Technology
Kanazawa University research: Frequency modulated AFM sheds light on how dipeptides help organize, immobilize and catalyze
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1 year agoon
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KANAZAWA, Japan, March 4, 2025 /PRNewswire/ — Researchers at Nano Life Science Institute (WPI-NanoLSI), Kanazawa University, observe the configuration of different dipeptides on graphite electrodes and the subsequent arrangement of catalytic hemin on them to get an idea of the factors affecting its catalytic activity.
Self-assembled peptides have shown great promise for immobilizing and exploiting enzymes in catalytic applications. However, so far little has been known as to the structures of these self-assembled peptides and how this might affect the function of the enzyme immobilized. Now researchers led by Ayhan Yurtsever and Takeshi Fukuma at Kanazawa University, WPI-NanoLSI and Marie Sugiyama and Yuhei Hayamizu at Institute of Science Tokyo have compared the morphology and activity of hemin adsorbed on different dipeptide nanostructures using atomic force microscopy (AFM), cyclic voltammetry and H2O2 reduction reactions to see which offers the best performance and why (Figure 1).
The researchers used frequency modulated atomic force microscopy to study the structures that self-assembled from droplets of (XH)4 peptide solution on a graphite electrode, where H is histidine and X is an amino acid – either Y, L or V. Their observations indicated that dipeptides self-assemble into repeating nanostructures resembling 2D crystals, with (YH)4 exhibiting the most ordered and stable configuration (Figure 2).
They then replaced the droplet of peptide solution with a droplet of hemin solution and used AFM to observe the configuration of the hemin as it bound to the peptide structure. They found the hemin aggregated on the dipeptide structures, and further observations with high-speed AFM revealed that the hemin formed wires as well as aggregates, and that while the wires were stationary the aggregates seemed to hop along and between rows of the dipeptide (Figure 3).
The researchers used cyclic voltammetry to measure how densely hemin bound to the dipeptide structures and found that it bound most densely to (YH)4. They attribute this to the tyrosine in (YH)4, which interacts with porphyrin through π-π interactions. However, adding just porphyrin to the dipeptide bound hemin structures had little effect, from which they deduced that “the Fe atom in hemin is critical for its interaction with peptides, and that the binding is not solely driven by π−π stacking interactions,” as they report in ACS Nano. While the density of hemin binding to (LH)4 was close to that for (VH)4, they found it bound slightly more densely to (VH)4, which they attribute to the greater hydrophobicity.
On applying a reduction current to the electrodes, the iron in hemin is reduced to the ferrous (+2) oxidation state. It can then reduce H2O2, thereby recovering its ferric oxidation state. Comparisons of how quickly the hemin bound structures reduce H2O2 revealed that hemin bound to (YH)4 had the highest catalytic activity, although this is unlikely due to the greater density of hemin at this surface since the densities for all three dipeptides were all within the same order of magnitude. Instead, the researchers suggest the greater reducing power of hemin bound to (YH)4 is on account of the more stable scaffold offered by that dipeptide (Figure 4).
“This research highlights the potential of simple peptide designs to create artificial enzymes with robust and durable catalytic interfaces for electrochemical applications,” conclude the researchers in their report. “Furthermore, the peptides’ ability to self-assemble on two-dimensional materials makes them promising candidates for biosensing applications.”
Glossary
Atomic force microscopy
This imaging technique uses a nanosized tip at the end of a cantilever that is scanned over a sample. It can be used to determine the topography of a sample surface from the change in the strength of forces between the tip and the sample with distance, and the resulting deflection of the cantilever. It was first developed in the 1980s but a number of modifications have augmented the functionality of the technique since. It is better suited to imaging biological samples than the scanning tunnelling microscope developed that had been developed because it does not require a conducting sample.
In the 2000s Toshio Ando at Kanazawa University was able to improve the scanning speed to such an extent that moving images could be captured. This allowed people to use the technique to visualize molecular processes for the first time.
Catalysts
Catalysts influence the rate of a reaction without actually being used up in the reaction themselves. They can speed up the rate of all kinds of reactions, including the redox chemistry in the reduction of H2O2, and are prized in industry for improving yield and the profitability of processes.
