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Thailand is moving quickly to reshape the digital map of Southeast Asia, with a surge in data centre construction and artificial intelligence investment shifting the country from a long-standing data transit role to a regional convergence point. New facilities clustered around Bangkok, Chonburi and the Eastern Economic Corridor are altering traffic flows, shortening latency across borders and drawing cloud, AI and content providers seeking scale outside established hubs.

The expansion reflects a change in how data moves across the region. Historically, much east-west traffic between South Asia, Greater China and the Pacific routed through Singapore before fanning out. With hyperscale campuses multiplying in Thailand, workloads are increasingly being processed and stored closer to end users, easing congestion and improving resilience. Network operators say the shift is visible in peering arrangements and cross-border fibre utilisation, with Bangkok emerging as a preferred interconnection point.

Policy has been a key driver. Authorities have offered investment incentives, fast-tracked permits and clarified power and land-use rules to attract large campuses. Grid upgrades and new renewable capacity have been prioritised to address the energy intensity of AI-ready facilities. The strategy aligns with a broader push to anchor higher-value digital services domestically, from cloud platforms and analytics to language models and industry-specific AI tools.

Global technology firms are responding. Cloud providers including Google, Microsoft and Amazon Web Services have expanded or announced investments to serve regional customers from Thai infrastructure, while chipmakers and systems integrators are working with local partners to deploy accelerated computing suited to AI training and inference. Industry executives cite Thailand’s central geography, improving power availability and maturing regulatory environment as decisive factors.

Domestic players are also scaling up. Telecom operators and property developers have formed joint ventures to build carrier-neutral sites, while energy companies are pairing data centres with solar and gas assets to stabilise supply. Universities and research institutes are increasing AI programmes to address talent gaps, with a focus on data engineering, cybersecurity and model governance. The goal is to ensure that infrastructure growth translates into local capability rather than pass-through capacity.

Competition across the region remains intense. Singapore retains strengths in finance, regulation and dense interconnection, but land and power constraints have pushed expansion elsewhere. Malaysia and Indonesia are adding capacity to serve fast-growing domestic markets, while Vietnam is drawing manufacturing-linked digital workloads. Against that backdrop, Thailand is positioning itself as a neutral aggregation point serving multiple neighbours within ASEAN, balancing scale with proximity.

Connectivity improvements underpin the shift. New submarine cable routes landing on both coasts, alongside terrestrial links to neighbouring countries, are diversifying paths and reducing dependence on a single choke point. Operators say this redundancy matters as enterprises distribute AI workloads across regions for cost, performance and regulatory reasons. Financial services, e-commerce and media firms are increasingly adopting multi-cloud strategies that favour locations offering reliable interconnection.

AI demand is shaping design choices. Facilities are being built with higher power densities, advanced cooling and space for accelerated hardware to support model training, while edge nodes closer to population centres handle inference and latency-sensitive tasks. This layered approach is changing how content delivery, language services and real-time analytics are deployed across Southeast Asia.

Boeing has appointed Omar Arekat as vice-president for the Middle East, Gulf and North Africa, a senior leadership move that places a long-serving regional executive at the helm of one of the company’s most strategically important markets. The appointment comes as aircraft demand across the region continues to be shaped by fleet expansion, widebody replacement cycles and sustained defence procurement.

Arekat, who will be based in Dubai, takes charge of Boeing’s commercial and defence engagement across a region where the aerospace group employs more than 700 people and supports over 30 commercial airline customers alongside 12 armed forces. His remit covers government relations, industrial partnerships, customer support and business strategy across markets ranging from the Gulf to North Africa.

The leadership change underscores Boeing’s intention to maintain continuity in a region that has long been central to its widebody sales, particularly for long-haul aircraft. Airlines in the Gulf operate some of the world’s largest fleets of twin-aisle jets, while carriers in North Africa are increasingly modernising fleets to support tourism recovery and regional connectivity. Defence ties, including fighter aircraft, rotorcraft, training systems and sustainment contracts, also form a significant pillar of Boeing’s regional presence.

Arekat is widely regarded within the industry as a seasoned regional hand. Before taking on the vice-presidential role, he held senior commercial positions within Boeing’s Middle East operations, working closely with airline leadership teams, civil aviation authorities and defence ministries. His career has been closely tied to the region’s aviation growth story, particularly the expansion of hub-based carriers and the emergence of maintenance, repair and overhaul ecosystems in the Gulf.

