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Bridge Data Centres and Morong Electric Jointly Launch the World’s First Fully Prefabricated Power Module for AI Data Centres

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Called PowerCore 5.0, the containerised module will reduce power infrastructure delivery timelines by more than 50%.

SINGAPORE – Media OutReach Newswire – 6 August 2026 – Bridge Data Centres (BDC), a Singapore-headquartered hyperscale data centre provider, and Morong Electric, an electrical manufacturing specialist, have launched PowerCore 5.0, the world’s first fully prefabricated power module designed for high-density AI data centres.

BDC’s Power Core 5.0 module

Built for high-density AI workloads on accelerated deployment timelines, the module complies with the technical standards of BDC’s proprietary i-Power Cube, its power system designed for high-performance computing. It integrates seamlessly with the Bridge Omni Platform, BDC’s modular intelligent infrastructure platform for the AI era. PowerCore 5.0 combines BDC’s global hyperscale delivery experience with Morong Electric’s end-to-end electrical manufacturing expertise.

Rapid AI advancement has driven rack power densities from 10kW to more than 100kW, placing stringent new demands on mission-critical power infrastructure. Traditional delivery models, which rely on fragmented procurement and on-site system integration, struggle to cater to the rigorous requirements of AI-optimised data centres. Drawing on BDC’s global campus delivery footprint and Morong Electric’s electrical engineering expertise, PowerCore 5.0 addresses these challenges through four core design attributes: factory pre-integration, standardised global transport, parallel construction and maintenance without downtime.

Factory pre-integration

Each unit integrates transformers, power distribution, uninterruptible power supply (UPS), cooling, fire suppression and monitoring systems into a single module, fully assembled and tested off-site. Site teams need only complete the final cable connections on delivery, removing the quality inconsistencies that accompany conventional field construction.

Standardised global transport

Built on a standard 40ft ISO container frame, the module integrates seamlessly with global shipping networks, eliminating oversized freight premiums, dedicated transport and protracted customs delays that hinder cross-border deployments. Purpose-engineered for BDC’s core markets, it complies with local climatic benchmarks and industrial standards to enable dependable global rollout.

Shortened delivery timelines by more than 50%

On-site civil works and factory prefabrication proceed simultaneously, shortening total delivery timelines by more than 50% compared with conventional build methods[1]. Large campuses can deploy units on a bi-weekly cadence, matching the rapid scaling and flexible capacity expansion that AI demands.

Maintenance without downtime

In an industry first, core components including UPS units, transformers and precision cooling are mounted on slide-out rails. Technicians can withdraw and service individual units without interrupting power to the data centre, keeping high-density compute clusters running around the clock.

Mr Zhang Binghua, Chief Technology Officer of BDC, said, “The AI infrastructure sector is scaling at an unprecedented rate, and operators now require higher power density, faster hardware refreshes and maximum uptime. This shift requires us to rethink how power systems are designed and deployed. PowerCore 5.0 raises the bar on system integration, cross-climate operation, delivery speed and intelligent operations and maintenance. It will enable standardised, low-carbon compute deployments across the globe and provide the stable power foundation to support the continued growth of the global AI ecosystem.”

Mr Zhang Kai, Chairman of Morong Electric, said, “AI hardware now evolves on a monthly cycle, and traditional on-site system integration can no longer keep pace with the operational needs of modern AI data centres. Prefabricated power modules clear the delivery bottlenecks holding back compute infrastructure expansion. This launch marks a critical milestone in our strategic partnership, and we will continue to co-develop high-performance, integrated power solutions that meet global market standards and regional compliance requirements.”

BDC and Morong Electric will continue to develop prefabricated power modules engineered for ultra-high-density compute and cross-border regulatory alignment. Both companies aim to advance industry-wide technical standardisation and the collaborative development of compute infrastructure. Their low-carbon, modular power solutions will support the sustainable and scalable growth of AI operations across international markets.


[1] Conventional build methods typically deliver power modules on a monthly cycle. PowerCore 5.0 is delivered on a bi-weekly cycle.

Hashtag: #BridgeDataCentres

The issuer is solely responsible for the content of this announcement.

About Bridge Data Centres

Bridge Data Centres (BDC) is a Singapore-headquartered hyperscale data centre provider delivering high-performance, next-generation digital infrastructure across Asia Pacific. Backed by Bain Capital, BDC operates in Malaysia, Thailand, India, and other high-growth markets, with the capability to deliver up to 3 gigawatts (GW) of capacity globally by 2030 through partnerships with sister platforms in Europe and the United States.