Redox chemistry describes a host of reactions that involve the gaining (reduction) and losing (oxidation) of electrons by ions in the reaction. It sometimes manifests as the gaining of hydrogen (reduction) or oxygen (oxidation). The generation of water and oxygen from H2O2 is an example of a redox reaction where H2O2 is reduced to H2O and O2.
Porphyrin
Porphyrin is an organic compound made up of a ring of four substituted “pyrrole” ring molecules strung together with methine bridges (=CH-). Pyrrole is a cyclic molecule with the formula C4H4NH but in porphyrin other groups may be substituted in. An important porphyrin for living organisms is heme, which carries oxygen in the blood. Chlorophyl is also a porphyrin derivative
Hemin
Hemin is an iron-containing porphyrin found in the blood. It is the catalytic centre for many different proteins including cytochromes, peroxidases, myoglobins and hemoglobin. The iron in hemin is ferric, that is, it is in the +3 oxidation state (Fe3+).
π−π interactions
In aromatic molecules atoms are bound in the ring by π bonds, a type of covalent bond that takes its name from the shape of the electron orbital which forms lobes on either side of the atoms. π−π stacking describes the non-covalent interactions when these rings stack on each other.
Reference
Marie Sugiyama, Ayhan Yurtsever, Nina Uenodan, Yuta Nabae, Takeshi Fukuma, and Yuhei Hayamizu Hierarchical Assembly of Hemin-Peptide Catalytic Systems on Graphite Surfaces ACS NANO 2025.
DOI: 10.1021/acsnano.4c15373
URL: https://pubs.acs.org/doi/full/10.1021/acsnano.4c15373
Funding acknowledgements
Y.H. acknowledges support from the Precise Measurement Technology Promotion Foundation (PMTP-F), JSPS KAKENHI Grants 20H02564, 20H03593, 22H05408 and 24H01124, and JST CREST Grant Number JPMJCR24A4, Japan. T.F. acknowledges support from the World Premier International Research Center Initiative (WPI), MEXT, Japan, and JSPS KAKENHI Grant Number 21H05251.
Fig: https://nanolsi.kanazawa-u.ac.jp/wp/wp-content/uploads/Eye-catching-image_ACS-Nano_2025.2.jpg
Caption Peptide self-assembly and subsequent hemin adsorption on graphite substrate. (A) High-resolution AFM image showing the molecular arrangement of (YH)4 peptides, forming 2D crystalline lattices on graphite in water. (B) Initial stage of hemin binding on self-assembled (YH)4 peptide nanostructures, revealing the formation of relatively unstable molecular rows along peptide lattices. (C) At later stages of adsorption, the hemin molecules form more stable and densely packed rows that ultimately cover the underlying peptide lattices completely.
https://nanolsi.kanazawa-u.ac.jp/wp/wp-content/uploads/Figure-1_ACS-Nano_2025.2.jpg
Fig. 1 A schematic illustration depicting the catalytic reaction mechanism of the system.
https://nanolsi.kanazawa-u.ac.jp/wp/wp-content/uploads/Figure-2_ACS-Nano_2025.2.jpg
Fig. 2: In situ FM-AFM images showing the unit cells of each peptide assemblies on graphite.
https://nanolsi.kanazawa-u.ac.jp/wp/wp-content/uploads/Figure-3_ACS-Nano_2025.2.jpg
Fig 3: In situ AFM image showing the immobilization of hemin on self-assembled (YH)4 peptides, revealing the formation of hemin molecular rows along peptide lattices.
https://nanolsi.kanazawa-u.ac.jp/wp/wp-content/uploads/Figure-4_ACS-Nano_2025.2.jpg
Fig. 4: Current density at −0.8 V as a function of H2O2 concentration for each peptide, with fitting curves shown as red solid lines. Imax represent the maximal current density.
Copyright for all figures ©2025 American Chemical Society
Contact
Kimie Nishimura (Ms)
Project Planning and Outreach, NanoLSI Administration Office
Nano Life Science Institute, Kanazawa University
Email: nanolsi-office@adm.kanazawa-u.ac.jp
Kakuma-machi, Kanazawa 920-1192, Japan
About Nano Life Science Institute (WPI-NanoLSI), Kanazawa University
Understanding nanoscale mechanisms of life phenomena by exploring “uncharted nano-realms”.
