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The 19th Beijing International Automotive Exhibition, held from April 24 to May 3, brought together nearly 1,000 companies from 26 countries and regions across two venues for the first time. Its 380,000 square metres of exhibition space, spread across 17 halls at the China International Exhibition Center in Shunyi and the Capital International Convention and Exhibition Center, made it the largest edition in the event’s history.

Organisers recorded 1.28 million visitors, including about 65,000 overseas attendees, underlining the show’s growing appeal beyond China’s domestic market. A total of 1,451 vehicles were displayed, including 181 world premieres and 71 concept cars, placing the event among the most active global platforms for new model launches.

The numbers told only part of the story. Auto China 2026 was dominated by a clear shift from conventional vehicle launches to software-defined mobility, artificial intelligence, battery breakthroughs and advanced driver assistance. Carmakers used the show not merely to present new models, but to demonstrate how quickly vehicles are becoming technology platforms.

China’s home-grown manufacturers were at the centre of the exhibition’s momentum. BYD, XPeng, Nio, Geely, Chery, Dongfeng and Huawei-linked brands showcased vehicles and systems aimed at defending their lead in the world’s largest car market while accelerating overseas expansion. Their focus was sharply aligned with consumer demand for longer range, faster charging, smarter cabins and more automated driving functions.

BYD highlighted fast-charging and low-temperature battery performance, including technology designed to charge under conditions as cold as minus 30 degrees Celsius. CATL drew attention with new battery systems promising ultra-fast charging and longer driving ranges, including a version of its Shenxing battery that can charge from 10 per cent to 98 per cent in about six and a half minutes. These advances added further pressure on global rivals still working to close gaps in battery cost, charging speed and supply-chain depth.

Huawei’s presence illustrated the growing power of technology suppliers inside the automotive ecosystem. Its intelligent driving systems, HarmonyOS cockpit technology and vehicle partnerships featured prominently across several brands. The company’s Qiankun advanced driving system was presented as part of a broader push into AI-assisted mobility, with claims of stronger collision avoidance and more natural in-car interaction.

XPeng used the event to promote intelligent driving features that can detect when a driver is unable to control the vehicle, pull over automatically and alert emergency services. Nio displayed its three brands, Nio, Onvo and Firefly, together at the same booth, signalling a wider product strategy covering premium, family and mass-market electric segments.

Foreign automakers also used Beijing to reset their China strategies. Volkswagen introduced China-focused electric models and AI-driven cockpit features developed with local partners, including XPeng and Horizon Robotics. BMW, Mercedes-Benz and Toyota presented products tailored to a market where customers increasingly expect high-end digital functions even in mid-priced vehicles.

The competitive pressure remains intense. China’s passenger car sales fell sharply in the first quarter from a year earlier, reflecting weaker subsidy support, cautious consumers and price competition across the sector. Exports, however, continued to expand strongly as China-made vehicles gained ground in Europe, Southeast Asia, Latin America and other growth markets.

That divergence shaped much of the discussion around the exhibition. Domestic demand is tougher, margins are thinner and consolidation risks are rising, yet China’s automakers and suppliers are moving faster on product cycles than many overseas competitors. More than 80 new models were launched in China in March alone, a pace that underscores the speed of iteration in the market.

Auto China 2026 also showed that global expansion is entering a new phase. Chinese manufacturers are no longer relying only on exports. Several are building or planning overseas production bases to reduce tariff exposure, ease regulatory concerns and strengthen local market access. Hungary, Turkey, Southeast Asia and Latin America have emerged as important destinations for investment.

Tamil Nadu’s vote count pointed to a dramatic political rupture on Monday, with actor Vijay’s Tamilaga Vettri Kazhagam emerging as the strongest challenger to the ruling DMK and threatening to redraw the balance of power in one of the country’s most important industrial states.

Trends through the afternoon showed TVK ahead in more than 100 seats in the 234-member Assembly, close to the 118-seat majority mark. The AIADMK alliance was holding second place in several tallies, while the DMK, led by Chief Minister M K Stalin, slipped sharply from its dominant position. The count remained fluid, with leads shifting by constituency and round, but the scale of TVK’s performance confirmed that Vijay’s first full electoral test had moved beyond symbolism.

The most striking signal came from Kolathur, Stalin’s long-held constituency in Chennai, where TVK candidate V S Babu established a lead during counting. Udhayanidhi Stalin also faced pressure in Chepauk-Thiruvallikeni, intensifying the perception of an anti-incumbency wave cutting through the DMK’s urban and welfare-heavy support base. Vijay himself was leading in both seats he contested, strengthening expectations that he could become central to government formation if TVK sustains its advantage.

TVK’s surge is particularly significant because Tamil Nadu has for decades been shaped by two Dravidian blocs, with the DMK and AIADMK alternating in power. Vijay entered politics with a campaign built around corruption allegations, youth unemployment, social justice language and a promise to offer an alternative to entrenched party networks. His appeal among young voters, first-time voters and urban families appears to have translated into a statewide challenge rather than a personality-driven protest vote.

