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At the recent Meta Singapore’s inaugural Llama Incubator Program Demo Day, Minister for Digital Development and Information, Josephine Teo, addressed a crucial point on the perceived failure of AI experiments to deliver immediate returns for the global tech industry. While acknowledging external reports that “pour cold water on AI adoption,” Minister Teo insisted that such findings should not lead to pessimism but serve as a “reason to double down” on capability building and continued experimentation.


Minister for Digital Development and Information, Josephine Teo, Speaking at Meta's Llama Incubator
Minister for Digital Development and Information, Josephine Teo, Speaking at Meta's Llama Incubator

Minister Teo began her opening remarks by noting the significant progress Singapore has made, observing that AI, which “used to be on the fringe in Singapore, is increasingly in the mainstream”. This shift, seen everywhere from Singapore's CBD to community hackathons in the heartlands, is thanks to developers and strategic partnerships with global leaders like Meta.

Challenge of Technology Diffusion

A core theme of Minister Teo’s address was the need for AI to diffuse throughout the entire economy. Reflecting on her previous roles in the Manpower and Finance Ministry, she highlighted a key concern: “Unless technologies percolate into the corners of society, only a narrow group will benefit”. If AI remains concentrated only among frontier companies, the economy "does not realise its full potential". However, the diffusion of a general-purpose technology like AI is "easier said than done," requiring "many thoughtful interventions". The success stories showcased at the Llama Incubator Demo Day, a program established by Meta in partnership with the Singapore Government and various agencies like IMDA, GovTech, and EnterpriseSG, demonstrated this necessary mainstream adoption, offering sophisticated solutions to real-world issues. For instance, she cited MyRepublic’s AI Co-worker, which uses agentic systems to follow up on sales leads while "keeping the human in the loop, not replace them".

Learning from Setbacks

Addressing the skepticism surrounding AI adoption, Minister Teo acknowledged that reports noting that AI experimentation is failing are "fair comments, but they also reflect just how difficult experiments could be". She stressed that even if adoption is seen as a "fool's errand," valuable lessons must be learned. Minister Teo offered a historical analogy to underscore why the payoff for AI innovation takes time sharing a lesson in history “electrification was available from the late 1800s, but factories did not really use electricity until the 1920s.” This delay occurred because factories had to work around existing, embedded systems and continuously seek new breakthroughs. Teo believes the journey for AI adoption will be similar.


She emphasised that organisations need to find the “sweet spot” in experimentation to “build long term capabilities, and a sense of trust that the experimentations are serious and should not be given up on easily”. The crucial takeaway is that if experiments don't produce the desired immediate results, “we will get better at understanding the problem and build capabilities that enable the organisations to achieve success in AI in the future, we will still have gained something”.

Role of Open Source and Purposeful AI Incubators like the Llama Program are key enablers of this purposeful AI use. Minister Teo stated plainly that "Experimentation takes courage, but very importantly, it takes resources". The Llama program provides not only access to an advanced model but also the engineering resources, knowledge, and insight necessary for success.

Teo further noted that Singapore’s approach necessitates that the government "walk the talk when it comes to open source," citing the open-source nature of AI Verify, a testing framework and software toolkit. Looking at the practical use cases emerging from the program, Minister Teo categorised successful AI adoption into what she calls the "three P's and two A's":

  • Personalisation

  • Planning

  • Prediction

  • Automation

  • Anomaly detection (the ability for AI to search vast amounts of data for suspicious items)


Finally, Minister Teo urged participants not to "journey alone". Engaging with the community, such as groups like Lorong AI, allows practitioners to shorten their learning curve by leveraging the experiences of others, thereby solidifying the collective AI experience and keeping Singapore competitive.


Minister Josephine Teo taking Selfie with the Winners of Llama Incubator
Minister Josephine Teo taking Selfie with the Winners of Llama Incubator

Llama Incubator Program Winners

The inaugural Llama Incubator Program Demo Day concluded with three winning teams: CREX, MyRepublic Broadband, and Straits Interactive, each receiving US$30,000. CREX empowers hotels to deliver premium guest experiences by using Llama 4 multimodal models for emissions reasoning, document understanding, and generating guest-facing narratives, transforming complex Environmental, Social, and Governance (ESG) compliance into a competitive advantage. MyRepublic Broadband developed the AI Sales Coworker, which uses specialised Llama agents, integrated with RAG, to automate sales outreach, lead research, and product recommendations, providing affordable, trustworthy sales automation for SMEs. Straits Interactive launched Capabara, a Capability-as-a-Service platform that integrates with Meta’s Llama 4 and patent-pending auto-reasoning logic, designed to enable non-technical professionals to securely and responsibly create, govern, and scale their own Generative AI assistants.

