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The bootcamp was closely aligned with the latest developments in AI, centering on how AI Agents and AI RAG (Retrieval-Augmented Generation) can be applied to content marketing and workflow automation. The curriculum unpacked the three-layer architecture of “Tools – Intelligence – Automation,” helping learners understand the practical path from using a single AI tool to building enterprise-level intelligent automation systems.

In the hands-on sessions, participants used Xiaohongshu (Little Red Book) marketing as the core scenario. They practiced leveraging Kimi and DeepSeek for viral topic discovery and trend analysis, designed structured prompts to generate on-brand copy and short video scripts, and completed visual assets with tools such as Jimeng AI and Canva. Over the two-day program, participants also learned how to use N8N to build automated Xiaohongshu workflows, including scheduling the scraping of trending content, storing data in Lark Base, triggering AI for secondary content creation and sensitive word detection, and using browser automation tools for multi-account scheduled posting—ultimately constructing a fully operational system for “Content Factory + Scheduling + Data Feedback.”

Driving a New Mode of Flexible Learning: Pioneering CEF-Subsidized Hybrid Courses

AD-Linkage also announced that it has become the first training institution in Hong Kong to offer courses that are both accredited by the Hong Kong Council for Accreditation of Academic and Vocational Qualifications (HKCAAVQ) and subsidized by the Continuing Education Fund (CEF) under a hybrid learning model. The programs are designed in a hybrid format, with part of the classes delivered via live online teaching and the remainder conducted through in-person classroom sessions. Learners attend at scheduled times either through an online classroom or by joining on-site, combining interactive online learning with face-to-face instruction to provide more flexible study options for working professionals.

Through structured live online sessions combined with in-person workshops, learners are guided by instructors to master theoretical frameworks and then participate in case discussions and practical exercises in the classroom, turning what they have learned into actionable solutions for real work scenarios. As these programs are listed as CEF-recognized courses, eligible learners can apply for government subsidies to lower their financial barrier to further study and continuously enhance their AI and digital transformation skills. Education providers interested in adopting a hybrid online–offline teaching model are welcome to contact AD-Linkage’s curriculum design consultancy team and visit: https://bit.ly/3ZxJNq3 for more information.

Management on Future Vision and AI Training Strategy

“By launching HKCAAVQ-accredited and CEF-subsidized hybrid learning programs, we aim to respond to the time and cost constraints faced by working professionals in Hong Kong, enabling more practitioners to master core AI and digital transformation capabilities in a more flexible way,” said Horace, Founder and Course Director of AD-Linkage. “At the same time, we hope to set a practical example for combining online and offline hybrid teaching in Hong Kong, and to help drive the wider adoption of such models across the local education and training sector.”

He added, “The AITIC bootcamp held at Alibaba’s Shenzhen headquarters focused on turning technologies such as AI Agents, AI RAG and automated workflows into practical skills that can be immediately applied to real business scenarios. Participants were not just learning theory; they were building fully functional automated marketing systems with their own hands, truly converting AI into a productivity tool for their organizations.”

About AD-Linkage and Upcoming Programs

AD-Linkage is a professional training institution dedicated to serving working professionals and corporate clients in Hong Kong. Its programs cover practical areas including digital marketing, AI applications and new media marketing. With a core philosophy of “practice-oriented and industry-aligned,” AD-Linkage designs courses that combine online theoretical learning with offline case studies and hands-on workshops via a hybrid teaching model, accommodating the busy schedules of working adults while ensuring that learning outcomes can be directly applied at work.

AD-Linkage is also actively expanding local and international partnerships, including collaborating with organizations such as Alibaba AITIC to host AI-themed bootcamps and corporate exchange activities. The institution continues to introduce the latest AI technologies and commercial application cases into Hong Kong, helping more professionals and SMEs seize opportunities in digitalization and intelligent transformation.

The next program co-organized by AD-Linkage and Alibaba AITIC will focus on “Building AI Assistants,” guiding learners from the application level to the stage of creating their own AI assistants. Participants will learn how to design, deploy and optimize AI assistants tailored to their specific business scenarios. For enquiries and registration, please visit: https://cef.ad-linkage.com/

Hashtag: #AD-Linkage

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CyCraft is forged in one of the world’s most challenging cyber environments. Taiwan faces persistent and large-scale cyber threats from highly-motivated threat actors targeting government, semiconductor supply chains, financial systems, and critical infrastructure. Rather than theorizing about threats, CyCraft has spent years defending against them at national and industry scale.

