To compete internationally, businesses must invest in innovation, raise productivity and turn research into commercially viable products. At the same time, companies that adapt fastest to new technologies may have an advantage over larger competitors.

That was the central message at the 19th Cyprus Innovation Awards and the Cyprus Research Awards 2025, held at Nicosia Municipal Theatre. Despite leading the EU in innovation activity among smaller businesses, Cyprus continues to face challenges in attracting private investment and turning research into economic growth.

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Strong Innovation Activity, But A Funding Gap

Giorgos Pantelides, chairman of the Cyprus Employers and Industrialists Federation (Oev), said artificial intelligence, robotics and digital technologies were making innovation essential to business competitiveness. For Cyprus, where the domestic market is limited, success depends on flexibility, quality and the effective use of technology.

According to the European Commission’s 2026 European Innovation Scoreboard, Cyprus rose from 15th to first place in the EU for innovation activity among small and medium-sized businesses. It also climbed from tenth to second in research and business cooperation.

However, Cyprus remains a moderate innovator, performing at 92.1% of the EU average, with weaknesses in venture capital and business spending on research and development. Bridging this gap is essential to help promising ideas reach the market.

Turning Research Into Commercial Success

Demetris Skourides, Cyprus’ chief scientist and chairman of the Research and Innovation Foundation (RIF), said the priority was to translate scientific knowledge into innovation and economic and social benefits.

Cyprus has made progress in securing European research funding, winning 17 European Research Council (ERC) grants in the current programming period, compared with 12 in the previous one. Successful applications by early-career researchers increased from two to five. With 5.1 ERC grants per million inhabitants, the country exceeds the European average of 4.2.

University of Cyprus researchers Maria Kalli and Myrofora Panayi secured a combined €3 million in European funding after previously receiving €100,000 each through RIF’s VISION ERC programme. The initiative illustrates how domestic support can help researchers compete for larger international grants.

Skourides also highlighted efforts to attract scientists working abroad through the Minds in Cyprus initiative. He said 8.3% of active researchers at Cypriot universities rank among the world’s top 2% of scientists, underlining the country’s research potential.

Public Funding Aims To Attract Private Investment

President Nikos Christodoulides said technology contributes approximately 15% of Cyprus’ GDP, while stressing that economic growth must translate into higher productivity, better jobs and greater competitiveness.

Between 2023 and 2026, RIF launched 95 funding calls worth €165 million, resulting in 575 contracts worth a combined €105 million. These programmes contributed to more than 700 new jobs and 187 cooperation networks linking businesses with research organisations.

RIF programmes also attracted more than €47.2 million in private capital between 2021 and 2025. Its Disrupt and Boost schemes provided €12 million in public support to 14 businesses, which secured an additional €16.5 million from private investors.

A new BOOST programme round is expected to open in early December, with an initial budget of €1.2 million. Eligible businesses could receive grants of up to €300,000, provided they have a binding agreement for at least €200,000 in private equity investment. The first deadline is expected to be April 9, 2027.

RIF is also consulting researchers and businesses on its 2028–2034 funding programmes, with proposed priorities including research commercialisation, private investment, infrastructure and skills development.

International Partnerships And Future Priorities

Cyprus is also seeking international partnerships to expand opportunities for its technology sector. Christodoulides highlighted cooperation with NVIDIA on advanced computing infrastructure, the country’s participation in the European AI Factories network through Pharos-CY, and the establishment of the Plug and Play innovation centre.

The government is preparing a national research and innovation strategy through 2033, focusing on areas including artificial intelligence, biotechnology, advanced digital technologies and clean technology.

Turning Innovation Into Economic Growth

Since their introduction in 2006, Oev’s innovation awards have recognised businesses applying new ideas across manufacturing, services, the primary sector and social innovation. The awards are now part of European SME Week.

Cyprus has demonstrated that its smaller businesses can innovate and its researchers can compete internationally. The next challenge is to turn these strengths into sustained private investment, commercially successful products and higher productivity.

