AI healthcare centre

Singapore's National University Health System (NUHS), Singtel and Ericsson signed a memorandum of understanding on Tuesday to establish what the partners call the world's first 6G AI centre dedicated to healthcare. The new National University XG AI Centre (NXAC) will also rank as Singapore's first translational R&D centre for network-enabled healthcare applications.

Singtel and Ericsson take founding-partner roles at NXAC. The "XG" in its name signals a plan to span successive network generations, starting with 5G and 5G-Advanced capabilities today and evolving toward early 6G.

The three-way split of labour is explicit. NUHS brings clinical, academic and research leadership. Ericsson contributes mobile network technology, network architecture and future 6G research. Singtel adds advanced network deployment and services expertise.

What will NXAC actually build?

According to Singtel's statement, the centre will serve as a testbed where engineers and industry partners work alongside clinicians, nurses and operations teams to develop and evaluate technologies in a working hospital environment. Planned development areas include:

• Ambient AI for healthcare, supporting clinical workflows, contactless monitoring and early risk detection
• Spatial intelligence and sensing for real-time tracking of people, assets and hospital activity
• Simulation technologies to test AI-enabled systems before deployment
• Autonomous healthcare facilities using AI, digital twins and predictive technologies
• Connected medical devices and wearables for hospital-at-home services and remote rehabilitation
• Autonomous robots for hospital logistics, medication delivery and patient support
• Medical extended reality for clinical training, remote specialist collaboration and surgical assistance

Professor Yeoh Khay Guan, Chief Executive of NUHS, framed the ambition around outcomes rather than technology for its own sake. "Our interest in advanced networks and AI lies in what they can do for our patients across our 14 entities, and the healthcare professionals who care for them," he said.

He cited autonomous mobile robots for hospital logistics and patient care, connected devices that extend care into the home, AI-enabled intelligent fabric for the healthcare industry, and human augmentation for advanced surgery as target applications.

Why the network generation matters

For Ericsson, the deal is less about marketing 6G and more about deterministic performance. Daniel Ode, Head of Ericsson Singapore, Brunei and Philippines and Global Customer Unit Singtel, said next-generation healthcare applications such as robotic surgery, holomedicine and remote monitoring demand network performance that cannot be compromised.

"Through NXAC, Ericsson is proud to partner with Singtel and NUHS, contributing our global R&D and advanced network capabilities to translate innovation into clinical practice," Ode said. He added that the work would reinforce "Singapore's global leadership as the benchmark for the AI-native hospital."

That claim is a vendor aspiration; the concrete commitment behind it is a testbed programme that starts on 5G and 5G-Advanced and is designed to move toward early 6G as the technology matures.

Singtel's rationale ties directly to national demographics. "As Singapore prepares for a rapidly ageing population and increasingly complex healthcare needs, we have an opportunity to fundamentally rethink how care is delivered with technology," said Ng Tian Chong, Chief Executive Officer of Singtel Singapore.

He said Singtel would bring its network and digital capabilities to help realise NUHS's vision of "an intelligent, trusted and borderless healthcare system" that lets more Singaporeans live longer, healthier lives.

Research funding and talent

Beyond applications, the partners plan joint training programmes, fellowships, internships and clinician-engineer collaborations. They also intend to jointly pursue public research and innovation funding, including a corporate laboratory or equivalent industry-public research programme hosted by NUHS and run through NXAC.

NUHS frames the endpoint as proactive, personalised and continuous care reaching from hospitals into patients' homes and communities. Within hospital walls, connected wearables could support continuous monitoring, ambient AI and contactless sensing could flag patient risks earlier, and extended reality could assist robot-assisted surgery and holographic guidance. The programme's early 6G evolution gives the partners a timeline that stretches well beyond the current 5G-Advanced cycle.