Cells are the basic units of almost all life forms. We are developing nanoprobe technologies that allow direct imaging, analysis, and manipulation of the behavior and dynamics of important macromolecules in living organisms, such as proteins and nucleic acids, at the surface and interior of cells. We aim at acquiring a fundamental understanding of the various life phenomena at the nanoscale.
https://nanolsi.kanazawa-u.ac.jp/en/
About the World Premier International Research Center Initiative (WPI)
The WPI program was launched in 2007 by Japan’s Ministry of Education, Culture, Sports, Science and Technology (MEXT) to foster globally visible research centers boasting the highest standards and outstanding research environments. Numbering more than a dozen and operating at institutions throughout the country, these centers are given a high degree of autonomy, allowing them to engage in innovative modes of management and research. The program is administered by the Japan Society for the Promotion of Science (JSPS).
See the latest research news from the centers at the WPI News Portal:
https://www.eurekalert.org/newsportal/WPI
Main WPI program site: www.jsps.go.jp/english/e-toplevel
About Kanazawa University
As the leading comprehensive university on the Sea of Japan coast, Kanazawa University has contributed greatly to higher education and academic research in Japan since it was founded in 1949. The University has three colleges and 17 schools offering courses in subjects that include medicine, computer engineering, and humanities.
The University is located on the coast of the Sea of Japan in Kanazawa – a city rich in history and culture. The city of Kanazawa has a highly respected intellectual profile since the time of the fiefdom (1598-1867). Kanazawa University is divided into two main campuses: Kakuma and Takaramachi for its approximately 10,200 students including 600 from overseas.
http://www.kanazawa-u.ac.jp/en/
View original content:https://www.prnewswire.co.uk/news-releases/kanazawa-university-research-frequency-modulated-afm-sheds-light-on-how-dipeptides-help-organize-immobilize-and-catalyze-302391450.html
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Technology
Singtel Receives Four Frost & Sullivan 2026 Recognitions for Leadership in Enterprise Connectivity, Cybersecurity, and Digital Transformation
Published
51 minutes agoon
July 19, 2026By
The recognitions highlight Singtel’s leadership in secure connectivity, network transformation, IoT innovation, and cybersecurity, delivering customer value through intelligent digital infrastructure and AI-enabled enterprise services.
SAN ANTONIO, July 19, 2026 /CNW/ — Frost & Sullivan is pleased to honor Singtel with the 2026 Southeast Asia IoT Connectivity Service Provider Company of the Year, 2026 Singapore Network Transformation Customer Value Leadership, 2026 Singapore Cybersecurity Services Company of the Year, and 2026 Singapore SD-WAN and SASE Service Provider Company of the Year recognitions. These acknowledgements reflect Singtel’s outstanding achievements in delivering secure, intelligent, and scalable digital infrastructure that enables enterprises to modernize operations, simplify complexity, and accelerate digital transformation across Singapore and Southeast Asia. They underscore the company’s consistent leadership in strategy execution, customer value creation, and innovation across enterprise connectivity, cybersecurity, software-defined networking, and IoT connectivity services.
Frost & Sullivan evaluates companies through a rigorous benchmarking process across two core dimensions: strategy effectiveness and strategy execution. Singtel excelled in both, demonstrating its ability to anticipate evolving enterprise requirements while consistently translating long-term vision into measurable customer outcomes. Through platforms such as Singtel CUBΣ (CUBE) and its multidomestic IoT connectivity architecture, the company continues to unify networking, cybersecurity, automation, and AI-driven intelligence into integrated solutions that address the growing complexity of hybrid, multicloud, and connected environments. “Singtel has established itself as a benchmark for enterprise digital infrastructure by converging connectivity, cybersecurity, network intelligence, and IoT orchestration into a unified, customer-centric ecosystem. Its disciplined execution, platform-led innovation, and commitment to simplifying complex enterprise environments continue to strengthen operational resilience and deliver sustained value for organizations across the region,” said Kenny Yeo, Director at Frost & Sullivan.