The European Union is offering up to €4.5 billion in guarantees to attract private investment in renewable energy and clean technology across the Mediterranean.

European Commissioner for the Mediterranean Dubravka Šuica launched the T-MED Investment Platform at an event in Brussels, bringing together financial institutions, investors and project developers.

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Operating under the Pact for the Mediterranean, the platform uses guarantees through the European Fund for Sustainable Development Plus (EFSD+) to reduce investment risks and mobilise private capital.

Connecting Projects With Investment

T-MED covers renewable electricity, green hydrogen, energy storage, electricity grids, cross-border interconnections and clean-tech manufacturing. It also aims to address barriers such as permitting, grid access and regulatory frameworks, while supporting workforce training and local supply chains.

Projects Across Egypt And Tunisia

In Egypt, a €1.6 billion programme will modernise the national electricity grid, connecting solar and wind generation in the Red Sea and Gulf of Suez regions.

Other projects include a €575 million green-ammonia facility at Ain Sokhna, intended to supply the EU market, and a hybrid solar photovoltaic development valued at approximately €430 million. The Niat and Rasgha wind projects are expected to add 500 MW of onshore capacity in the Gulf of Suez, potentially supporting future hydrogen production.

In Tunisia, two 100 MW solar plants are receiving support alongside transmission infrastructure. EU contributions total approximately €92 million for one project and €80 million for the other.

€25 Billion Investment Target By 2035

T-MED aims to mobilise up to €25 billion by 2035 for renewable energy, electricity grids, interconnections and clean technologies. It also plans to train and upskill up to 10,000 workers.

The initiative seeks to strengthen energy security, attract private investment and create economic opportunities across the Mediterranean.

A Shared Mediterranean Framework

Developed by the European Commission and the European External Action Service, the Pact for the Mediterranean was adopted by the College of Commissioners in October 2025 and officially launched with Southern Mediterranean partners on 28 November 2025, marking the 30th anniversary of the Barcelona Declaration.

The Pact brings the EU, its member states and Southern Mediterranean partners together to promote a more integrated and resilient region.

Governments and defence forces invest in encrypted communications, satellite systems and camouflage, yet smartphones can still expose personnel locations and operational details. Cyprus-based privacy company Malloc is developing mobile security technology to address these risks.

Five years after its founding, the company, led by co-founder and CEO Maria Terzi, is expanding beyond consumer privacy into enterprise, government and defence. The move reflects a growing challenge: smartphones can expose sensitive communications, location data and operational information, even in highly secured environments.

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From Consumer Privacy To High-Risk Environments

“To be honest, nothing changed. In fact, Malloc is not even near to what it can become,” Terzi said.

Malloc initially focused on protecting people from spyware, hacking and online privacy threats. Its users included privacy-conscious individuals, people living in censored environments, investigative journalists, politicians and government personnel.

As the company began serving users in more sensitive environments, it expanded from a consumer app to enterprise- and government-level security technology. This required adapting to different operational needs and technology restrictions while keeping protection seamless.

Applying AI Without Compromising Privacy

AI security systems often rely on large amounts of data, creating potential privacy risks when information is sent to remote servers. Malloc instead performs much of its AI processing directly on users’ devices.

“There is always a trade-off between privacy, usability, and speed, but Malloc balances them to maintain high precision and a seamless experience without compromising security,” Terzi said.

The company trains general-purpose models in the cloud before adapting them on individual devices using local data. It also applies federated learning to improve its core models without transmitting personal user data from devices.

Developing AI To Detect Unusual Behaviour

Malloc is working with The Cyprus Institute on DAEMON-AI, a project supported by the Research and Innovation Foundation and co-funded by the EU under the Thalia 2021–2027 programme. It aims to develop lightweight AI systems that run directly on devices and strengthen mobile protection.