Boeing’s Middle East footprint extends beyond sales offices. The company has invested heavily in training, engineering and supply-chain partnerships, working with local firms on aerostructures, composites and advanced manufacturing. These initiatives are often framed as part of national industrial diversification strategies pursued by several Gulf states, where aerospace has been identified as a priority sector.

The appointment takes place against a complex commercial backdrop for Boeing globally. The manufacturer continues to navigate production stabilisation, regulatory scrutiny and supply-chain constraints, particularly in its narrowbody programmes. While these issues have been most visible in North America, their implications are closely watched by Middle East carriers, many of which have large order backlogs and tightly planned delivery schedules.

Industry analysts note that leadership continuity and strong regional relationships are especially important for Boeing in this market. Gulf airlines tend to place large, long-term orders, often timed around major fleet renewals or network expansion phases. Any disruption to deliveries can have cascading effects on capacity planning, route launches and leasing strategies, making senior-level engagement critical.

Defence remains another key dimension of Boeing’s regional strategy. Several armed forces across the Middle East and North Africa operate Boeing platforms, including fighter aircraft, transport planes, helicopters and surveillance systems. The company’s regional leadership is typically involved in government-to-government frameworks, offset arrangements and long-term sustainment planning, areas that require deep familiarity with local regulatory and security environments.

Arekat’s appointment also reflects a broader trend among global aerospace firms to elevate executives with strong regional expertise rather than rotating leadership from headquarters. This approach is seen as a way to navigate increasingly complex geopolitical, regulatory and industrial landscapes, particularly in regions where aviation policy, defence procurement and industrial strategy are closely intertwined.

Boeing has indicated that the Middle East and North Africa will remain a growth priority over the coming decade, driven by air traffic growth above the global average and continued investment in defence modernisation. The company’s market outlooks have consistently pointed to strong demand for both single-aisle aircraft, supporting intra-regional travel, and widebodies for long-haul connectivity linking the region to Asia, Europe and the Americas.

By Nantoo Banerjee US President Donald Trump may have problems with Russia, Venezuela and a host of other states and has every right to decide on the US trade and diplomatic policies to deal with those countries. But he has no right to thrust upon other free nations his likes, dislikes and prejudices. Unfortunately, he […]

The article Trump Has Become A Threat To Free Trade appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

Google has committed USD 8 million to support a network of artificial intelligence Centres of Excellence in India, signalling a deeper push into applied AI for public services, health care and local-language technologies while tying the investment to a parallel clean-energy partnership aimed at powering digital infrastructure sustainably.

The funding, announced by Google, is designed to accelerate research, product development and deployment across priority areas that include healthcare delivery, Indic language models and urban governance tools. The company said the centres will work with academic institutions, startups and public-sector bodies to translate laboratory advances into systems that can be deployed at scale, reflecting a broader shift among global technology firms towards mission-oriented AI programmes.

The allocation targets three primary domains. In healthcare, the centres are expected to focus on AI-assisted diagnostics, disease surveillance and workflow automation to reduce administrative burdens on clinicians. Google has previously tested AI models for medical imaging and population health analytics, and the new funding is intended to localise such tools for regional health systems, with attention to data privacy and clinical validation. Researchers involved in early-stage planning say the emphasis will be on interoperable platforms rather than standalone pilots, a response to criticism that many AI health projects fail to move beyond proof of concept.

Language technology forms the second pillar of the initiative. India’s linguistic diversity has long posed challenges for digital inclusion, and the centres are tasked with advancing large language models and speech systems that perform reliably across Indic languages and dialects. Google has already released open datasets and models for low-resource languages; the new programme seeks to improve accuracy, reduce bias and expand access for education, e-governance and small businesses. Industry observers note that competition in multilingual AI has intensified as regional startups and global rivals race to build models that can handle code-switching and local context.

Urban governance rounds out the focus areas, with planned projects covering traffic management, air-quality monitoring and municipal service delivery. Smart-city programmes have generated mixed results over the past decade, often constrained by fragmented data and procurement hurdles. By situating research within Centres of Excellence, Google aims to create replicable frameworks that cities can adapt, rather than bespoke systems tied to individual vendors.

Beyond the AI investment, Google has paired the announcement with a new solar partnership intended to support the energy needs of data centres and AI workloads. The company has pledged to match growth in computing capacity with clean-energy procurement, aligning with its global goal to operate on carbon-free energy around the clock. Analysts say the coupling of AI funding with renewable energy reflects mounting scrutiny of the environmental costs of large-scale computing, particularly as generative AI drives higher power demand.