That experience has produced real-world operational advantages global markets increasingly demand: early-warning intelligence, autonomous machine-speed defense, and field-proven AI automation that cannot be casually replicated.

As generative AI reshapes software development, many SaaS categories face commoditization through “vibe-coding.” Cybersecurity stands apart. Mission-critical defense requires real adversarial data, ultra-low latency, zero-configuration precision, continuous adaptation against sophisticated attacks, and regulatory-grade trust. These capabilities are not synthetic. AI does not replace cyber defense—it amplifies defenders who already operate in real operational environments.

CyCraft’s platform is built around three growth engines:

Enterprise Cyber Resilience.

Its flagship XCockpit AI platform operates over 600K sensors, protecting hundreds of government agencies, financial institutions, and semiconductor leaders across Asia-Pacific. The platform delivers preemptive exposure discovery, automated attack-path simulation, SEMI E187-compliant supply-chain risk mapping, and autonomous triage and response. The shift from reactive protection to preemptive resilience defines CyCraft’s core value proposition.

AI Agent & LLM Security.

As enterprises deploy LLMs and autonomous agents, CyCraft addresses a rapidly emerging risk layer. XecGuard provides ultra-low-latency AI guardrails to detect and prevent prompt injection, jailbreaks, data exfiltration, and tool misuse in real time. Paired with XecART, an automated red-teaming and evaluation platform, CyCraft delivers a scalable, cloud-based and on-prem AI gateway for secure multi-agent orchestration.

The XecGuard and XecART dashboards enable enterprise AI governance with real-time guardrails, automated red teaming, and flexible deployment via on-premises environments or cloud-based APIs.

Enterprise Cyber Resilience.

Its flagship XCockpit AI platform operates over 600K sensors, protecting hundreds of government agencies, financial institutions, and semiconductor leaders across Asia-Pacific. The platform delivers preemptive exposure discovery, automated attack-path simulation, SEMI E187-compliant supply-chain risk mapping, and autonomous triage and response. The shift from reactive protection to preemptive resilience defines CyCraft’s core value proposition.

AI Agent & LLM Security.

As enterprises deploy LLMs and autonomous agents, CyCraft addresses a rapidly emerging risk layer. XecGuard provides ultra-low-latency AI guardrails to detect and prevent prompt injection, jailbreaks, data exfiltration, and tool misuse in real time. Paired with XecART, an automated red-teaming and evaluation platform, CyCraft delivers a scalable, cloud-based and on-prem AI gateway for secure multi-agent orchestration.

The XecGuard and XecART dashboards enable enterprise AI governance with real-time guardrails, automated red teaming, and flexible deployment via on-premises environments or cloud-based APIs.

Unmanned Systems Security.

CyCraft’s XecDefend platform pioneers cyber protection and disruption capabilities for AI-driven anti-drone defense. The solution enables autonomous detection, soft-kill response, and resilient protection for unmanned aerial, maritime, and ground systems—offering software-defined defense for critical infrastructure and defense supply chains.

CyCraft’s credibility is reinforced by third-party validation, including seven appearances in Gartner research, three MITRE ATT&CK evaluations with zero-configuration and zero-latency performance, and the “Next-Big” Award from former Taiwanese President Tsai Ing-wen, recognizing CyCraft as the “TSMC of cybersecurity.”.

In 2025 alone, CyCraft handled multiple critical incidents for Taiwan-listed companies and completed over ten forensic investigations in support of cyber insurance engagements in Japan.

Chairman Benson Wu stated, “In Taiwan, with AI, we help secure the world. This listing accelerates our global expansion through organic growth and strategic M&A. Our goal is to surpass 50% overseas revenue by 2030 and build Asia’s most trusted AI-native cybersecurity brand.”

Disclaimer: The information contained herein does not constitute advice.