About Morong Electric

Morong Electric is a power solutions provider for AI data centers worldwide and a developer and manufacturer of modular AI data center infrastructure products. Its PowerCore 5.0 is a Factory-built AI Infrastructure product system spanning core product lines including GridHub (medium-voltage intake), RingNode (medium-voltage ring network), GridBlock (core power transformation and distribution), and EnergyVault (backup energy). Guided by the principles of modular data centers, productized design, global standardization, elastic scalability, factory-grade smart manufacturing, rapid deployment, and integrated intelligent control, Morong Electric is committed to advancing power infrastructure for the AI computing era through industrialized mass production.

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Singapore-led Platform Leads Regional Collaboration for the First Successful Implantation of the World’s Smallest and Lightest Artificial Heart Assist Device

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Convergence of advanced medtech, medical knowledge sharing cloud and agentic AI heralds a new heart failure management solution for heart failure patients

SINGAPORE – Media OutReach Newswire – 6 August 2026 – Singaporean doctor Dr Wei Siang Yu, Founder of HeartSpan.ai, has led a cross-border collaboration that enabled Indonesia’s first successful implantation of the world’s smallest and lightest left ventricular assist device (LVAD). The milestone forms part of the Singapore-led healthcare platform’s broader effort to build a regional model that helps hospitals adopt advanced heart failure therapies by combining MedTech with cross-border specialist expertise, structured clinical training, medical knowledge sharing cloud and agentic AI support.

The model was put to its first real-world test at Dr Cipto Mangunkusumo National Central General Hospital (RSCM) in Jakarta. HeartSpan.ai, the heart longevity division of Borderless Healthcare Group (BHG), connected RSCM with the world’s smallest and lightest LVAD, an intensive training programme at Fuwai Hospital in Beijing and support from Fuwai specialists during the first procedure.

On 1 August 2026, RSCM’s cardiovascular team completed Indonesia’s first successful implantation of the device, also marking its first successful use in Southeast Asia. The recipient was a 45-year-old woman with advanced heart failure and a left ventricular ejection fraction of 14%. Beyond the clinical milestone, the programme tests whether a hospital can establish the multidisciplinary systems needed to sustain the therapy after visiting specialists leave.

That capability question is also relevant to Singapore, where the National Heart Centre estimates that heart failure affects 4-5% of the population, compared with 1-2% globally. HeartSpan.ai’s proposition is that Singapore can use its specialist expertise to organise regional networks through which technology, training and clinical knowledge travel together. The initiative comes as the country begins implementing its S$37 billion RIE2030 plan, focusing on advancing biomedtech and biomanufacturing, and translating research and innovation into practical healthcare solutions.

Led by Singaporean founder Dr Wei Siang Yu, HeartSpan.ai is positioning this as a new model for cross-border healthcare innovation. Its approach combines physical implementation and specialist training on the ground with a medical knowledge-sharing cloud and agentic AI, allowing clinical expertise and care models to be transferred, retained and replicated beyond an individual procedure. The Indonesia programme provides the first real-world demonstration of how this model can work.

As HeartSpan.ai expands the model into other markets, the company aims to establish Singapore as the base from which its healthcare technologies, clinical models and intellectual property can be deployed across the region. This comes as Singapore begins implementing its S$37 billion RIE2030 plan, with biomedtech and biomanufacturing among its priorities and an emphasis on translating research and innovation into practical applications. HeartSpan.ai’s regional expansion demonstrates how Singapore-based healthcare companies can contribute to that position by taking locally led innovation and new healthcare business models into international markets.

“What we are building is not a traditional medical services model. We are creating an IP-led healthcare model that brings together medical technology, clinical protocols and procedures, specialist know-how, training, agentic AI and a medical knowledge-sharing cloud into one scalable platform. By converging the online and offline elements of healthcare delivery, that intellectual property and capability can be deployed into different markets rather than remaining tied to one hospital or geography. Indonesia is the first demonstration of how this model can work in practice, and our ambition is to scale it across the region,” said Dr Wei Siang Yu, Founder and Chairman of BHG and Founder of HeartSpan.ai.

“The successful implantation of the LVAD is a significant achievement, not only for RSCM but also for the advancement of healthcare services regionally. This accomplishment demonstrates that Indonesia is capable of providing advanced cardiovascular therapies that meet international standards through collaboration with global partners, strengthening the competencies of healthcare professionals, and leveraging the latest healthcare technologies. Most importantly, this milestone brings new hope to patients with advanced heart failure, who previously had very limited treatment options,” said Dr. Supriyanto Dharmoredjo, President Director of RSCM.

The introduction of LVAD implantation expands access to highly specialized cardiovascular care, reduces the need for eligible patients to seek complex treatment overseas, and strengthens Indonesia’s national capabilities in advanced heart failure management.