One component detects unusual behaviour by learning typical user patterns and identifying anomalies, such as unexpected bursts of outgoing data. Another classifies encrypted network traffic using metadata, including packet size and frequency, without decrypting message content.

These systems aim to identify patterns that could indicate sensitive activities, such as location sharing or screen recording. Their findings feed into Malloc’s broader security infrastructure to improve spyware detection and help prevent data leaks.

Why Defence Raises The Stakes

Malloc says it is the only company from Cyprus selected for the EU’s EUDIS defence accelerator, joining 20 companies chosen from 499 applicants across Europe.

The defence sector demands particularly high reliability, Terzi said. “As my co-founder and CTO Liza Charalambous says, we have zero room for error. To lead globally, Malloc must perform flawlessly in mission-critical environments.”

She describes mobile devices as “defence’s weakest link”, arguing that smartphones can reveal locations and operational plans despite investment in encrypted communications, satellite systems and other protective measures.

The accelerator will allow Malloc to test its dual-use technology against military requirements. It also provides a €120,000 non-dilutive voucher and access to European networks. Terzi said she aims to establish long-term partnerships with EU ministries of defence.

Measuring Success By Preventing Data Leaks

Cybersecurity threats are not always easy to identify. Sophisticated spyware and zero-day exploits may be blocked before their precise identity is known, leaving users unaware that an attack was attempted.

“Success often looks like complete silence,” Terzi said.

Malloc uses behavioural detection to intervene when unauthorised data is being transmitted, even if a threat has no recognised signature. In the short term, the company monitors indicators such as blocked data flows and real-time risk mitigation.

Ultimately, Terzi said, the goal is to protect devices and communications by preventing data leaks before they cause damage.

Cyprus is making progress in business innovation and research funding, but attracting private investment and turning scientific discoveries into commercial products remain key challenges. Business and government leaders discussed these priorities at the 19th Cyprus Innovation Awards and Cyprus Research Awards 2025 in Nicosia.

Giorgos Pantelides, chairman of the Cyprus Employers and Industrialists Federation (OEB), said companies best positioned to compete internationally would be those able to adapt quickly to artificial intelligence, robotics and other emerging technologies. For Cyprus, a small domestic market makes flexibility, quality and effective use of technology particularly important.

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Innovation Progress And Investment Gaps

The European Commission’s 2026 European Innovation Scoreboard ranked Cyprus first in the EU for innovation activity among SMEs, up from 15th place. The country also rose from 10th to second in research and business cooperation.

However, Cyprus remains a “moderate innovator”, scoring 92.1% of the EU average, with weaknesses in venture-capital investment and business spending on research and development.

Chief Scientist Demetris Skourides, chairman of the Research and Innovation Foundation (RIF), said closer cooperation between universities, research centres and businesses is essential to turn scientific knowledge into economic and social benefits.

Cyprus secured 17 European Research Council (ERC) grants in the current programming period, compared with 12 in the previous one. Successful applications from early-career researchers increased from two to five. The country now records 5.1 ERC grants per million residents, above the European average of 4.2.

University of Cyprus researchers Maria Kalli and Myrofora Panayi secured a combined €3 million in European funding after receiving €100,000 each through RIF’s VISION ERC programme. Other achievements include successful ERC applications by Triantafyllos Stylianopoulos and Stavroula Constantinou, as well as an ERC Synergy-funded cancer research project led by University of Pennsylvania professor Costas Koumenis, based in Cyprus.

The government is also seeking to attract scientists from abroad through initiatives such as Minds in Cyprus. Skourides said around 8.3% of active researchers at Cypriot universities rank among the world’s top 2% of scientists.

Public Funding Aims To Unlock Private Capital

President Nikos Christodoulides said technology contributes around 15% of Cyprus’s GDP, but stressed that economic growth must translate into higher productivity and stronger competitiveness.

Between 2023 and 2026, RIF launched 95 funding calls worth €165 million, resulting in 575 contracts totalling €105 million. The programmes contributed to more than 700 jobs and 187 cooperation networks connecting businesses with research organisations.