Hashtag: #CyCraft #AIsecurity #Cybersecurity #InnovationBoard #AITaiwan #GlobalExpansion

https://www.cycraft.com/
https://www.linkedin.com/company/cycraft
https://x.com/cycraft_corp

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

CyCraft Technology

CyCraft Technology (7823.TW) — Taiwan’s first AI-native cybersecurity company to list on the TWSE Innovation Board — is dedicated to automating cybersecurity with AI, shifting defense from reactive firefighting to proactive, scalable dominance. Delivering protection that is faster, easier, safer — and smarter on cost, CyCraft empowers defenders to scale. With a proven track record serving top-tier government agencies, leading financial institutions, and semiconductor giants, CyCraft is building Asia’s most advanced AI-driven joint defense ecosystem — dramatically shortening dwell time, reducing breach impact, and strengthening enterprise digital resilience worldwide. More information: https://www.cycraft.com/en/about-cycraft

The closed-door session, hosted by Khalifa University of Science and Technology with Institute of Energy Economics Japan, reviewed progress under a multi-year framework that links laboratory research to commercial deployment. Participants focused on aligning research priorities with national transition goals in the United Arab Emirates and Japan while ensuring that projects move beyond pilot stages into scaled industrial use.

University officials said the meeting sharpened governance around joint programmes that span hydrogen value chains, grid resilience, carbon management and next-generation manufacturing. The steering board assessed ongoing work on hydrogen carriers and utilisation pathways, including ammonia and synthetic fuels, alongside studies on carbon capture, utilisation and storage that integrate process design with life-cycle analysis. Industry representatives pressed for faster timelines and clearer pathways to demonstration, citing capital discipline and the need for predictable policy signals.

Energy systems dominated the agenda as both countries seek to balance security, affordability and emissions goals. Japan’s import-dependent energy mix and the UAE’s role as a major producer and exporter create complementary incentives for collaboration, delegates noted. Research teams presented updates on high-efficiency electrolysers, advanced catalysts and thermal management, with an emphasis on reducing costs and improving durability under desert and maritime operating conditions.

Another thread centred on digitalisation and artificial intelligence in energy operations. Joint projects are examining how data-driven optimisation can cut losses across generation, storage and transmission, and how digital twins can accelerate plant design and maintenance. Academic leaders argued that co-developed datasets and shared testbeds are essential to attract industrial partners and ensure interoperability across markets.

Advanced materials and manufacturing featured prominently, reflecting interest from automotive, aerospace and heavy-industry partners. Researchers outlined progress in lightweight alloys, composites and coatings designed to withstand extreme temperatures while lowering energy intensity. Industry participants flagged workforce readiness as a bottleneck, urging expanded exchange programmes and co-supervised doctoral tracks to build skills that translate quickly to factory floors.

The steering board also reviewed funding structures and intellectual property frameworks. Both sides reaffirmed commitments to balanced IP arrangements that protect proprietary know-how while enabling publication and talent development. Officials highlighted the importance of predictable co-funding cycles to keep multi-year research teams intact and to de-risk private investment in demonstration assets.

Abu Dhabi’s role as host underscored the emirate’s ambition to serve as a convening hub for applied research and industrial partnerships. Delegates toured university laboratories and pilot facilities to evaluate readiness for scale-up, with particular attention to safety standards and integration with industrial sites. Discussions touched on regulatory alignment and standards development, areas seen as critical to shortening time-to-market for cross-border technologies.

Japanese participants emphasised the value of long-term academic partnerships in sustaining innovation during market cycles. They pointed to the need for rigorous techno-economic assessments to guide policy and investment decisions, and for transparent metrics to track emissions impacts across supply chains. UAE counterparts highlighted the opportunity to test solutions at scale and under demanding conditions, offering feedback loops that can refine designs before global deployment.

Beyond energy, the meeting explored collaboration in water-energy nexus research, climate-resilient infrastructure and systems engineering for smart cities. Presentations examined desalination efficiency, waste-to-value pathways and the integration of distributed resources, reflecting broader industrial interests in sustainability and circularity.

Quantum computing is emerging as a strategic lever for India’s ambition to secure a leading role in the global technology order, with Andhra Pradesh Chief Minister N. Chandrababu Naidu arguing that early investments and coordinated policy could reshape the country’s IT and industrial landscape. Speaking in Amaravati, Naidu said quantum technologies had the potential to redefine computing power, cybersecurity, materials science and drug discovery, placing India at a critical juncture as global competition accelerates.

