Securely connecting AI agents across multiple companies for rapid response to changing circumstances

KAWASAKI, Japan, Dec. 1, 2025 /PRNewswire/ — Fujitsu Limited today announced the development of a multi-AI agent collaboration technology that enables secure collaboration and swift response to changing circumstances among AI agents from different companies and vendors within a supply chain. Leveraging this technology, Fujitsu will start field trials in January 2026 to optimize the supply chain of Rohto Pharmaceutical Co., Ltd. in collaboration with the Institute of Science Tokyo (Science Tokyo). This innovation not only streamlines daily supply chain operations but also facilitates rapid recovery during emergencies like sudden demand shifts or disasters.

In addition, Fujitsu will contribute to the new industry promotion activities of the Council on Competitiveness-Nippon (COCN) to realize AI spaces that enable secure data and AI collaboration across different companies, aiming to strengthen the competitiveness of Japanese industry through agentic AI.

Fujitsu will continue to advance demonstration and technological enhancement with Science Tokyo and Rohto Pharmaceutical, aiming for expansion into diverse industries, including manufacturing. Fujitsu will also develop technology for broader and more complex supply chains, targeting provision through its Uvance business model’s Dynamic Supply Chain services by the end of fiscal 2026. This will bring a new perspective to corporate supply chain strategies, enhancing resilience, and enabling sustainable business operations.

Under its Uvance business model, Fujitsu will leverage the technology developed in these trials to realize secure data collaboration through AI agent cooperation across borders and industries. This will drive resilient supply chains and sustainable industrial growth, ensuring reliability and governance in multi-vendor environments.

Katsuki Fujisawa, Professor, Digital Twin Research Unit, Institute of Integrated Research, and Department of Mathematical and Computing Science, School of Computing, Science Tokyo, comments:

“Science Tokyo is actively promoting Cyber-Physical Systems (CPS) research and working to improve efficiency across the entire industrial value chain. Moving forward, by collaborating with Fujitsu’s agentic AI technology to optimize the entire supply chain, we aim to contribute to the advancement of industry and the resolution of societal challenges.”

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BANGKOK, Dec. 1, 2025 /PRNewswire/ — Malaysia had a rare moment of reflection this year when former Prime Minister Tun Dr. Mahathir Mohamad turned 100. His milestone sparked public conversations about aging, vitality, and what it truly means to remain strong at any age.

For many, longevity still feels like a mystery. For Prof. Dato’ Sri Dr. Mike Chan, it is a science — one he has spent more than 40 years studying, researching teaching, and refining across Americas, Europe and Asia.

At the We Are The World Global Summit in Bangkok, Prof. Chan who represents the European Wellness Biomedical Group (EWBG), delivered one of the most talked-about sessions. His message was simple, but powerful:
 “Longevity means nothing without healthspan.”

It’s a line he repeats often, because it strikes at the heart of his life’s work. To him, living long is meaningless if we spend those extra years weak, bedridden, or dependent. The real goal, he argues, is to live long and stay functional — strong body, sharp brain, and an independent life.

Aging Begins Earlier Than We Realize

During his Bangkok keynote, Prof. Chan broke aging down in a way anyone could understand. Aging, he said, isn’t just about birthdays. It’s about how fast our organs wear out.

“Most organs don’t last 75 years, let alone 100,” he explained.

• The heart starts aging around 40
• The pancreas weakens from 55
• The lungs show decline as early as 20
• The brain accelerates aging after 65

That’s why two people of the same age can feel completely different — one energetic, one constantly fatigued.

Prof. Chan’s own biological test results became a talking point: even though he is in his 60s, his biological age measured just 46.

The Secret: Treat the Organ, Not the Age

One of Prof. Chan’s biggest breakthroughs is what he calls organ-based cellular therapy. In simple terms, different organs need different “building blocks” to repair themselves.

“You don’t use the same part to fix the heart, the liver, the brain, the pancreas,” he said.
 “A1 treats A1. B6 treats B6. Precision matters.“

This method has attracted global attention — especially among patients with:

• Memory decline
• Metabolic disorders
• Hormonal imbalance
• Neurological issues
• Early signs of aging

The principle is straightforward: instead of only treating symptoms, repair the organ at its root.

The DDRR System — A Roadmap to Living Younger, Longer

At the core of Prof. Chan’s practice is a four-step system known as DDRR:

1. Diagnose

Using advanced tools like OG Scans, bone density imaging, ultrasounds and blood analysis, the goal is to detect problems before they appear.

2. Detox

Flushes out inflammation, toxins, and heavy metals — the silent accelerators of aging.

3. Repair

Rebuilds what has been damaged through hyperbaric oxygen therapy, mitochondrial repair, hormonal balancing and tissue-strengthening treatments.

4. Rejuvenate

The “age-reversal” stage where organ-specific precursor cells, peptides and mitochondria boosters help restore vitality.

This system is already being used in more than 40 wellness centers worldwide, from Germany and Switzerland to Malaysia and Thailand.

Why Longevity Matters Now

People today fear growing old with sickness more than growing old itself. Prof. Chan says the goal of longevity is not to simply extend years, but to extend quality.

He often shares cases of elderly patients regaining mobility, parents seeing improvements in neurodiverse children, and seniors feeling mentally sharper after years of decline.

“Long life is meaningless without strength, clarity and independence,” he said in Bangkok.

Looking Ahead to 2026

Asia is fast becoming a global hub for longevity science, and demand for bioregenerative treatment is rising. New technologies — from AI-driven biological age tracking to advanced brain-rejuvenation protocols — are expected to define the next phase of medical progress.

For Prof. Chan, the mission remains unchanged:
 “Help people live younger, longer — with dignity and purpose.”