Guided by a long-term strategy focused on digital innovation, intelligent infrastructure, and customer-centric transformation, Singtel has moved well-beyond traditional telecommunications to a trusted technology partner for enterprises navigating increasingly connected and data-driven environments. Its strategic investments in AI-enabled operations, cloud-native platforms, secure connectivity, and ecosystem partnerships enable organizations to modernize critical infrastructure while maintaining the flexibility to support future business growth.
The company’s strategic agility and sustained investment in integrated digital platforms have enabled it to scale innovative services across local, regional, and global enterprise environments. Innovation remains central to Singtel’s approach through solutions including the CUBΣ connected intelligence platform, multidomestic IoT connectivity powered by eSIM orchestration, managed cybersecurity services, AI-driven network automation, and network-as-a-service capabilities. These solutions simplify network and security management, strengthen cyber resilience, improve operational visibility, and provide enterprises with scalable, secure, and high-performing connectivity across cloud, edge, IoT, and hybrid infrastructures.
By streamlining service delivery through intelligent automation, centralized orchestration, proactive monitoring, and flexible managed and co-managed service models, Singtel continues to help organizations reduce operational complexity while improving service reliability and business agility. Its ability to integrate best-of-breed technologies in a unified operational framework, combined with strong regional network ownership and localized expertise, enables customers to confidently scale digital initiatives while maintaining security, governance, and operational excellence.
Frost & Sullivan commends Singtel for setting a high standard in competitive strategy, execution, and customer value across multiple technology domains. By combining intelligent networking, secure digital infrastructure, AI-enabled operations, and cross-border IoT capabilities in an integrated platform strategy, the company is shaping the future of enterprise connectivity while helping organizations build resilient, future-ready digital ecosystems.
Each year, Frost & Sullivan presents its Company of the Year and Customer Value Leadership recognitions to organizations that demonstrate outstanding strategy development and implementation, resulting in measurable improvements in customer satisfaction, competitive positioning, and business performance. These recognitions honor forward-thinking companies that continuously raise industry standards through innovation, operational excellence, and long-term value creation.
Frost & Sullivan Best Practices Recognition
Frost & Sullivan’s Best Practices Recognitions honor companies across regional and global markets that exhibit exceptional achievement and consistent excellence in areas such as leadership, technological innovation, customer experience, and strategic product development. Each recognition is the result of a rigorous analytical process in which Frost & Sullivan industry experts benchmark performance through comprehensive interviews, deep-dive analysis, and extensive secondary research. The goal is to identify true best-in-class organizations that are driving transformative growth and setting new industry standards.
Contact us: Start the discussion.
Contact:
Tarini Singh
E: Tarini.Singh@frost.com
View original content:https://www.prnewswire.com/news-releases/singtel-receives-four-frost–sullivan-2026-recognitions-for-leadership-in-enterprise-connectivity-cybersecurity-and-digital-transformation-302829114.html
SOURCE Frost & Sullivan
Technology
Emdoor Launches “Ailyn” AI Hub at WAIC 2026: Unifying Intelligence Across Every Device
Published
5 hours agoon
July 19, 2026By
SHANGHAI, July 18, 2026 /PRNewswire/ — Emdoor, a leading provider of intelligent computing devices, unveiled its latest innovation — Ailyn, an integrated software-hardware AI hub — at the World Artificial Intelligence Conference (WAIC) 2026. Under the theme “Intelligence in All Things, Boundless Edge Intelligence”, Emdoor’s Booth X1B-804 showcases four immersive scenarios spanning personal, home, enterprise, and industrial use cases, demonstrating how AI can flow seamlessly across devices.
With decades of experience across cloud, edge, device, and wearable form factors, Emdoor has established one of the industry’s most comprehensive intelligent hardware portfolios. Yet the company recognized a critical gap: while individual devices grow smarter, they often operate in isolation.