Naidu’s remarks came as Andhra Pradesh positions itself as a focal point for quantum research and commercialisation through its Quantum Valley initiative, which aims to bring together academic institutions, global technology firms and startups on a single platform. The programme is designed to move beyond theoretical research and translate quantum science into deployable applications, an area where many countries are racing to gain first-mover advantage.

Quantum computing differs fundamentally from classical computing by using quantum bits, or qubits, that can exist in multiple states simultaneously. This allows certain calculations to be performed exponentially faster, opening pathways in optimisation problems, climate modelling, financial risk analysis and cryptography that are currently beyond reach. Governments in the United States, China and the European Union have committed billions of dollars to quantum research, viewing it as both an economic and national security priority.

Naidu said India’s strength lay in its deep pool of engineering talent and its established position in information technology services, but warned that relying solely on legacy software models would leave the country vulnerable as the technology cycle shifts. He argued that quantum computing, when combined with artificial intelligence and advanced semiconductors, could create a new technology stack in which India could compete at the highest level rather than remain a downstream adopter.

The Andhra Pradesh government has pitched Quantum Valley as a long-term ecosystem rather than a single project. Plans include dedicated research facilities, incentives for private investment, and partnerships with universities and multinational technology companies working on quantum hardware, algorithms and error correction. Officials involved in the programme say the aim is to create an environment similar to established innovation clusters, where research, talent and capital reinforce one another.

India’s broader policy environment has also begun to align with these ambitions. The national quantum mission, approved by the Union government, outlines funding for quantum computing, communications and sensing over the coming years, with a focus on building indigenous capabilities. Research groups at institutions such as the Indian Institute of Science and several Indian Institutes of Technology are already active in quantum algorithms and materials research, while startups are exploring niche applications in logistics, finance and healthcare.

Industry analysts note that quantum computing remains at an early stage globally, with practical, large-scale systems still years away. Current machines are limited by qubit stability and error rates, and most commercial use cases are experimental. However, the pace of progress has intensified, with steady advances in hardware architectures and hybrid models that combine classical and quantum computing. Countries that invest early in skills and research infrastructure are expected to gain disproportionate benefits once the technology matures.

Naidu acknowledged these challenges, stressing that quantum computing should be approached as a marathon rather than a sprint. He said sustained investment, patient capital and close collaboration between government, academia and industry would be essential to avoid fragmented efforts. He also emphasised the importance of education and workforce development, arguing that quantum science should be integrated into advanced engineering curricula to build a pipeline of specialised talent.

Larsen & Toubro is set to expand its data centre footprint to 32 megawatts by the end of March, commissioning 18 MW of new capacity as the engineering major sharpens its focus on digital infrastructure alongside emerging opportunities in green hydrogen and semiconductors.

The additional capacity will lift the group’s operational data centre load from the existing 14 MW, marking a decisive step in a segment that has become a core pillar of its technology-led growth strategy. The commissioning is scheduled to be completed before the close of the financial year, aligning with strong demand from cloud service providers, hyperscalers and large enterprises accelerating their migration to outsourced digital infrastructure.

Larsen & Toubro has steadily built its data centre business over the past few years, leveraging its engineering, procurement and construction capabilities to develop facilities that meet high standards for power efficiency, uptime and scalability. Executives have previously indicated that the group’s focus is on delivering carrier-neutral and hyperscale-ready campuses in key metros, where demand continues to outpace supply despite a wave of new announcements by domestic and global operators.

Industry estimates show that data consumption growth, artificial intelligence workloads and stricter data localisation norms are driving sustained investment in capacity across Asia. India remains one of the fastest-growing markets in this space, with several multinational cloud companies committing to expand their presence. Against this backdrop, L&T’s move to lift capacity by more than double underscores its intention to be a long-term player rather than a peripheral builder.

The data centre expansion is being pursued alongside the company’s ambitions in newer industrial segments. L&T has signalled that it is actively pursuing orders related to electrolysers, a critical component for producing green hydrogen, as governments and industrial groups accelerate decarbonisation plans. Electrolyser manufacturing and deployment are viewed as strategic areas where the company’s heavy engineering background can be translated into repeatable, export-oriented businesses.