If 2025 was the year healthspan entered the mainstream, 2026 is shaping up to be the year longevity becomes a movement.

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KUALA LUMPUR, Malaysia, Nov. 30, 2025 /PRNewswire/ — Malaysia’s drive to modernize autism care received strong support today when the Raja Muda of Perlis, Tuanku Syed Faizuddin Putra Jamalullail, and his consort, Tuanku Dr. Hajah Lailatul Shahreen Akashah Khalil, attended the International Congress on Advances in Autism, Neurodevelopmental & Neurodegenerative Disorders (ICAANND 2025) in Kuala Lumpur. Their appearance signalled rising national commitment to early diagnosis, intervention capacity and improved support for neurodiverse families. ICAANND 2025 was organized by the European Wellness Biomedical Group (EWBG). 

The royal presence aligned with the scientific direction championed by Prof. Dato’ Sri Dr. Mike Chan, whose two decades of global research have positioned him as one of Asia’s leading voices in precision neuro-generation.

Rising Needs in Malaysia

Perlis, like many parts of the country, has seen an increase in autism prevalence among school-aged children. Through UniMAP and the A-HEART Autism Hub, the Perlis royal household has invested in early identification, teacher training and family support programs. Their visit in Kuala Lumpur highlighted the need to extend such efforts nationally.

Prof. Mike Chan’s Global Autism Mission

Prof. Chan’s work on autism began more than a decade ago in Baoding, China, where he trained paediatric teams to improve diagnostic accuracy and early detection. These early initiatives helped shape his long-term approach to neurodevelopmental conditions.

His wellness centers have consistently documented two major biological patterns among autistic children: severe gut dysfunction and heavy-metal accumulation. “Your gut has more brain cells than your brain. If you do not fix the gut, you cannot fix the child,” Prof. Chan told delegates at the Bangkok Summit.

His model of care is built on precision. It combines intestinal mucosa precursors with brain-region-specific support to target key areas such as the frontal lobe, hippocampus and cortex. This organ-specific strategy parallels the scientific work published in his Human Cytology Atlas, which maps more than 400 human cell types.

A Turning Point in the United States

In April 2025, Prof. Chan presented at the Autism Summit in San Diego, where United States presidential candidate Robert F. Kennedy Jr. pledged to “find an answer for autism by September.” The event drew global attention and intensified discussions on early intervention and scientific pathways.

At the summit, Prof. Chan emphasized that autism cannot be treated with generic or broad-spectrum approaches. He stressed that each organ and brain region require specific precursor support and that the future of autism care lies in precision, early detection and environmental correction.

Royal Recognition in Kuala Lumpur

In Kuala Lumpur, Prof. Chan presented an Appreciation Plaque to the Raja Muda of Perlis in recognition of the royal household’s dedication to autism advocacy. Although their visit was brief, it carried national significance and underscored growing unity between scientific leadership and state-level action.

“We saw the passion of the Perlis royal household first hand,” Prof. Chan said. “They care deeply about children, families and the future of autism services in Malaysia.”

Malaysia’s Path Forward

With scientific frameworks refined in Baoding, amplified in San Diego and Bangkok, and supported by Malaysian royalty, Prof. Chan says Malaysia is entering a critical new phase. The country is increasingly positioned to lead regional efforts in advanced autism intervention and neurodevelopmental research.

“No child should be left behind,” he said. “Every family deserves access to proper autism support, no matter where they live.”

As Malaysia aligns scientific capability, leadership and public awareness, its role in the global autism movement continues to grow.

Media Contact: 

Justin Chew & Gerald Chuah
Media Team
media@european-wellness.com 

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BEIJING, Nov. 29, 2025 /PRNewswire/ — In east China coastal city of Wenzhou, a conference focusing on latest discoveries about Shuomen ancient port site was held recently to renew the cultural connotations of the Maritime Silk Road.

The event, guided by China Academy of Cultural Heritage, National Centre for Archaeology and the cultural heritage authority of Zhejiang Province, drew a crowd of experts from Chinese museums, cities of the City Alliance for Maritime Silk Road Heritage Conservation and World Heritage Nomination, and related research institutions as well.

Photo shows a scene of the Shuomen Ancient Port Site Research Results Press Conference held in Wenzhou City of Zhejiang Province, east China.

During the conference, Wenzhou Institute of Shuomen Ancient Port was inaugurated and Wenzhou Institute of Cultural Relics and Archaeology was authorized to be named also after the institute, an important step of Wenzhou to enhance Maritime Silk Road-related local cultural heritage protection.

Liang Yanhua, head of Wenzhou Institute of Cultural Relics and Archaeology, expounded on new discoveries about Shuomen ancient port site in recent years, allowing attendees of the conference to sneak a peak of the diverse relics and artifacts of the ancient port.

Currently, this year’s excavation tasks have largely been completed. Within the 1,000-plus square meters of newly excavated area, original coastline relics dating back to Five Dynasties to early Northern Song Dynasty were found, filling a key gap in chronological sequence of the Shuomen ancient port shoreline.

On the eastern side of Shuomen barbican, boundaries of outbound roads and residential zones from Southern Song Dynasty to Ming and Qing dynasties have been clearly defined, well representing the port-city spatial integration.

After two years of efforts, excavation teams there concluded surveying and excavation of the No. 2 shipwreck at Shuomen ancient port site and its difference from ancient ships made in Fujian Province and similarity with the No. 1 shipwreck point to a likely producing shipyard in ancient Wenzhou.

In general, such academic and archaeological discoveries provide more tangible evidences to refresh the role of Wenzhou as one of the heritage locations for Maritime Silk Road heritage application, helpful to better local cultural heritage protection and understanding of the Chinese civilization.

Original link: https://en.imsilkroad.com/p/348541.html

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