The outcome carries implications well beyond party politics. Tamil Nadu is a manufacturing and export powerhouse, with deep clusters in automobiles, electronics, textiles, leather, engineering, logistics and renewable energy. Chennai and its surrounding industrial belt host major auto and component manufacturers, while Hosur, Sriperumbudur, Coimbatore, Tiruppur and Ranipet have become key nodes in supply chains tied to smartphones, electric vehicles, garments and precision manufacturing.

Investors will be watching whether a possible TVK-led government preserves policy continuity. The state has benefited from a predictable administrative culture, skilled labour, ports, highways, renewable energy capacity and sector-specific industrial policies. Major projects involving Tata Electronics, Foxconn-linked supply chains, Hyundai, Renault Nissan, Ola Electric, VinFast, Tata Motors’ Jaguar Land Rover facility and a wide network of small suppliers rely on stable land, power, logistics and labour arrangements.

Vijay’s party has promised cleaner governance and a people-focused administration, but it is yet to demonstrate how it would manage fiscal pressures, industrial incentives, welfare spending and Centre-state relations. Tamil Nadu’s welfare model is expensive, and any new government would inherit commitments on subsidies, social schemes, infrastructure projects and public-sector obligations. A sharp shift in policy could unsettle investors, while a calibrated transition could allow TVK to combine political change with economic stability.

For the DMK, the trends represent a severe test of its governance record. Stalin’s administration has promoted Tamil Nadu as a trillion-dollar economy contender, pushed investment summits, expanded electronics manufacturing and defended its welfare programmes. Yet voter fatigue, price pressures, local grievances, perceptions of dynastic control and the attraction of Vijay’s outsider image appear to have weakened the ruling party’s hold.

The AIADMK, despite remaining competitive in parts of western and southern Tamil Nadu, also faces a strategic challenge. TVK’s ability to draw votes across urban, semi-urban and rural seats threatens to disrupt the opposition space that the AIADMK had hoped to consolidate. If no party crosses the majority mark, negotiations with smaller parties and alliance partners could determine the next government.

The order, issued by the Ministry of Commerce on 2 May, marks China’s first known use of a formal blocking mechanism against US sanctions on domestic companies. It targets measures against Hengli Petrochemical Refinery Co, Shandong Shouguang Luqing Petrochemical Co, Shandong Jincheng Petrochemical Group Co, Hebei Xinhai Chemical Group Co and Shandong Shengxing Chemical Co. The firms had been placed under US restrictions linked to alleged purchases or processing of Iranian crude, including asset freezes and transaction bans.

The move places banks, insurers, commodity traders and shipping intermediaries in a difficult position. Compliance with Washington’s restrictions may now expose them to legal risk in China, while compliance with Beijing’s order may expose them to penalties under the US sanctions regime. For large Chinese banks with international operations, the dilemma is particularly acute because access to dollar clearing, correspondent banking and global capital markets remains central to their business.

China has long rejected unilateral US sanctions as illegitimate, especially when they apply beyond American territory. Until now, however, Beijing had often allowed major financial institutions and state-linked enterprises to quietly reduce exposure to sanctioned entities to avoid jeopardising access to the US financial system. The latest order changes that balance by instructing domestic parties not to recognise, enforce or comply with the penalties.

The legal basis lies in China’s blocking rules against what Beijing describes as unjustified extraterritorial application of foreign laws. Those rules, introduced in 2021 and strengthened by additional countermeasure regulations, allow authorities to prohibit compliance with foreign restrictions that impair normal business with third countries. The 2 May order says the US measures against the refiners improperly restrict lawful trade and harm the rights of Chinese entities.

The immediate trigger is Washington’s renewed pressure on Iranian oil revenues. Hengli’s Dalian refinery, with capacity of about 400,000 barrels per day, is among the most prominent privately owned refining assets to be targeted. US authorities have accused it of buying large volumes of Iranian crude. Hengli’s parent has denied trading with Iran and said operations remain normal.

Other sanctioned firms are part of China’s independent refining sector, often described as “teapot” refiners, clustered mainly in Shandong and surrounding provinces. These companies have become central to China’s discounted crude imports, including oil from Iran and Russia, as state refiners have generally been more cautious in handling cargoes exposed to sanctions risk.

The financial implications extend beyond the refiners themselves. Banks processing payments, lenders providing working capital, insurers covering cargoes, shipowners transporting crude and brokers arranging trades could all face competing legal obligations. International banks are likely to adopt a more conservative stance, while smaller domestic institutions may come under pressure to maintain services to companies protected by Beijing’s order.

Hengli has already moved to limit operational disruption. Its Singapore trading unit was restructured after the US designation, with a majority stake transferred to a company linked to a local government entity in Dalian. The shift has not fully reassured counterparties, as brokers and financial institutions remain wary of dealing with entities connected to sanctioned operations.