RIF initiatives attracted more than €47.2 million in private investment between 2021 and 2025. Its Disrupt and Boost schemes provided €12 million in public funding to 14 businesses, which subsequently secured another €16.5 million from private investors.

A new BOOST funding round is expected in early December, with an initial budget of €1.2 million. Eligible companies could receive grants of up to €300,000 if they secure a binding agreement for at least €200,000 in private equity investment. The first deadline is expected to be April 9, 2027.

RIF is also consulting businesses and researchers on its 2028–2034 funding programmes until November 2, focusing on research commercialisation, infrastructure, private investment and skills.

International Partnerships And Future Priorities

Cyprus is strengthening international technology links through cooperation with NVIDIA on advanced computing infrastructure, participation in the European AI Factories network through Pharos-CY, and the Plug and Play innovation centre.

The Future Founders Academy, developed with Columbia University, aims to connect young entrepreneurs with international expertise. Meanwhile, the government is preparing a national research and innovation strategy through 2033, prioritising artificial intelligence, biotechnology, advanced digital technologies and clean technologies.

Commercialisation Remains The Key Challenge

Since 2006, OEB’s innovation awards have recognised practical applications of innovation across manufacturing, services, the primary sector and social innovation. They are now part of European SME Week.

Cyprus has improved its performance in SME innovation and European research funding. The next step is to turn those gains into commercially successful products, attract more private capital and increase productivity. As Pantelides argued, the country’s competitiveness will depend not on business size alone, but on how effectively companies turn knowledge and technology into value.

Distinctive proteins in men’s blood may offer clues to prostate cancer risk more than 15 years before a diagnosis, according to research from the University of Oxford. The findings could help scientists better understand why some prostate cancers become aggressive while others grow slowly and never cause serious harm.

Researchers analyzed blood samples from 2,555 men collected between 1992 and 2000. Of those participants, 982 were later diagnosed with prostate cancer; the remaining 1,573 served as a comparison group. The team measured more than 6,000 proteins in the samples, which had been collected years—and, in some cases, more than 15 years—before diagnosis.

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Protein Patterns Were Linked To Different Risks

The analysis identified proteins associated with prostate cancer risk overall, as well as proteins linked specifically to more aggressive or fast-growing forms of the disease. Higher levels of certain immune-system proteins, including GZMK and ANXA2, were associated with a lower long-term risk.

“Finding proteins linked to known prostate cancer driver genes in blood collected years before diagnosis gives us new insights into the earliest stages of the disease,” said Karl Smith-Byrne, the study’s corresponding author at Oxford.

The results, published in European Urology, are significant because prostate cancer is not a single, uniform disease. Many tumors grow slowly and may never threaten a patient’s health, while others progress rapidly and can be life-threatening. A clearer way to distinguish between these outcomes could eventually help improve how clinicians assess risk.

Promising Findings, Not A Screening Test

The researchers stressed that the protein patterns are not ready to be used as a screening test. The associations need further validation before they can inform clinical decisions, and the study does not establish that the proteins cause cancer or that measuring them can predict an individual’s outcome.

“Ultimately, we hope this will help us understand the biology of aggressive prostate cancer and identify markers that could improve how we assess risk in the future,” said first author Zhe Huang, a postdoctoral epidemiologist at Oxford Population Health.

Research Could Point To New Prevention Strategies

Prostate cancer is the most commonly diagnosed cancer among men in the European Union and the second most common worldwide, after lung cancer. In the EU, approximately 330,000 cases are diagnosed and 75,000 men die from the disease each year.

By identifying biological signals that appear long before diagnosis, the research may help scientists investigate the pathways involved in aggressive disease. Smith-Byrne said that, alongside existing and future genetic evidence, the findings could help reveal pathways that might ultimately be targeted to prevent aggressive prostate cancer.

Dictionary.com has named “maxxing” its Word of the Year for 2026, reflecting a growing online trend of optimising almost every aspect of life, from health and appearance to work and leisure.