“Successful LVAD therapy extends far beyond the operating theatre. It requires rigorous patient selection, seamless coordination between cardiologists, surgeons, intensivists, nurses and LVAD coordinators, as well as structured long-term follow-up. Through our collaboration with HeartSpan.ai and Fuwai Hospital, RSCM has established the multidisciplinary care model, clinical protocols and specialist capabilities needed to build a sustainable advanced heart failure program for Indonesia,” said Dr. Birry Karim, Head of the Cardiovascular Department at RSCM.

“Our patient’s recovery has been encouraging. She has successfully weaned from mechanical ventilation and extubated at post-op day 1. Her condition has stabilized, and rehabilitation has already begun. While the post-operative period remains critical and requires close monitoring, these early clinical outcomes are very encouraging. This successful implantation demonstrates what can be achieved through meticulous surgical planning and multidisciplinary teamwork. We look forward to offering this life-saving therapy to more eligible patients in Indonesia,” said Dr. M. Arza Putra, Lead Cardiovascular and Thoracic Surgeon at RSCM.

Building on this milestone, HeartSpan.ai envisions a future where artificial intelligence, regenerative medicine and advanced mechanical circulatory support converge within an integrated ecosystem to extend life, optimise healthspan and transform the management of advanced heart failure. Beyond advancing patient care, this initiative led by HeartSpan.ai and implemented locally through Indonesia.md, BHG’s Indonesia-focused subsidiary and the exclusive distributor of the LVAD in Indonesia, aims to accelerate the transfer of advanced medical technologies from China and other countries to Indonesia, strengthening local capabilities through specialist education, knowledge transfer, research collaboration and, ultimately, an introduction of advanced medical device manufacturing in Indonesia.
Hashtag: #medtech #medicaltechnology #cardiovascular #surgery

The issuer is solely responsible for the content of this announcement.

About HeartSpan.ai

HeartSpan.ai is a heart longevity division of Borderless Healthcare Group. It is the world’s first heart longevity cloud designed to democratize services, innovations and content from the best-of-class cardiologists, cardiothoracic surgeons and cardiovascular scientists, LVAD coordinators, innovators and other relevant allied health professionals to support heart longevity programs in hospitals, clinics, homes and resorts/hotels. For more information, visit .

About RSCM

Dr. Cipto Mangunkusumo National Central General Hospital (RSCM) is Indonesia’s premier hospital and serves as the government’s national referral hospital under the Ministry of Health, located in Central Jakarta, Indonesia. RSCM aims to be a leading national referral hospital, excelling in services, education, and research that meet international standards. Established in 1919 under the original name *Centrale Burgerlijke Ziekeninrichting* (Central Civil Medical Institution), RSCM operates with 1,181 inpatient beds. The hospital is committed to providing comprehensive, professional healthcare of international quality; delivering universal healthcare services—both institution- and community based—through an Academic Health System (AHS); conducting education and research that produce outstanding medical and health professionals; operating as a “Smart Hospital”; and maintaining a hospital management system characterized by reliable and accountable governance. For further information, please visit .

About Indonesia.md

Indonesia.md is the Indonesia-focused subsidiary of Borderless Healthcare Group and the exclusive distributor of the world’s smallest and lightest LVAD. Indonesia.md is positioned as the first-of-its-kind medical knowledge sharing cloud in Indonesia designed to enable healthcare as a knowledge-based economy in hospitals, clinics and homes as well as healthcare as an experience-based business in resorts/hotels. For more information, visit .

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MyRepublic wins Ookla® Speedtest Award™ for Fastest Broadband and Speedtest Verified™ Claim for Fastest Upload Speed

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SINGAPORE – Media OutReach Newswire – 6 August 2026 – MyRepublic has won the Ookla® Speedtest Award™ for Fastest Broadband and the Speedtest Verified™ Claim for Fastest Upload Speed in Singapore.

MyRepublic won Fastest Broadband in Singapore – Ookla Speedtest Awards

Every day, millions of people around the world use Speedtest® to evaluate the performance of their internet connections. Through its award and verification programmes, Ookla® recognises network operators for outstanding network achievements using its established methodologies.

The recognition marks another milestone for MyRepublic and reinforces our ongoing commitment to delivering quality broadband connectivity to customers across the country.

The Ookla® Speedtest Award™ for Fastest Broadband recognises MyRepublic’s achievement in fixed network performance, while the Speedtest Verified™ Claim for Fastest Upload Speed further highlights the company’s broadband capabilities. Together, these recognitions underscore MyRepublic’s continued efforts to deliver reliable connectivity and an exceptional broadband experience for residential and business customers in Singapore.