The confrontation comes as energy markets are adjusting to tighter enforcement against Iranian crude flows. China remains Iran’s largest oil customer, with independent refiners attracted by discounted barrels at a time when domestic margins are under pressure. Traders have reported that cargoes are often routed through complex shipping arrangements, with documentation obscuring origin and payments settled through non-dollar channels.

For Beijing, the order is also a political signal. It asserts that China will not automatically absorb the costs of US secondary sanctions when strategic commodities, energy security and private industrial champions are involved. It also offers reassurance to domestic firms that the government is prepared to use legal instruments rather than limit itself to diplomatic protest.

For Washington, the step complicates enforcement. Sanctions work most effectively when banks and intermediaries avoid designated firms without needing direct prosecution. If China compels non-compliance at home, US authorities may have to decide whether to escalate against financial institutions that continue servicing the refiners, a move that could widen the dispute from energy trade into the banking system.

The Union Minister for Electronics and Information Technology, Railways and Information and Broadcasting made the remarks at the ground-breaking ceremony of the Google Cloud India AI Hub in Visakhapatnam, a project carrying an estimated investment of $15 billion. The facility, planned with Adani ConneX and Airtel Nxtra, will include a 1GW hyperscale AI data centre, with about 600 acres allocated across Turluvada, Rambilli and Adavivaram in Andhra Pradesh.

Vaishnaw’s comments reflect a broader policy effort to shift India’s role from assembly-led electronics manufacturing to deeper participation in global technology supply chains. The government is seeking to build domestic capability across finished devices, modules, sub-modules, components, raw materials, tools and manufacturing machinery, a progression seen as essential for reducing import dependence and gaining a larger share of global production.

Mobile phones remain the strongest evidence of that transition. Electronics production has risen from about ₹1.9 lakh crore in 2014-15 to about ₹11.3 lakh crore in 2024-25, while electronics exports climbed from about ₹38,000 crore to about ₹3.3 lakh crore over the same period. Mobile phone production expanded from about ₹18,000 crore to roughly ₹5.5 lakh crore, and mobile phone exports rose from about ₹1,500 crore to nearly ₹2 lakh crore, making the category one of the country’s most visible export successes.

Smartphones have become a leading export product, with Apple, Samsung, Tata Electronics, Foxconn, Dixon Technologies and other manufacturers playing prominent roles in the production ecosystem. The shift has been supported by the Production Linked Incentive scheme for large-scale electronics manufacturing, which helped attract global brands and contract manufacturers to expand capacity. The sector’s next phase, however, will depend less on assembly incentives and more on the availability of components, precision engineering, skilled labour, predictable taxation and faster logistics.

The Google Cloud project adds a digital infrastructure dimension to this manufacturing agenda. Vaishnaw urged global technology companies, including Google, to consider manufacturing servers, GPUs and chips in the country, arguing that the domestic data centre boom could create demand for high-value electronics and advanced computing hardware. Visakhapatnam is being positioned as an artificial intelligence hub, with subsea cable links expected to improve global connectivity through routes connecting Australia, the Middle East, Europe, Africa and the United States.

Semiconductors are the most strategic part of the plan. The India Semiconductor Mission has already helped draw investment into assembly, testing, marking and packaging facilities, chip design centres and fabrication proposals. Approved projects across several states include packaging units, display driver chip capacity and compound semiconductor facilities. The sector remains capital-intensive and technologically demanding, and India is entering a field dominated by Taiwan, South Korea, the United States, Japan, the Netherlands and China. Timelines, execution quality and ecosystem depth will determine whether the country can move beyond packaging and design services into higher-value production.

The government’s target of building a $500 billion domestic electronics ecosystem by 2030-31 is ambitious. It requires not only export-led growth but also a domestic supplier base for printed circuit boards, camera modules, batteries, displays, sensors, connectors, power electronics and semiconductor materials. Without local component depth, headline export gains can mask high import content, limiting value addition and leaving manufacturers exposed to currency swings and global supply disruptions.

Industry executives have generally welcomed the policy focus but continue to point to operational challenges. High logistics costs, customs procedures, dependence on imported inputs, limited component clusters, power quality, land acquisition delays and uneven state-level implementation remain constraints. Global companies also compare India with Vietnam, Mexico, Malaysia and Thailand when allocating production, making policy certainty and execution speed critical.

Labour availability is one of India’s advantages. Electronics manufacturing has generated large-scale employment, including substantial hiring of young women in assembly lines and component facilities. This has helped states such as Tamil Nadu, Karnataka, Uttar Pradesh, Andhra Pradesh and Gujarat compete for investment. Yet sustained growth will require improvements in industrial training, factory housing, transport, safety standards and career progression, particularly as production moves from assembly to precision manufacturing.

Geopolitics has created an opening. Companies are diversifying supply chains because of trade tensions, tariff risks, pandemic-era disruptions and concerns over concentration in China. India’s democratic institutions, large market, engineering talent and improving infrastructure make it a credible candidate for “China plus one” strategies. The challenge is to convert interest into anchored manufacturing networks that include suppliers, tooling companies, testing labs, logistics providers and research partnerships.