The choice follows last year’s selection of “6-7”, a phrase popularised by younger internet users. Unlike that expression, “maxxing” has spread beyond niche online communities into everyday social media language.

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From “Looksmaxxing” To Mainstream Usage

Derived from “maximising”, “maxxing” describes doing something to the fullest or optimising it as much as possible. According to Dictionary.com, its roots lie in phrases such as “maxing out” a credit card and gaming terminology.

During the 2010s, the term gained traction in manosphere and incel communities through “looksmaxxing”, referring to efforts to improve physical attractiveness through fitness, grooming and, in some cases, more extreme measures.

The word later became associated with controversial manosphere influencers, including livestreamer Braden Peters, known as Clavicular, who promotes an intense focus on male appearance.

A Broader Meaning

Younger social media users have since expanded “maxxing” beyond its original associations. Searches for the term surged in August as it became a label for everything from wellness routines to workplace habits. It is also used ironically to poke fun at the pressure to constantly improve.

“Maxxing is the linguistic manifestation of a culture increasingly preoccupied with getting the most out of everything,” said Steve Johnson, director of lexicography for Dictionary Media Group at IXL Learning.

Johnson noted that the term can signal enthusiasm for self-improvement, exaggerate it for humour or reject the idea of constant optimisation altogether. Examples include “proteinmaxxing” at breakfast, “tokenmaxxing” with AI tools at work and “cozymaxxing” on a Friday night.

The Many Forms Of “Maxxing”

The term has generated numerous variations. “Softmaxxing” refers to relatively modest appearance improvements, such as a new haircut, while “hardmaxxing” describes more extreme approaches, including severe dieting or cosmetic procedures. “Jestermaxxing” involves using humour to gain social acceptance or online attention, while “sleepmaxxing” focuses on improving sleep quality or duration.

These variations show how the language of optimisation has spread across personal identity, health, social status and leisure.

The Pressure To Do More

The popularity of “maxxing” also reflects a wider tension between self-improvement and the expectation to make every activity more productive. In the workplace, “tokenmaxxing” describes employees being encouraged to use AI tools as much as possible, turning technological adoption into another measure of performance.

The term captures a culture in which ordinary activities can become opportunities for measurable gains, even as some people use the language to question that pressure.

Other Words On The Shortlist

Other candidates for Dictionary.com’s 2026 Word of the Year included “affordability”, “data center”, “odyssey” and “unc”.

Interest in “odyssey” may have been boosted by Christopher Nolan’s film The Odyssey, while “unc”, short for “uncle”, is used by Gen Z and Gen Alpha to describe someone older who is perceived as out of touch or uncool.

“Maxxing” ultimately stands out for capturing a defining online impulse: to optimise everyday life, share the process and keep striving for more.

Cyprus plans to add 94 fast-charging points for electric vehicles by 2028, in an investment estimated at €10 million. The Transport Ministry’s programme includes 76 chargers for light vehicles and 18 for heavy vehicles, with sites selected to extend coverage across the island’s road network.

A Phased Rollout Across The Island

The plan identifies 10 charging locations for light vehicles and three for heavy vehicles. Alongside urban centres in Nicosia, Larnaca and Limassol, the selected areas include Alambra, Kofinou, Evrychou, Saittas, Mandria in Paphos district, Polis Chrysochous and Paralimni.

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The schedule calls for 16 fast-charging points for light vehicles in 2026. In 2027, a further 48 points for light vehicles and 12 for heavy vehicles are planned. The remaining 18 chargers are expected to be installed in 2028.

Transport, Communications and Works Minister Evanthia Tsolaki outlined the programme in a response dated October 7, 2026, to Larnaca MP Prodromos Alambritis. She said the necessary funding for the 2026 and 2027 infrastructure has been included in the budget of the Department of Electrical and Mechanical Services.