Ailyn is Emdoor’s answer to this challenge. Introduced on the WAIC Magic Box stage, Ailyn serves as a unified intelligence layer that orchestrates storage, computing power, AI models, and data across PCs, NAS systems, computing boxes, and IoT devices. The result is a scalable, centrally managed intelligence platform that delivers seamless cross-device collaboration, data privacy, and AI capabilities that improve with use.
At its core, Ailyn follows a device-first, multi-device connected philosophy. By prioritizing on-device model deployment, it reduces costs while preserving privacy, minimizing latency, and enabling offline functionality. Key capabilities include unified data access, uninterrupted task handoff between devices, intelligent multi-model routing, and dynamic compute scaling — plus built-in features for knowledge accumulation, skill expansion, persona customization, and automated task execution.
Four Scenarios, One Intelligent Ecosystem
The enterprise lineup features high-performance AI workstations, AI servers, AI NAS, Mini PCs, and motherboards. Workstations support up to 96-core processors and four double-width GPUs with integrated BMC remote management. AI servers run dual Intel Xeon scalable processors with up to eight mainstream AI accelerators. The single-GPU workstation series offers dual-platform compatibility with both Intel and AMD, featuring a PCIe 5.0 ×16 slot and up to 128GB DDR5 memory. Available in two form factors — a 23.9L tower chassis and a 15.3L compact chassis with tempered glass side panel — it delivers balanced performance for both creative workloads and local AI inference. The AI NAS unifies storage and AI computing power in one device, with192GB of octa-channel LPDDR5X memory to support local large model deployment. Ailyn unifies these resources into a private computing backbone, intelligently offloading heavy workloads so users get instant on-device responsiveness with datacenter-grade power on demand.
For individual users, the showcase includes Mini PCs, AI PCs, AI tablets, and multimodal wearables. The AP16, powered by Intel’s 3rd Generation Core™ Ultra processor, delivers 180 TOPS of AI performance with sustained 54W output — capable of running large models locally. Multimodal wearable solutions built on Qualcomm and BES chips offer faster time-to-market for brand partners. Within the Ailyn ecosystem, PCs handle heavy computing while wearables provide continuous environmental awareness, each device strengthening the whole.
Industrial visitors will find AI BOX units, rugged AI notebooks, handheld terminals, and industrial PCs. AI BOX devices come preloaded with industry-specific models for production line visual inspection. Rugged notebooks deliver reliable performance for mobile field operations. Industrial PCs feature industrial-grade architecture for 24/7 uptime. Through Ailyn, these connected devices break down traditional data silos, enabling intelligent resource orchestration and a closed-loop perception-decision-execution system that accelerates industrial digital transformation.
At the center of the home scenario are AI tablets and home NAS, connected to a full-house AIoT network. The NAS acts as the family’s private data and computing hub, while the tablet serves as the primary interface for senior health reminders and children’s learning support. Ailyn weaves these devices into a cohesive system covering family memories, health care, companionship, and home security — bringing intelligence into daily life without intruding on it.
The launch of Ailyn marks a significant evolution for Emdoor — shifting from a hardware manufacturer to a builder of intelligent infrastructure. It represents the convergence of the company’s deep hardware heritage and its AI innovation roadmap. Moving forward, Emdoor will continue investing in edge AI technology and expanding the Ailyn ecosystem alongside partners, bringing distributed intelligence from the showroom into everyday life.
Company: Emdoor Digital Technology Co.,Ltd.
Contact Person: Yao Zhou
Email: marketing.digi@emdoor.com
Website: http://www.emdoordigi.com/
City: Shenzhen, China
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SOURCE Emdoor Digital
Technology
AI-Powered Connectivity: APAC Charts a Path to a Smarter Digital Future
Published
14 hours agoon
July 18, 2026By
Asia-Pacific’s first Broadband Development Summit brings regulators and operators to Bangkok to set the agenda
BANGKOK, July 19, 2026 /PRNewswire/ — Government officials, standards bodies and telecom operators gathered in Bangkok on 14 July for the inaugural Broadband Development Summit APAC 2026, convened by the World Broadband Association (WBBA) to build consensus on AI-era networks.
Participants included the ITU, Thailand’s National Board of the Digital Economy and Society, WBBA, IAB, FNCAP, WAA, NIDA and the IPv6 Council, alongside operators Telkomsel, XLSmart, Surge, Globe, AIS, CMI and HKT and Huawei.