Asian equities advanced sharply on Monday as artificial intelligence-linked chipmakers in South Korea and Taiwan drove regional benchmarks back towards record territory, erasing the losses triggered by the Iran war and restoring investor appetite for technology-heavy markets.

The MSCI Asia Pacific Index rose as much as 2.3 per cent on May 4, its strongest intraday gain since April 8, while the MSCI Asia Pacific excluding Japan Index climbed as much as 2.9 per cent. Benchmarks in South Korea and Taiwan, both heavily exposed to the semiconductor supply chain, gained more than 4 per cent each as investors moved back into companies seen as central to the global AI build-out.

The rally was led by the region’s dominant AI hardware suppliers, including Taiwan Semiconductor Manufacturing Co, Samsung Electronics and SK Hynix. These companies sit at crucial points of the AI infrastructure chain, from advanced foundry production to high-bandwidth memory chips used in data centres and graphics processors. Strong earnings from US technology groups have reinforced expectations that capital spending on AI servers, accelerators and cloud infrastructure will remain elevated through 2026.

TSMC has become the clearest symbol of that shift. The world’s largest contract chipmaker posted a 58 per cent jump in first-quarter net profit to a record level, supported by demand for AI processors, and guided second-quarter revenue to $39 billion to $40.2 billion. Its first-quarter revenue rose 35 per cent from a year earlier to about $35.7 billion, underlining the scale of orders tied to advanced computing.

Samsung’s semiconductor division also delivered a major earnings rebound, reporting 53.7 trillion won in operating profit for the first quarter on 81.7 trillion won in revenue. The group said memory sales were lifted by AI-related demand and tight supply, even as its mobile and display businesses faced margin pressure from higher component costs.

SK Hynix has benefited from its strong position in high-bandwidth memory, a category that has become central to AI accelerator performance. Demand from data centre operators and chip designers has pushed memory makers into long-term supply arrangements, with shortages expected to extend into 2027 as customers reserve capacity years ahead.

Taiwan’s broader market has also gained from the AI trade. The island’s economy expanded 13.69 per cent in the first quarter, its fastest annual pace in nearly four decades, supported by a surge in exports tied to AI hardware. Taiwan has overtaken Canada to become the world’s sixth-largest stock market by value, helped by TSMC’s rise and investor demand for companies embedded in advanced chip manufacturing.

Investor confidence has been strengthened by Nvidia’s expanding Asian supply chain. Its partners now span foundries, memory suppliers, electronics assemblers and companies linked to robotics and so-called physical AI. The shift has widened the rally beyond a handful of chip names, lifting component makers and specialist suppliers that provide substrates, packaging, power management and memory-related technologies.

The rebound also reflects a broader reassessment of geopolitical risk. The Iran war initially prompted investors to cut exposure to export-oriented and energy-importing markets, particularly those vulnerable to shipping disruptions and higher fuel costs. Yet the scale of AI-related earnings growth has helped offset those concerns, with funds favouring economies that are directly tied to semiconductor demand and less dependent on domestic consumption.

South Korea’s Kospi has been one of the year’s standout performers, supported by Samsung, SK Hynix and other technology exporters. Taiwan’s Taiex has also outperformed as investors price in continued demand for advanced nodes, AI servers and high-performance computing. The concentration of gains, however, has increased concerns that regional indices are becoming more dependent on a narrow set of semiconductor companies.

Valuations remain a key risk. Share prices in several AI-linked companies have risen faster than earnings forecasts, leaving markets exposed to any slowdown in capital expenditure by US cloud providers or delays in chip production. Memory supply shortages may support pricing in the near term, but they could also raise costs for downstream electronics makers and intensify competition among suppliers expanding capacity.

Currency movements have added another layer to the market response. A weaker won has supported earnings translation for South Korean exporters, while Taiwan’s market has drawn stronger foreign inflows on expectations that AI-linked exports will keep growth elevated. Japan’s yen strengthened during Monday’s regional trading, reflecting a mix of safe-haven demand and shifting expectations around monetary policy.

While overall employment rates remain relatively resilient, education and labour market observers note that graduates are increasingly expected to demonstrate practical experience in addition to academic qualifications. Industry commentary linked to the survey highlights that internships and prior work exposure can play a key role in improving employability, particularly in a tighter job market.

Internships as a Bridge Between Education and Employment

Internships are widely regarded as a critical bridge between academic learning and professional employment. They provide students with opportunities to develop workplace competencies, understand organisational environments and build networks that can support job placement after graduation. With Graduate Employment Survey data indicating increased competition for full-time roles, early exposure to industry has become an important differentiator for students entering the workforce.

Embedding Internships into the Student Experience

The Singapore Institute of Management (SIM) has incorporated internships as a core component of its employability strategy through its Career Connect department. Internships are positioned as a key pathway that “bridge students and graduates into the realities of the working world,” allowing them to apply academic knowledge in real business environments.

SIM works with a network of companies ranging from small and medium enterprises to multinational organisations, providing students with access to internship opportunities across sectors.