Charger Capacity And Existing Network

Each of the 76 chargers for light vehicles will have a capacity of 150 kW. Of the 18 chargers for heavy vehicles, 12 will deliver 350 kW and the remaining six will provide 200 kW.

Cyprus currently has 384 publicly accessible charging points across 221 stations, according to the department. Nicosia has 76 stations, Limassol 57, Paphos 32, Larnaca 29 and Famagusta 27.

Infrastructure Already Installed

Ten fast-charging stations have already been installed at publicly accessible sites through the Recovery and Resilience Plan. The locations include the general hospitals in Nicosia, Larnaca, Limassol, Kyperounta and Famagusta; Troodos Square; the Choirokoitia archaeological site; Trimiklini; the Tombs of the Kings bus station in Paphos; and the Polis Chrysochous bus station.

The cost of these installations was €840,660, including VAT and five years of maintenance.

A separate 100 kW fast charger was installed at the Kato Pyrgos fishing shelter as part of efforts to revitalise Tylliria and position Kato Pyrgos as a green community. The station can charge two vehicles simultaneously. The project cost €77,000, including VAT and five years of maintenance.

From 2022 to 2026, a further 212 charging points were installed at publicly accessible sites, businesses and local authorities through the Electric Mobility With 1,000 grant scheme.

Public And Private Investment

Tsolaki said the expansion of electric mobility depends not only on the public charging network but also on private chargers at homes and businesses. These installations can also draw on electricity generated by solar photovoltaic systems.

The minister left open the possibility of further infrastructure investment as demand and market conditions evolve, signalling that the current programme may be only one stage in Cyprus’s broader transition to electric transport.

Cyprus has approved a new grant scheme to help businesses reduce food waste and other environmental impacts, supporting a shift toward “zero waste to kitchens.” The Cabinet endorsed the initiative, proposed by the Ministry of Agriculture, Rural Development and Environment, under the EU’s de minimis state-aid framework.

The scheme is designed to help businesses prevent waste at its source while improving their environmental performance. It also aims to build a stronger culture of waste prevention across the country’s business community.

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Supporting Europe’s 2030 Waste-Reduction Goals

The initiative aligns with the priorities of the European Green Deal and targets set out in the revised Waste Framework Directive (2025/1892/EC). Those targets call for food waste in processing and manufacturing to fall by 10% by 2030. For retail, food services and households, the goal is a 30% reduction in food waste per capita, collectively.

For participating businesses, the scheme offers financial support for measures that can reduce avoidable waste and help embed more sustainable operating practices.

Who Can Apply And How Much Support Is Available

The grant scheme is aimed primarily at businesses in the food-service sector, catering providers and selected manufacturing categories—specifically, bakeries and confectionery businesses.

Eligible businesses can receive a grant covering 80% of eligible costs, up to a maximum of €20,000 per business. The grant amount will depend on the number and type of eligible measures implemented.

A Pilot Launch Is Planned For 2027

The scheme is expected to launch as a pilot in 2027, with an estimated budget of €100,000 from the Department of Environment. The initial funding is intended to support approximately five to 10 businesses.

Authorities plan to assess the results after the first cycle. The findings will inform any changes to the scheme and whether it should continue or expand in subsequent years.

Why The Initiative Matters

Reducing food waste can deliver both environmental and economic benefits. Preventing waste at its source can help businesses use resources more efficiently, while supporting Cyprus’s progress toward its binding 2030 waste-reduction targets and its transition to a circular economy.

The scheme is also intended to encourage best practices, strengthen participating businesses’ environmental credentials and lay the groundwork for more sustainable food-service and manufacturing sectors. Its annual evaluation could provide practical evidence for improving or broadening similar measures in the future.

The scale of the challenge is significant. In 2023, the EU generated approximately 130 kilograms of food waste per person across the supply chain. Restaurants, food services and retail accounted for 18% of the total.