The USD 8 million commitment is modest compared with Google’s global AI spend, yet its targeted design has drawn attention from policymakers and researchers. Government officials involved in discussions around the Centres of Excellence say the model allows for shared governance, with academic rigour balanced against industry deployment expertise. The approach also aligns with national ambitions to position the country as a hub for responsible AI development, emphasising safety, transparency and societal benefit.

Competition among technology firms has sharpened as Microsoft, Amazon and others expand partnerships with universities and public agencies across the Global South. In this context, Google’s move is seen as both a strategic investment and a reputational play, aimed at demonstrating that advanced AI can address public-interest challenges rather than solely commercial applications. Startups working in health tech and language processing expect spillover benefits through access to datasets, compute resources and mentorship.

Unitree Robotics’ G1 humanoid robots have stepped into the spotlight of China’s live entertainment scene, performing as synchronised backup dancers during a Wang Leehom concert that drew about 18,000 people, marking a striking crossover between advanced robotics and mainstream pop culture.

The performance unfolded as the pop star launched into a high-energy segment of his show, with several G1 units emerging alongside human dancers. The robots executed coordinated flips, spins and arm movements in time with the music, mirroring choreography designed for human performers. Large screens magnified the spectacle, prompting audible reactions from the crowd as the machines kept pace under concert lighting and sound conditions.

The appearance was not framed as a technical demonstration but as a fully integrated part of the show, underscoring how humanoid robots are moving beyond laboratories and industrial floors into public-facing roles. For Unitree, a Hangzhou-based robotics firm known for its quadruped robots and growing humanoid portfolio, the concert offered a high-visibility platform to display balance control, motion planning and real-time coordination in an unpredictable environment.

Wang Leehom, a globally recognised figure in Mandarin pop with a career spanning more than two decades, has long embraced technology-driven stagecraft. His decision to feature humanoid robots aligns with a broader trend in China’s entertainment industry, where concerts increasingly rely on immersive visuals, augmented reality and sophisticated stage automation to differentiate live experiences.

The G1 robots, which stand roughly human height and are designed for agility and interaction, performed without visible safety tethers, suggesting confidence in their stability systems. Industry observers noted that executing flips and rapid directional changes in close proximity to human dancers requires precise sensing and control to avoid collisions, highlighting advances in perception and actuation.

Beyond the spectacle, the performance has reignited debate over the role of automation in creative industries. Some performers and choreographers have voiced concern that robots could displace human dancers in certain settings, particularly for repetitive or physically demanding routines. Others argue that such technology will function as a complement rather than a replacement, opening new creative possibilities and reducing costs for large-scale productions.

Producers familiar with concert logistics point out that hiring and training large dance troupes can be expensive, especially for tours spanning multiple cities. Robots, once acquired, can be programmed for consistent performances and reused across shows, potentially lowering long-term costs. At the same time, upfront investment, maintenance, transport and technical support remain significant considerations.

China’s push into humanoid robotics provides important context for the performance. The sector has been identified as a strategic growth area, with companies racing to develop machines capable of operating in human environments. Demonstrations in factories, warehouses and research centres have been joined by public showcases designed to familiarise audiences with humanoid forms and capabilities.

Academic researchers note that public acceptance is a critical factor in the deployment of service robots, particularly those designed to interact closely with people. High-profile cultural events can soften perceptions and shift robots from abstract technological concepts to tangible participants in everyday life.

Social media reaction to the concert was swift, with clips of the robots’ dance routines circulating widely on Chinese platforms. Commentators praised the novelty and technical polish, while others questioned whether audiences were witnessing a glimpse of entertainment’s future or a carefully staged publicity exercise. The buzz itself has amplified Unitree’s brand visibility at a time when competition among domestic robotics firms is intensifying.

IBM has set out an ambitious plan to equip five million people across India with skills in artificial intelligence, cybersecurity and quantum computing by 2030, deepening its long-running SkillsBuild programme and expanding partnerships with governments, universities and employers to address widening technology talent gaps.

The initiative, led by IBM, centres on scaling IBM SkillsBuild, a free digital learning platform that blends online courses, project-based learning and industry-recognised credentials. The company said the expansion will prioritise job-ready capabilities aligned with fast-evolving enterprise demand, including generative AI applications, cloud security and the foundations of quantum information science.

IBM executives framed the move as a response to structural shifts in the labour market, where automation and AI adoption are reshaping roles faster than traditional education systems can adapt. India’s large and youthful workforce, combined with rapid digitalisation across banking, healthcare, manufacturing and public services, has made skills development a policy and business imperative. Government estimates show millions of new digital roles emerging this decade even as legacy jobs are redefined.