These latest recognitions add to MyRepublic’s growing list of industry accolades and reflect the company’s continued focus on providing customers with quality broadband services. MyRepublic remains committed to enhancing its connectivity offerings while delivering an experience that meets the evolving needs of homes and businesses in Singapore.

Hashtag: #MyRepublicBroadband





The issuer is solely responsible for the content of this announcement.

MyRepublic Broadband Pte Ltd

MyRepublic is an award-winning telecom operator whose values lie in the future of connectivity, the next opportunity to disrupt, and innovations that will make a real difference. The provider’s priority is to redefine broadband and mobile connectivity in the markets it operates and empower customers to understand what a true modern connectivity experience can be.

Ookla®

Ookla, an Accenture company, is a global leader in connectivity intelligence that brings together the trusted expertise of Speedtest®, Downdetector®, Ekahau® , and RootMetrics® to deliver unmatched network and connectivity insights. By combining multi-source data with industry-leading expertise, we transform network performance metrics into strategic, actionable insights.

Our solutions empower service providers, enterprises, and governments with the critical data and insights needed to optimize networks, enhance digital experiences, and help close the digital divide. At the same time, we amplify the real-world experiences of individuals and businesses that rely on connectivity to work, learn, and communicate. From measuring and analyzing connectivity to driving industry innovation, Ookla helps the world stay connected.

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Share, Care, and Connect Over a Meal With Pay It Forward Malaysia

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KUALA LUMPUR, MALAYSIA – Media OutReach Newswire – 6 August 2026 – A lot of people wish to do something kind for the world around them. However, most struggle finding an appropriate platform. Pay It Forward (PIF), a community meal-sharing app built on the simple idea that small acts of kindness can be passed forward, is officially expanding nationwide in Malaysia in June 2026. The platform revolutionises how people spread kindness through technology.

One Meal, One Ripple, One Community

Pay It Forward allows any participant to buy a prepaid meal at a participating local restaurant, café, or food outlet for someone else in their community. More than a one-way gesture, how Pay It Forward works is designed to create a ripple effect where kindness spreads, anyone can be both a Giver and a Receiver, and one small act sets off a wider movement of community connection.

How a Ripple Starts:

  1. Share a Meal. Through the Pay It Forward app, a Giver purchases a prepaid meal from a participating Merchant and can include a Ripple Card with a positive message to pass on.
  2. Experience the Gesture. A community member redeems the meal in-store and can share the moment back by sending a Ripple Card of appreciation to the Giver.
  3. Pay It Forward. Receivers may later choose to share a meal through the platform for someone else, setting a ripple in motion.
  4. Grow the Community. Over time, Givers, Receivers, and Merchants form a wider community supporting one another, one shared meal at a time.

“We built Pay It Forward because we believe technology should help people reconnect, not just transact,” said Amelia Tang, Co-Founder and CEO. “A shared meal is one of the simplest ways to show someone in your community that you thought of them.”

From Pilot to Public Growth

Malaysia was chosen as the first launch market for Pay It Forward’s revolution due to the country’s rich food culture and strong sense of community. The nationwide rollout follows an extended period of product development, merchant onboarding, and community testing. A soft launch in November 2025 brought more than 100 participating Merchants and thousands of users onto the platform, providing the feedback needed to fine-tune the experience before scaling.

Beyond merchants and users, a recent memorandum of agreement signed with Universiti Tunku Abdul Rahman (UTAR) introduced the PIF x UTAR Social Impact Project and Campus Ambassador Programme, giving students real exposure to social entrepreneurship and community work.

Kindness is Much Closer Than You Think

Pay It Forward is that platform, a simple way to take the small kind thought you have and pass it on, one meal at a time. Because kindness only truly begins when someone takes the first step.

To share a meal, redeem a meal, or sign up your business, visit payitforward.io/en-my.

Hashtag: #PayItForward



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The issuer is solely responsible for the content of this announcement.

About Pay It Forward

Pay It Forward was founded by Amelia Tang, Ng Jiunn Jye, and Yvonne Guo on a simple belief: that technology should not only automate our lives, but also help people reconnect with each other. Drawing inspiration from the traditional Italian “Caffè Sospeso”, where one cup of coffee is paid for and left behind for a stranger, the platform brings that same spirit of sharing into the digital age.

Today, Pay It Forward connects Givers, Receivers, and Merchants in one transparent ecosystem, where anyone can purchase a prepaid meal at a participating local restaurant, café, or food outlet and gift it to someone nearby. As the first platform in Malaysia’s social-dining space to combine meal-sharing with community altruism, Pay It Forward is on a mission to build a kinder, more connected society, one shared meal at a time, because sharing is caring.

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