Denny Deng, President of Huawei Asia Pacific Carrier Business, envisions a “faster, smarter, greener” Asia-Pacific.
VOICES FROM THE SUMMIT
“To seize the opportunities of the AI era, we call on the industry to accelerate broadband evolution, advance computing-network synergy, and strengthen the cross-border connectivity. Together, let us build faster, smarter, and greener digital infrastructure for Asia-Pacific.”
— Denny Deng, President of Asia Pacific Carrier Business, Huawei
“High-speed broadband is no longer just about ‘getting online’ — it is the vital infrastructure upon which the entire AI revolution is being built. We view AI not merely as a tool, but as a primary engine for national competitiveness and a catalyst for improving the quality of life for all.”
— Wetang Phuangsup, Ph.D., Secretary-General, the National Board of the Digital Economy and Society, Thailand
“Three initiatives define the road to 2030. We must close the quality divide so the value of broadband reaches everyone. We must build AI-ready networks — 10G access, 800GE cores, intelligence end to end. And we must do it together, through shared standards.”
— Martin Creaner, Director General of WBBA
“Moving towards next-generation networks, network architectures must continue to evolve to deliver broader connectivity, superior quality, enhanced security, and greater intelligence. This evolution is essential for Net5.5G, positioning the network not simply as infrastructure, but as the foundation that enables AI, strengthens resilience and efficiency, and supports digital transformation across industries.”
— Dhruv Dhody, Industry Standardization Expert at Huawei, Chair of the IAB, IETF
“Across Asia-Pacific, fibre is extending beyond homes and offices into rooms, devices, and machines. By working together, we can accelerate fibre innovation and adoption to build truly AI-ready infrastructure.”
— Ilham Nandana, Chair of the Market Intelligence Committee, Fiber Network Council APAC (FNCAP)
“We fixed it before you feel it! AIS is redefining premium home broadband by combining ultra-fast connectivity with AI-driven network intelligence and smart home ecosystem — delivering proactive, invisible service excellence that transforms connectivity into differentiated customer value and sustainable ARPU growth.”
— Thanit Chaiyaboonthanit, Head of Technology Department, Broadband Business, AIS
“Connecting the Unconnected: Affordable Broadband at Scale. Create equal access to global information and empower Indonesia’s digital society.”
— Shannedy Ong, CTO of Surge Indonesia
“Beyond Connectivity: Telkomsel is transforming into a true value creator. By leveraging our FBB market-leading footprint, we power growth through service excellence, customer loyalty, and a next-generation home ecosystem.”
— Stanislaus Susatyo, Director of Sales, Telkomsel Indonesia
“We stopped treating AI as an add-on feature. Instead, our approach at Globe starts with architecture, embedding intelligence into the very core of how we build, how we sell, and how we operate.
AI continuously monitors network health, customer behavior and service quality. Rather than waiting for failures, the system predicts degradation and initiates corrective actions. By maintaining minute-level awareness of network health, our systems automatically resolve 30% of all Wi-Fi issues without any human intervention.”
— Danny Theseira, Head of Broadband Business Group at Globe Telecom
“Huawei is driving the Optics-AI Synergy to foster their collaborative growth. Through AI-ON, operators could build an AI-centric all-optical target network and establish 1-5-20ms latency circles across the Asia Pacific region. AI-ON also supports efficient computing access and usage while delivering an ultimate network experience through gigabit/ultra-gigabit home broadband, accelerating the widespread adoption of AI services.”
— Kim Jin, Vice President & Chief Marketing Officer Optical Business Product Line, Huawei
“Connectivity is not just about technology. It is a lifeline, a platform for opportunity, and a driver of sustainable development. I believe the intersection of connectivity and artificial intelligence will shape the future of smarter, more resilient networks.”
— Dr. Cosmas Zavazava, Director of the Telecommunication Development Bureau, ITU
“Performance and user experience are the essential path to the next-generation WLAN. Based on standards and AI-driven innovation, let’s jointly explore the path to the future autonomous WLAN with all the stakeholders.”