Students may source internships independently or tap into structured opportunities within SIM’s ecosystem, including in-house placements through initiatives such as the Talent Development Programme.

Technology Enabled Access to Internship Opportunities

To support access at scale, SIM has introduced CareerSense, a digital platform that aggregates internship listings, job opportunities and career events into a single interface. Through this platform, students can connect with employers, explore opportunities and participate in career development activities, reflecting a broader shift towards digital career services in higher education.

Recognising the Value of Internship Participation

SIM has also introduced initiatives to recognise student participation in internships and experiential learning. The SIM60 Work-Integrated Learning for Life WILL Award highlights the role of internships in developing both technical and transferable skills such as communication, adaptability and problem solving. Such initiatives reflect a wider industry view that structured work experience is an increasingly important component of graduate readiness.

A Growing Expectation Among Students

The emphasis on internships reflects a broader shift in student priorities. As employment outcomes become more closely tied to educational choices, students are seeking clearer pathways from classroom learning to career opportunities.

With Graduate Employment Survey data pointing to a more competitive hiring environment, institutions that provide strong access to internships and industry engagement are likely to play a more significant role in shaping graduate success.

References

1. Ministry of Education Singapore Graduate Employment Survey – https://data.gov.sg/datasets?resultId=d_3c55210de27fcccda2ed0c63fdd2b352&topics=education
2. Private Education Employment Survey – https://www.ssg.gov.sg/resources/pei/pei-ges/private-education-institution-graduate-employment-survey-2024-2025
3. Full-time employment opportunity falls to 79.5% for fresh graduates in S’pore – https://hrsea.economictimes.indiatimes.com/news/industry/full-time-employment-opportunity-falls-to-79-5-for-fresh-graduates-in-spore-survey-finds/118531408?
4. SIM Career Service – https://www.sim.edu.sg/degrees-diplomas/life-at-sim/career-services
5. SIM Internship & Employment Opportunities – https://www.sim.edu.sg/alumni/internship-and-employment-opportunities

Hashtag: #SIMGlobalEducation #SIMGE #GlobalEducation #InternationalDegree #CareerReady #FutureSkills

https://www.sim.edu.sg/

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About SIM Global Education

SIM Global Education (SIM GE) is a leading private education institution in Singapore and the region. We offer more than 140 academic programmes ranging from diplomas and graduate diploma programmes to bachelor’s and master’s degree programmes with some of the world’s most reputable universities from Australia, Canada, Europe, United Kingdom, and the United States. SIM GE’s cohort is made up of 17,000 full- and part-time students and adult learners, of which approximately 41% are international students hailing from over 50 countries.

SIM GE’s holistic learning approach and culturally diverse learning environment aim to equip students with knowledge, industry skills and employability competencies, as well as a global perspective to succeed as future leaders in a fast-changing, technologically driven world.

For more information on SIM Global Education, visit www.sim.edu.sg

In 2024, the two sides adopted an Action Plan to implement the Comprehensive Strategic Partnership for the 2024-2028 period. This document not only consolidates traditional areas of cooperation but also expands into new domains such as science and technology, innovation, digital transformation, energy and sustainable development.

Economy continues to be a bright spot in bilateral cooperation

Over the past decade, Vietnam-India economic cooperation has recorded significant positive developments. Bilateral trade turnover has maintained steady growth, increasing from over USD 14 billion in 2023 to nearly USD 16.5 billion in 2025, reflecting the increasingly close integration between the two dynamic Asian economies.

The structure of two-way trade has increasingly demonstrated complementarity. Vietnam has strengthened its exports of electronics, machinery, processed agricultural products, wood, and seafood, while India serves as an important supplier of steel, pharmaceuticals, chemicals, and textiles to Vietnam.

Amid the ongoing restructuring of global supply chains, both Vietnam and India are intensifying efforts to diversify their partners and reduce dependency risks. This creates significant room for the two countries to promote supply chain linkages in areas such as processing and manufacturing industries, supporting industries, logistics, and high-tech agriculture. Vietnam, with its strategic location in Southeast Asia, can serve as a gateway for Indian enterprises to expand their presence deeper into ASEAN, while India represents a vast market with rapidly increasing consumer demand.

Science and technology: a new driver for deeper cooperation

Scientific and technological cooperation has seen remarkable development recently, gradually shifting from exchanges to more substantive collaboration, tied to specific products and developmental needs. Priority areas of cooperation include information technology, biotechnology, clean energy, and digital transformation.

Several representative projects, such as the Satellite Data Receiving Station and Satellite Image Processing Center, the Vietnam-India Nuclear Science Center (Da Lat), the Army Software Park (Nha Trang), and the Center of Excellence in Software Development and Training (CESDT), have been contributing to enhancing Vietnam’s technological capacity. Notably, the Indian Technical and Economic Cooperation (ITEC) program continues to be an effective channel for human resource training, helping Vietnamese officials and experts access modern management knowledge and experience.