The company plans to deepen curriculum integration with higher education institutions, vocational colleges and secondary schools, embedding SkillsBuild content into coursework while expanding teacher training so faculty can deliver updated material. IBM also intends to widen collaborations with state governments and industry bodies to tailor programmes for local employment needs, particularly in tier-two and tier-three cities where access to advanced training has lagged.

SkillsBuild offers modular pathways that range from introductory digital literacy to advanced certifications, with content developed by IBM practitioners and academic partners. Learners can earn digital badges in areas such as data analysis, AI ethics, cybersecurity fundamentals and cloud computing, alongside exposure to quantum concepts through simulations and guided labs. IBM said it will add more experiential components, including hackathons, internships and employer-linked projects, to strengthen transitions from learning to work.

Cybersecurity has been highlighted as a priority track, reflecting persistent shortages of security professionals and rising risks to critical infrastructure and enterprises. Courses will cover threat analysis, incident response and secure system design, with an emphasis on practical skills that align with global frameworks. In AI, the focus extends beyond coding to include responsible deployment, model governance and sector-specific use cases, areas that employers increasingly cite as gaps among graduates.

Quantum computing, still an emerging field, forms the third pillar of the programme. IBM operates one of the world’s largest fleets of quantum systems accessible via the cloud, and the curriculum introduces learners to quantum mechanics, algorithms and programming tools. While near-term job creation in quantum remains limited, IBM argues that early exposure will build a pipeline of talent capable of supporting research, hardware development and future commercial applications.

The scale of the target reflects IBM’s broader workforce strategy, which has shifted towards skills-based hiring and continuous learning. The company has previously said that formal degrees are no longer the sole proxy for capability, particularly in fast-moving technology domains. By expanding free access to training and credentials, IBM aims to widen participation among women, underrepresented communities and learners from non-traditional backgrounds.

Industry analysts view the plan as part of a competitive race among global technology firms to cultivate ecosystems of skilled users and developers. Cloud providers, software companies and chipmakers have all launched large-scale training commitments, seeking both social impact and long-term commercial benefits as trained professionals tend to adopt familiar platforms. For India, such programmes complement national efforts to boost digital skills and attract high-value investment, though experts caution that quality, relevance and job linkage will determine outcomes.

Netskope has unveiled a new data centre in Malaysia, sharpening its expansion across Southeast Asia as governments and enterprises tighten rules on data residency and demand greater control over cloud security. The move places the US-based cybersecurity firm closer to customers in regulated industries that are accelerating cloud adoption while seeking assurances on where sensitive information is processed and stored.

The Malaysia facility, located to serve customers across the country and neighbouring markets, extends Netskope’s NewEdge network, the company’s global security infrastructure that underpins its secure access service edge offerings. By processing traffic locally, the firm says it can reduce latency, improve performance for cloud applications, and help organisations meet domestic compliance obligations without fragmenting their security architecture.

This expansion reflects a broader shift in Southeast Asia, where data protection regimes have become more explicit and enforcement has intensified. Malaysia’s Personal Data Protection Act, alongside sector-specific requirements for finance, healthcare and telecommunications, has pushed multinational firms to re-evaluate cross-border data flows. Similar pressures are evident in Singapore, Indonesia and Thailand, creating demand for security platforms that combine global reach with local presence.

Netskope’s regional strategy has focused on building infrastructure rather than relying solely on partner facilities. The Malaysia data centre complements existing points of presence across Asia Pacific and is designed to support services such as cloud access security brokerage, secure web gateways and zero trust network access. Company executives have said that proximity is increasingly critical as enterprises migrate mission-critical workloads to software-as-a-service platforms and public clouds.

Industry analysts note that the competitive landscape in cloud security has intensified as vendors race to offer compliant, low-latency services. Global rivals including Zscaler, Palo Alto Networks and Cisco have all invested in regional infrastructure to address sovereignty concerns. What differentiates players, analysts argue, is the ability to deliver consistent policy enforcement across geographies while adapting to local legal frameworks.

Malaysia has emerged as an attractive hub for such investments due to its growing digital economy, improving connectivity and government incentives aimed at data centre development. The country has positioned itself as a neutral base for regional operations, with policymakers encouraging foreign technology firms to establish infrastructure that supports domestic innovation and cross-border trade.

For enterprises, the presence of a local Netskope facility may ease long-standing concerns about routing traffic through distant jurisdictions. Financial institutions, in particular, have faced scrutiny over outsourcing arrangements and third-party risk management. Local processing can simplify audits and reporting while maintaining alignment with global security standards.