Management has also reiterated interest in the semiconductor ecosystem, particularly in supplying equipment, engineering services and infrastructure for chip fabrication and assembly units. While L&T is not positioning itself as a chipmaker, it aims to capture value across the supply chain as multiple semiconductor projects move from proposal to execution stages. The company has indicated that it is evaluating opportunities linked to cleanroom construction, precision engineering and advanced manufacturing systems required by chip plants.

Analysts tracking the capital goods sector note that diversification into data centres and clean energy-linked manufacturing provides a hedge against cyclicality in traditional infrastructure spending. Order inflows from transport, hydrocarbons and power transmission remain important for L&T, but newer verticals are expected to deliver higher margins and longer visibility once scale is achieved.

The data centre business, in particular, benefits from predictable long-term contracts and rising demand for energy-efficient facilities. Power availability and cooling efficiency have become critical differentiators as operators seek to control operating costs and meet sustainability targets. L&T has highlighted its emphasis on optimised designs, modular construction and integration of renewable energy where feasible, in response to customer requirements.

From a financial perspective, the 18 MW commissioning is not expected to materially strain the balance sheet, given the group’s strong cash flows and diversified revenue base. The company has historically funded growth through a mix of internal accruals and selective partnerships, and similar structures are being explored for digital infrastructure projects to manage risk and accelerate execution.

Market participants also point to the broader ecosystem benefits of large data centre builds, including demand for electrical equipment, cooling systems, specialised construction and long-term maintenance services. This creates opportunities for L&T to cross-leverage capabilities across its subsidiaries and verticals, reinforcing the strategic rationale behind the expansion.

Changan is accelerating the advancement of sodium-ion battery technology as part of its global battery strategy. Tan Benhong, Chief Brand Officer of China Changan Automobile Group, noted that Changan will continue to roll out new sodium-ion battery–equipped vehicles across multiple brands in the near future.

“From extreme conditions to everyday driving — every pursuit of limits at Changan ultimately serves to protect each of our users’ everyday journeys.” stated Mr. Tan.

Under extreme low temperatures, sodium-ion battery systems demonstrated stable discharge capability, with validation extending beyond minus 40 degrees Celsius. To verify intrinsic safety, Changan and CATL conducted extreme abuse tests exceeding national standards, including compression, nail penetration, drilling, and full cutting under full charge, all without fire, explosion, smoke, or thermal runaway.

SDA Intelligence: Validation in Extreme Conditions

The launch also showcased SDA Intelligence, which moves beyond passive safety into proactive, AI-driven vehicle stabilization. During live extreme-cold testing in Yakeshi, vehicles from AVATR and Changan brands—including the CS Series, CHANGAN DEEPAL, and CHANGAN NEVO—were subjected to real-world scenarios under severe low-temperature conditions.

The AVATR 12 completed an ice-surface emergency lane-change following a tire blowout at 80 km/h. CHANGAN NEVO Q05 identified obstacles on low-friction ice during an Adaptive Cruise Control (ACC) challenge and achieved a controlled emergency halt. CHANGAN DEEPAL L06 demonstrated rapid posture adjustments during a high-speed circular drift challenge on snow.

User-facing safety at Changan is built on a validation-first approach supported by a robust verification system and globally advanced laboratory infrastructure, including the Western Automotive Proving Ground and the CHANGAN SDA Lab, enabling comprehensive, all-scenario validation across the full vehicle lifecycle.

Yakeshi is only the starting point. The 2026 Global Testing Season will include Southeast Asia for high-humidity durability and the European Alps for high-altitude chassis tuning. In Eurasia, Changan will conduct winter testing centered on confidence in ice and snow, with AVATR 12 as the test vehicle. In Latin America, Changan will carry out a Mexico cross-country drive from Cancun to Merida, focusing on long-distance reliability.