Against the backdrop of the vigorous Fourth Industrial Revolution, the potential for cooperation between the two countries remains vast. The two sides can expand their cooperation into emerging areas such as Artificial Intelligence, semiconductors, cybersecurity, fintech, and biotechnology, aiming for the goals of co-development and co-innovation. ­

Environmental cooperation and sustainable development are gradually expanding

In the context of increasingly complex climate change, environmental cooperation between Vietnam and India is becoming an important component of the bilateral agenda. Areas such as renewable energy, water resource management, circular economy, and disaster-resilient infrastructure are receiving growing attention and promotion from both sides.

Cooperation agreements in marine science, along with Quick Impact Projects (QIPs) supporting communities, such as clean water supply, drought mitigation, and saline intrusion prevention in the Mekong Delta, have delivered practical results. Vietnam’s participation in the Coalition for Disaster Resilient Infrastructure (CDRI), initiated by India, also opens up opportunities to strengthen cooperation in sustainable infrastructure and climate change adaptation.

In the coming period, areas encompassing solar energy, energy storage, waste management, marine pollution monitoring, and early warning systems for natural disasters are considered promising directions for cooperation.

Prospects for cooperation

The prospects for cooperation in the coming period are assessed as positive. With the economic and scientific-technological complementarity, along with strong political will from both sides, Vietnam-India relations have many favorable conditions to grow more strongly, particularly in areas such as the digital economy, green economy, innovation.

Orientations for promoting cooperation in the coming period

With a foundation of excellent relations and significant room for cooperation, the two countries have the basis to elevate the Comprehensive Strategic Partnership to a new height, making it increasingly substantive and effective in the new phase, particularly in the context of the two countries heading towards new high-level engagements with the state visit of General Secretary and President To Lam to India in May 2026.

To effectively capitalize on opportunities, both sides need to continue maintaining high-level exchanges, intergovernmental mechanisms and specialized dialogues, and further translate strategic commitments into cooperation programs and projects with clear roadmaps and resources.

In the economic field, efforts should be intensified to remove trade barriers, improve logistics connectivity, and promote the review and upgrading of the ASEAN – India Trade in Goods Agreement (AITIGA); strengthen the development of large-scale investment projects in priority areas such as pharmaceuticals, the marine economy, renewable energy, and supporting industries.

In the field of science and technology, establishing joint research cooperation mechanisms, strengthening linkages between research institutes, universities, enterprises, as well as promoting expert exchanges, technology transfer, and human resource training will play an important role.

In the environmental field, efforts should be directed toward building a comprehensive green cooperation framework, focusing on water management, marine science, plastic pollution reduction, clean energy, and disaster-resilient infrastructure, while also effectively leveraging regional initiatives such as the CDRI.

Hashtag: #MAE

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By K Raveendran Election-season restraint on fuel pricing is giving way to a harsher economic reality, and Indian consumers are likely to feel the impact first through the everyday costs that rarely appear as headline inflation until they have already entered household budgets. Petrol, diesel and cooking fuel are not merely energy products in India; […]

The article With Elections Over, Realistic Pump Prices Only A Matter Of Time appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

Prof. Dr. Yodchanan spoke about elevating “SPACE-F Batch 7” to the policy level and building awareness, stating that MHESI aims to present food innovation products from the startups in this batch at the upcoming Cabinet meeting. This will allow the Prime Minister to taste them, raising awareness that FoodTech is the nation’s new future. The products will be presented to the Cabinet in the next two weeks.

Regarding the core concept of combining technology with “Thai taste,” Prof. Dr. Yodchanan emphasized that no matter how advanced the technology is, it must maintain the “Nice taste of Thailand.” He cited a “high-tech omelet” he previously tasted as an example, noting that there is still room for improvement to make it taste closer to an authentic Thai omelet so that the technology can truly win over consumers’ hearts.

The MHESI Minister continued that regarding food innovation under the Wellness Economy, this year focuses on using the Wellness Economy as a New Growth Engine. This is not limited strictly to food but includes AI, ICT, and software, aiming to push Thailand into a global Wellness Tourism Hub with support from the BOI in connecting investment opportunities.

Prof. Dr. Yodchanan further stated that regarding the use of biodiversity and quality ingredients (Biodiversity & GI), startups will be encouraged to utilize Thailand’s rich biodiversity and GI products as substitutes for imported raw materials. This will help reduce costs and create a unique identity.

“As for connecting the ‘Thinker’ with the ‘Doer,’ this program emphasizes linking startups with large industrial corporations and investors. This helps startups in the Accelerator group advance toward Series A or B funding, while helping the Incubator group learn business and pitching experiences from their seniors to cross the business ‘Death Valley.’ Furthermore, regarding food and nutrition security in the era of war: in the current global conditions facing wartime situations, Food Security and Nutrition Security are vital. This program is an opportunity for startups to create innovations that help solve problems for the whole world, with the government working closely with SPACE-F to create new services and products,” the MHESI Minister said.