— Dr. Crane H. Yang, Secretary-General, World WLAN Application Alliance (WAA)
“At the summit, NIDA and WBBA signed an MOU to accelerate next-generation network evolution and establish pioneering smart city benchmarks through the co-development of industry standards, the harmonization of global regulations, and the sharing of vertical industry insights.
NIDA focuses on advancing network architecture standards, while WBBA drives global consensus on broadband evolution. This natural strategic complementarity creates vast opportunities for future collaboration.”
— Joey Deng, Secretary-General of NIDA
“ION-2030 develops the global standard for next generation optical networks in the AI era. It provides exceptional AI application and service experience. The WBBA and ITU will jointly accelerate its development, and this is a unique opportunity for Asia-Pacific stakeholders to actively influence the future of optical broadband networks.”
— Dr. Marcus Brunner, Chief Expert Standardization, WBBA WG1 Chair and Vice-Chair of ETSI ISG F5G
“The transition into the AI era demands a high-quality, deterministic digital foundation. By releasing Net5.5G policy guidelines, Malaysia is accelerating the evolution of next-generation network standards based on IPv6, establishing an innovative infrastructure to unleash AI’s value and drive a prosperous digital economy for 2030.”
— Prof. Sureswaran Ramadass, Chair of APAC at IPv6 Council, Industry Partner of WBBA
“The digital economy is thriving across the Asia-Pacific region, with AI emerging as a core catalyst for intelligent transformation. China Mobile International (CMI) is driving regional growth by integrating China’s advanced AI capabilities with comprehensive communications, computing, and AI services. Moving forward, CMI will collaborate closely with industry partners to foster a shared, AI-driven future for the region.”
— Paul Lin, Managing Director of Commercial and Technology, Asia Pacific, China Mobile International
“Next-generation network infrastructure is the oxygen of the intelligent economy. By integrating cutting-edge 800G connectivity with quantum-safe security, HKT is laying the essential foundations to keep Hong Kong’s enterprises highly competitive, secure, and ready for the computing paradigm shifts of tomorrow.”
— Wilson Cheung, Vice President, Broadband Design & Cyber Security, HKT
“The evolution toward Net5.5G AI WAN is an important step in strengthening XLSMART’s transport network for the future. By progressively adopting AI-assisted operations, SRv6, SDN, service differentiation, and higher-capacity transport infrastructure, we are enhancing network intelligence, operational efficiency, and service resilience while supporting long-term sustainability. This transformation is a continuous journey that aligns with the industry’s vision of AI-native broadband networks. Through collaboration with our technology partners and the broader ecosystem, we will continue to develop capabilities that deliver better network performance and support Indonesia’s growing digital connectivity needs.”
— Regie Ginanjar, Head of Transport Autonomy & Orchestration, Transport Network Transformation, XLSMART
“For the AI era, Huawei upgrades the IP bearer network via security resilience, multi-dimensional awareness, and network autonomy. This empowers carriers to guarantee service experience, accelerate monetization, and enhance efficiency, ushering in a new chapter of intelligent connectivity.”
— Arthur Wang, Vice President of Data Communication Product Line, Huawei
A CONVERGING VIEW
Speakers agreed AI is shifting networks from connectivity to intelligent connectivity, as broadband, IP, computing and cross-border infrastructure converge to support innovation and coordination.
WBBA launched the AI-Net Certification, a global benchmark for national policy, industrial ecosystems and network intelligence. XLSmart was named first AI-Net Champion, and Indonesia was among the first with a certified operator, backed by its Net5.5G roadmap.
In another high-profile segment, WBBA Director General Martin Creaner presented the Gigacity Certification to KOMDIGI, SURGE, Telkomsel, AIS, TRUE, HKT and Globe, recognizing regional broadband pioneers.
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Singtel Receives Four Frost & Sullivan 2026 Recognitions for Leadership in Enterprise Connectivity, Cybersecurity, and Digital Transformation
Emdoor Launches “Ailyn” AI Hub at WAIC 2026: Unifying Intelligence Across Every Device
AI-Powered Connectivity: APAC Charts a Path to a Smarter Digital Future
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