Hashtag: #Changan

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Set against the historic backdrop of the Sforza Castle and the commercial artery of Via Dante, AWI turns one of Milan’s most recognizable public spaces into a live demonstration of how digital technologies can intersect with culture, commerce and consumer engagement. Powered by Alibaba’s advanced technology stack, the showcase illustrates how artificial intelligence can enable immersive, interactive digital retail experiences that respond dynamically to individual preferences.

“Alibaba and the IOC share a simple belief together: technology should enable the Olympic Games to be more exciting, accessible, sustainable and connected,” said Joe Tsai, Chairman of Alibaba Group. “With the power of AI, we are moving from “Cloud Olympics” toward “Intelligent Olympics”, as AI helps us work better, make smarter decisions, and connect more meaningfully.”

“I’m delighted to be here at the Alibaba Group Showcase, celebrating nine years of our partnership which represents one of the most significant technological transformations in Olympic history. Building on innovations delivered at recent Games, Milano Cortina 2026 represents a major step forward in cloud-based, AI-enabled broadcasting and operations, setting a new benchmark for future editionsn. Together with Alibaba, we’re not only ensuring the Games remain efficient and sustainable, but also remain engaging through sports media technology to audiences, athletes and fans worldwide”, said Kirsty Coventry, President of the International Olympic Committee (IOC)”

A Personalized Journey Guided by AI

At the core of the installation is an AI-guided journey that brings virtual retail into a physical environment. Upon entry, visitors are invited to share simple preferences—such as their favorite Milano Cortina 2026 sport—with an AI agent, which uses these inputs to curate a personalized journey throughout the space. Visitors may also choose to have their photo taken to generate a real-time digital avatar, further tailoring the journey to the individual.

The AI agent then acts as a virtual stylist, interacting with visitors and offering tailored recommendations for clothing, fragrance, and makeup. As participants make selections, the experience evolves continuously, demonstrating how AI-enabled retail can move beyond static product catalogues towards adaptive, interactive experiences. Each journey culminates in a personalized AI-generated video in which the visitor’s avatar becomes the central character in a digital gala setting.

The experience is supported by Alibaba’s latest AI and cloud technologies, including its Qwen3 series of large language and vision models, Wan 2.2 image-to-video generation model, and Taobao Vision’s immersive shopping solution, and Alibaba Cloud’s global cloud infrastructure.

Architecture Inspired by Ice and Light

Spanning 40 meters, the installation consists of two architectural elements:

• The Snow Globe, a spherical pavilion that serves as an interactive space during the day and transforms into a projection surface for AI-generated visuals in the evening
• The Crystalized Skirt Building, a sculptural structure inspired by the crystalline geometry of frost and snowflakes, which houses the immersive AI-powered virtual retail experience.

Designed with sustainability in mind, the installation uses recyclable materials and leaves no permanent footprint on the historic plaza.

AWI will be open to the public from February 7–22, 2026, during the Olympic Winter Games, and March 6–15, 2026, during the Paralympic Winter Games.

Showcasing the First AI-Generated Olympic Fan Art Collection

The opening of AWI also marked the unveiling of the results of the Alibaba Cloud AIGC Championship @ Milano Cortina 2026, the first Olympic fan engagement initiative of its kind developed in partnership with the International Olympic Committee, the Olympic Museum and the Milano Cortina 2026 Organising Committee.

Using Alibaba’s Wan video generation models, fans from around the world created original video artworks inspired by four winter sports: figure skating, short track speed skating, alpine skiing, and snowboarding.

A curated selection of the top 100 works is now being displayed on the surface of the Snow Globe. This collection represents the first AI-generated artworks to be displayed by the Olympic Museum located in Lausanne, Switzerland. Ten creators will be awarded tickets to attend the Olympic Winter Games in person.

By combining Olympic inspiration with accessible AI technology, Alibaba Wonder on Ice invites fans worldwide to go beyond spectating, allowing them to step into the Games, express their “vibe,” and join the Olympic Movement in an entirely new way.

Hashtag: #Alibaba

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About Alibaba Group

Alibaba Group is a global technology company focused on e-commerce and cloud computing. We enable merchants, brands and retailers to market, sell and engage with consumers by providing digital and logistics infrastructure, efficiency tools and vast marketing reach. We empower enterprises with our leading cloud infrastructure, services and work collaboration capabilities to facilitate their digital transformation and grow their businesses.