Block has introduced Dessa, a speech AI model designed to make conversations with AI sound more natural by capturing emotion, pauses and human speech patterns. It can listen and respond simultaneously and is designed to run locally on consumer hardware.

According to Block’s research team, Dessa was trained entirely on human speech using a single NVIDIA GPU rack. Unlike conventional systems that convert speech into text before generating a response, it processes spoken interactions directly.

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Real-Time Speech And Emotional Expression

Dessa uses a full-duplex architecture, allowing it to listen and speak at the same time rather than waiting for a person to finish. Block says this approach helps preserve vocal cues that can be lost when speech is converted into text.

The company also says Dessa draws knowledge from conversational data within the model itself, rather than relying on a separate large language model. Its full capabilities and limitations have not yet been disclosed.

“We believe voice is the most natural way to interact with intelligence,” Block CEO Jack Dorsey wrote in a post announcing Dessa, highlighting its ability to convey emotion, nuance and natural cadence.

Demonstrations shared by Block researchers show the model adapting its tone to different situations. However, these examples do not yet establish how consistently it can interpret emotion in real-world conversations.

Local Processing And Safety

Block says Dessa can run on consumer hardware, including a MacBook with an M4 Max chip or better. Local processing could reduce latency, cloud computing costs and reliance on external infrastructure.

The model is not yet publicly available. Block has invited safety researchers to test scenarios in which a convincing AI voice could mislead someone into believing they are speaking with a human.

Potential Applications

Block’s ecosystem includes products for consumers and small businesses, creating potential applications in commerce and customer service. Its Square platform already supports AI-powered voice ordering.

Dessa could eventually support additional voice-enabled services while reducing reliance on cloud processing. However, its commercial potential will depend on reliability, safety and performance on everyday devices.

SoftBank Group plans to invest $50 billion in Malaysia, Prime Minister Anwar Ibrahim said, according to Bloomberg. The proposed investment would target artificial intelligence, emerging technologies and data centers, positioning Malaysia to compete for a larger share of Asia’s digital infrastructure buildout.

Proposed Projects Span Sarawak And Peninsular Malaysia

Anwar said SoftBank chairman and CEO Masayoshi Son identified potential locations in Kuching, the capital of Sarawak, and in peninsular Malaysia after the two held a video conference earlier in the week, Bloomberg reported. The prime minister described the plans as an investment proposal; SoftBank had not immediately responded to CNBC’s request for comment.

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The scale of the proposed outlay would make it one of the largest announced technology investment plans in Malaysia. Its focus aligns with the country’s ambition to become an “AI nation” by 2030. The government launched a national AI action plan this year to build the capabilities and infrastructure needed to support that goal.

SoftBank Is Already Exploring Digital Infrastructure In Sarawak

The reported investment plan follows a framework agreement SoftBank signed earlier this month with Singapore-based Grab and Malaysia’s Petroleum Sarawak Berhad. The parties are exploring AI and digital infrastructure development in Sarawak, including AI computing services and other advanced technologies, according to SoftBank.

The agreement signals a broader effort to develop the systems behind AI adoption—not just software, but also computing capacity and the infrastructure required to run data-intensive services. For Malaysia, attracting projects across that stack could help strengthen its position as a regional technology hub.

Global Technology Firms Are Expanding In Malaysia

SoftBank’s reported plans come amid a wave of investment by major technology companies. Google announced a $2 billion investment in 2024 to build its first data center and cloud region in Malaysia. Amazon Web Services said it plans to invest $6.2 billion in the country through 2038, while Microsoft announced a $2.2 billion commitment to cloud and AI infrastructure and other digital initiatives.

Malaysia recorded 385.7 billion ringgit, or about $94 billion, in data center-related investments from 2021 through the first half of 2026, according to the Malaysian Investment Development Authority.

The next challenge will be translating headline investment figures into durable economic value: reliable infrastructure, skilled jobs and stronger opportunities for local businesses. The proposed SoftBank investment would add momentum to Malaysia’s effort to build that foundation, if the plans move forward.