However, “SPACE-F Batch 7” features 20 participating startups from 10 countries, focusing on the Proof of Concept (POC) strategy to ensure they can tangibly grow toward commercialization on an international scale.

Dr. Krithpaka Boonfueng, Executive Director of the National Innovation Agency (NIA), stated that NIA aims to strengthen the potential of startups and innovative entrepreneurs to overcome business crises and grow commercially in a tangible way. Over the past 6 years, the SPACE-F program has concretely reinforced its role as a regional food innovation hub by incubating and accelerating over 100 startups from 18 countries worldwide, generating a total funding value of over 5.1 billion THB. For the SPACE-F Year 7 program, it marks another major milestone of leapfrog growth, setting a new international record with an all-time high of 204 applicants, continuously increasing from 156 in Cohort 6 and 148 in Cohort 2, reflecting the confidence of global startups in the program’s potential. Concurrently, the program has significantly expanded its international reach, with applicants from 57 countries worldwide, up from 34 countries in the previous cohort, affirming that SPACE-F is a truly global platform connecting and driving world food innovation.

“The SPACE-F program is considered a vital mechanism in driving the development of a strong and comprehensive foodtech startup ecosystem by systematically connecting knowledge, technology, and the industrial sector together. Particularly, it provides opportunities for startups to co-develop and test real products (Proof of Concept: POC) with large corporate partners, as well as access expert networks and world-class infrastructure. This includes testing protein innovations focused on appearance, freshness, and taste with Thai Union; developing modern health and nutrition solutions with ThaiBev and Nestlé; utilizing deep-tech research laboratories from Mahidol University; and enhancing fundraising capabilities from Foodland Ventures, which plays a crucial role in reducing business risks and effectively increasing the chances of commercialization. For SPACE-F Year 7, it aims to elevate startup development through 2 main programs: the Incubator Program, which focuses on laying business foundations and developing prototypes into market-ready products, and the Accelerator Program, which focuses on accelerating business expansion through connections with strategic partners and investors. This covers 7 key areas of the food industry: 1) Personalized Nutrition, 2) Future Protein, 3) Circular Food Systems, 4) Smart Manufacturing, 5) Sustainable Production, 6) Food Safety, and 7) Novel Consumer Experience, to build high-potential startups capable of developing quality new products that directly meet market demands, ready to compete and grow sustainably on the global stage.”

Ms. Sirichit Jiraruangkiat, Senior Director – Group Innovation at Thai Union Group PCL, revealed, “As a co-founding partner of the SPACE-F program, Thai Union Group PCL continues to drive the development of Thailand’s foodtech startup ecosystem. We aim to support breakthrough growth by promoting the development and testing of innovations at the industrial level, particularly through the Proof of Concept (POC) process, to elevate the standards of future protein products to compete internationally. Thai Union prioritizes the application of modern food production and preservation technologies, covering everything from maintaining product quality and freshness and developing appealing appearances to sensory research to create textures and flavors that effectively meet the demands of global consumers. Simultaneously, the SPACE-F program remains committed to a ‘No Equity Taken’ approach, allowing startups to retain full ownership of their innovations, maintain business agility, and grow independently and sustainably in the long term.”

Assoc. Prof. Dr. Pasit Pakawatpanurut, Deputy Dean for Research and Innovation, Faculty of Science, Mahidol University, further added, “With expertise in food science, nutrition, biotechnology, and related fields, Mahidol University serves as an academic powerhouse and innovation infrastructure, providing startups with access to advanced laboratories, pilot plants, and modern research equipment. They also receive in-depth consultation from a team of expert researchers to successfully transition research into products that truly meet global market demands (Lab-to-Market). This collaboration is therefore a key mechanism in driving sustainable food innovation and enhancing Thailand’s competitiveness as a global foodtech hub. Mahidol University’s involvement in the SPACE-F program also plays a vital role in strengthening the country’s foodtech startup ecosystem in the long run.”

In addition, another key partner is Thai Beverage Public Company Limited, which places great importance on continuous research and development, believing it to be essential for startups. As a sponsor of the SPACE-F program, they are pleased to be part of an ecosystem that enhances the potential of foodtech startups and provides business and technological guidance to help startups discover solutions that truly meet the needs of the global food market.

Ms. Jenica Conde Cruz, Business Manager – Cereal Partners Worldwide & Incubator at Nestlé (Thai) Ltd., also stated, “Nestlé, a global leader in food and beverages, plays a vital role as a strategic partner of the SPACE-F program. We aim to elevate foodtech startups through the transfer of Research & Development (R&D) knowledge and product development experience under the ‘Good food, Good life’ concept. Nestlé also provides in-depth consultation to support the development of products that meet Nutrition, Health, and Wellness needs, while promoting the use of innovation to tackle global food industry challenges. In parallel, Nestlé also drives the development of innovations that align with sustainability goals by opening opportunities for startups to learn together with experts from our global research center network, in areas of food preservation technology, eco-friendly packaging, and responsible sourcing.”