The expansion also speaks to changing threat dynamics. Cyber risk in Southeast Asia has risen alongside digitalisation, with ransomware, phishing and cloud misconfigurations posing persistent challenges. Security teams are under pressure to gain visibility across hybrid environments that span on-premise systems, multiple cloud providers and a distributed workforce. Vendors that can aggregate telemetry and enforce zero-trust principles close to the user are gaining traction.

Netskope has invested heavily in research and development to support this approach, including machine learning models that analyse cloud usage patterns and detect anomalous behaviour. The Malaysia data centre will feed into these capabilities, enabling faster inspection and response times for regional customers.

Beyond compliance and security, performance considerations are becoming a board-level issue. Latency can directly affect user productivity and customer experience, particularly for real-time collaboration tools and data-intensive applications. By shortening network paths, local infrastructure can deliver measurable gains, strengthening the business case for in-country deployments.

The move is expected to bolster Netskope’s channel ecosystem in Southeast Asia, where managed security service providers and systems integrators play a central role in enterprise adoption. Local infrastructure allows partners to offer services tailored to national requirements while leveraging a globally recognised platform.

Ras Al Khaimah has faced one of the most intense rainfall episodes in its recorded history, with official gauges measuring up to 127 millimetres across two days as a powerful storm system swept the northern emirates. The deluge exceeded the emirate’s typical annual average, overwhelming drainage networks and triggering flash flooding in low-lying and mountainous areas.

Authorities said the heaviest downpours were concentrated around Mina Saqr, Jebel Al Rahibah and the upper reaches of Jebel Jais, where steep terrain funnelled runoff into wadis and access roads. Several residential districts reported water entering homes and ground floors, while industrial zones near the coast saw yards and warehouses inundated. Emergency crews were deployed through the night to clear debris, pump water and assist stranded motorists.

Meteorological data show that the system delivered short bursts of exceptionally intense rainfall, a pattern that hydrologists say increases flood risk even where total volumes might otherwise be manageable. In the mountains, rainfall totals were uneven but locally extreme, with gauges registering more than a year’s worth of rain over 48 hours. The combination of saturated ground and rapid runoff led to temporary road closures and landslides on feeder routes to higher elevations.

Officials from civil defence and municipal services said no fatalities had been reported, though injuries were treated at local hospitals and several families were temporarily relocated as a precaution. Schools in affected zones shifted to remote learning for a day while assessments were carried out. Power and water supplies were largely maintained, though brief outages were recorded in pockets where substations were flooded.

The storm formed as moist air from the Arabian Sea collided with a slow-moving upper-level trough, creating prolonged convective activity over the UAE’s north. Weather specialists noted that while heavy rain events are not unprecedented, the persistence and concentration over Ras Al Khaimah set this episode apart. Satellite imagery showed successive storm cells tracking along the same corridor, repeatedly dumping rain over the same catchments.

Urban planners and climate scientists say the episode underlines growing exposure to extreme weather in arid regions. Studies of the Gulf’s climate indicate a tendency towards more erratic rainfall, with longer dry spells punctuated by intense storms. Such shifts challenge infrastructure designed around historical averages, particularly drainage systems sized for shorter, lighter showers.

Ras Al Khaimah’s leadership said post-storm reviews would examine drainage capacity, early-warning protocols and land-use planning in flood-prone areas. Investment in wadis management and retention basins has increased in recent years, but officials acknowledged that rapid development and changing rainfall patterns require constant reassessment. Work crews were already clearing silt from channels and inspecting culverts to restore full flow capacity.

Residents described scenes of fast-moving water sweeping through streets and wadis within minutes of the heaviest rain. In mountain communities, drivers abandoned vehicles as torrents crossed roads, while hikers on Jebel Jais were escorted to safety by rescue teams once conditions allowed. Authorities reiterated advisories against entering wadis during storms, warning that flows can rise without notice far downstream from where rain is falling.

Insurance providers said claims assessments were under way, with early indications pointing to damage to vehicles, ground-floor properties and small businesses. Analysts noted that insurance penetration for flood damage remains uneven, leaving some households reliant on emergency assistance and community support. Local charities and volunteer groups organised relief supplies, including pumps and cleaning equipment, to help affected families return to their homes.

The episode has also prompted renewed discussion about data sharing and public communication. Meteorologists said advances in radar and nowcasting allow for more precise warnings, but effective response depends on rapid dissemination and public trust. Authorities credited social media alerts and mobile notifications with reducing exposure, though they acknowledged that compliance varies, particularly among motorists accustomed to short-lived showers.