Victor Chen, CEO of Foodland Ventures Co. closed with, “Foodland Ventures, a leading Venture Capital firm and Accelerator from Taiwan, has joined as a strategic partner in the SPACE-F program to push foodtech startups to expand their businesses into international markets. We aim to act as a bridge connecting innovation from Taiwan with food industry networks in Thailand and Southeast Asia. With expertise in key technologies such as Restaurant Automation, Alternative Protein, and Smart Supply Chain, Foodland Ventures is ready to support startups through access to the Taiwanese market and resources, providing investment and business strategy consultation, and connecting them with the industrial sector to test solutions in real-world environments. This collaboration marks a significant step in building a ‘FoodTech Corridor’ between Thailand and Taiwan to elevate startup potential and drive the food industry toward a sustainable global future.”

The “SPACE-F Year 7” program also introduced 20 startups from 10 countries worldwide: South Korea, Spain, Canada, USA/Argentina, Australia, Singapore, UK, Saudi Arabia, Taiwan, and Thailand, selected for this year’s program. All will have the opportunity to co-develop and test real innovations with leading industry partners, covering product development, industrial-level testing, and commercialization in the real market

Such collaboration is a key highlight of the program, providing startups the opportunity to test technology and innovations in real-world environments, reducing development limitations, and increasing the chances of creating business models that accurately meet market demands.

10 FoodTech Startups Joining the Accelerator Program

1. Terra Bioindustries Inc (Canada): Upcycles agricultural and food industry waste into high-value ingredients such as sugar, protein, and fiber for use in the food, biotech, and chemical industries.
2. Nucaps (Spain): Develops functional protein ingredients using microencapsulation technology to wrap active substances and probiotics, enhancing nutritional value, reducing costs, and improving taste to effectively promote consumer health.
3. BeNatureBioLab (South Korea): Develops functional ingredients using nano and microencapsulation technology from natural proteins to wrap active substances and probiotics, increasing the stability, absorption, and efficiency of substances in food, supplements, and health products.
4. Kinava (South Korea): Converts food waste into biofertilizer, biochar, and biogas within hours using HydroThermal Carbonization (HTC) technology, which reduces odor, energy use, and emissions.
5. ComexSoft (Spain): A near real-time market intelligence platform that collects and organizes retail data, matching similar products specifically developed for accurate decision-making.
6. PROTINOS (Thailand): High-protein noodles made from egg whites and soybeans containing complete essential amino acids, created using enzyme incubation techniques, serving as food to help care for and protect health.
7. SicPama (South Korea): A QR ordering and payment platform with a CRM system that links social media with actual service usage and repeat visits, helping restaurants measure returns and increase revenue.
8. Nourish Ingredients (Australia): High-performance animal-free fats created via precision fermentation to solve the taste and texture issues of plant-based alternative foods by mimicking the key fats found in meat and dairy products.
9. Kresko RNAtech (USA/Argentina): Nutrients from biological RNA found in natural foods, developed by AI and biotechnology to be more stable and better absorbed, for use in dietary supplements and health products.
10. Agrifreeze (Singapore): Develops freezing technology using Electromagnetic Fields (EMF) to control the formation of small ice crystals, reducing food damage and maintaining quality close to fresh products.

10 FoodTech Startups Joining the Incubator Program

1. Eatwellconcept (Thailand): An AI-powered personalized therapeutic diet platform for NCD patients, offering real-time nutritional guidance by dietitians to improve health and quality of life.
2. AmaranthLab (UK): Protein ingredients from amaranth for GLP-1 (Glucagon-Like Peptide-1) nutrition to control blood sugar levels and satiety, for use in various functional food products.
3. Openfarming (Saudi Arabia): An AI operating system for food distributors that converts orders from multiple channels into real-time data, enabling automated demand forecasting and dynamic inventory management without changing existing workflows.
4. Zuppar Reborn (Thailand): Biodegradable fruit and bakery stickers made from pineapple waste, replacing plastic labels with an alternative that can decompose into fertilizer.
5. VeriPura (Thailand/Singapore): An AI and Blockchain platform for automated document management and product traceability, making food exports to Europe easier and more compliant with regulations (EU).
6. YiXingYuan (Taiwan): A modular small-scale fruit processing factory (Factory-in-a-box) utilizing High Voltage Electric Field (HVEF) technology to process fruits directly at the source, preserving product quality while reducing energy use, costs, and spoilage.
7. JOLA (Thailand): Vitamin-infused jelly pet food that develops DIY treat products, such as jellies for dogs and cats, focusing on natural ingredients, good nutrition, and creating a shared experience between owners and pets.
8. UPLI (UK): A precision fermentation platform to create functional proteins with characteristics similar to human breast milk, used to increase nutritional value in food at an industrial scale.
9. Emerald Plast (Thailand): Biodegradable food materials and packaging made from starch and bioplastics to replace traditional plastics, reducing environmental impact and enhancing sustainability image.
10. Squizify (Thailand): A digital food safety platform integrating software and IoT devices to automatically track, monitor, and manage food business standards, complete with real-time data analysis.

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