Samsung Electronics has launched its Galaxy XR extended reality headset, aiming to compete in the nascent computing-on-your-face market. The device, priced at USD 1,799, integrates artificial intelligence features from Google, positioning it against established players like Apple and Meta.


Gray VR headset with smooth texture and dark visor centered on a plain white background. No visible text or additional features.
Credit: SAMSUNG

The Galaxy XR is the first in a series of new devices, operating on the Android XR system and artificial intelligence. This initiative is part of a long-term collaboration with Google, a division of Alphabet, and Qualcomm.


Google’s Vice President of AR/XR, Sharham Izadi, indicated that further devices and form factors are anticipated. Lighter eyeglasses are expected next, with Samsung having partnered with Warby Parker and South Korea’s Gentle Monster luxury eyewear.


Woman in VR headset interacts with virtual images of hot air balloons and a smiling couple, in a modern living room with large windows.
Credit: SAMSUNG

The headset, which combines virtual reality and mixed reality capabilities, was first demonstrated last year. It immerses users in videos, games, and pictures, while also enabling interaction with their physical surroundings.


This interaction capability leverages Google’s Gemini service, which analyses what users see and can provide directions or information about real-world objects. This is achieved by looking at and circling objects with fingers.


Executives from Google and Samsung believe extended reality headsets will benefit significantly from Google’s powerful multimodal AI features. These features process information from various data types, including text, photos, and videos, throughout the device.


Anshel Sag, a principal analyst at Moor Insights & Strategy, noted that Google's software potentially adds USD 1,000 in value to the device. Sag stated that Google aims for users to experience the full capabilities of Gemini with this headset.


Customers acquiring the device will receive a bundle of complimentary services. This includes 12 months of access to Google AI Pro, YouTube Premium, Google Play Pass, and other specialised XR content.


Qualcomm is powering the headset with its Snapdragon XR2+ Gen 2 chip. Samsung’s mobile division Executive Vice President, Jay Kim, explained the company has researched the extended reality segment for a decade, developing the project codenamed "Moohan," meaning "infinite" in Korean, with Google over four years.


Kim stated that the company chose the current timing for the product launch based on technological evolution and market conditions. A prototype for the AI-enhanced goggles was prepared by the time Apple launched its Vision Pro headset in 2024.


The global Head-Mounted Display market is projected to increase by 2.6% to USD 7.27 billion in the coming year, according to research firm Gartner. Lighter, eyeglass-type AI devices, such as Meta's smartglasses made in collaboration with EssilorLuxottica Ray-Bans, are expected to drive most of this expansion.


Despite an expanding competitive landscape, the global virtual reality market, encompassing mixed reality headsets, has seen three consecutive years of decline. Shipments are anticipated to decrease by 20% in 2025, as per research firm Counterpoint.


Counterpoint Senior Analyst Flora Tang suggested that Samsung’s Project Moohan headset could be a strong contender in the premium VR segment. This is particularly relevant for the enterprise market, given its potentially more competitive price point than Apple’s Vision Pro.


Samsung has previously explored face-mounted computing, including the Gear VR headset in collaboration with Oculus. Meta acquired Oculus in 2014.

  • Samsung launched its Galaxy XR headset at USD 1,799, featuring Google's AI capabilities and Qualcomm's Snapdragon XR2+ Gen 2 chip.

  • The device, running on Android XR, is the first of a new family of products and integrates Google's Gemini service for real-world interaction.

  • Early buyers receive a bundle of free services, including Google AI Pro, YouTube Premium, Google Play Pass, and other specialised XR content.


Source: REUTERS

NextSilicon, an Israeli startup whose computing chips are being evaluated by U.S. national laboratories, is developing a new central processor. The company hopes this will rival offerings from Intel and AMD, and also compete with systems by Nvidia.


Silver computer chip labeled MAVERICK-2 NXT20400KV232R96GB, features intricate circuits on a blue-green background.
Credit: NextSilicon

NextSilicon has secured USD 300 million in funding for its operations. Its flagship Maverick-2 chip is designed to accelerate precision scientific computing tasks, such as modelling nuclear weapons.


This field was once dominated by Nvidia, but the company has shifted its focus towards lower-precision computing tasks like artificial intelligence. Startups, including NextSilicon, are now seeking to capitalise on this strategic change by the AI giant.


Credit: NextSilicon
Credit: NextSilicon

The new central processing unit complements NextSilicon’s main chip and is entering a market still dominated by Intel and AMD. It uses RISC-V technology. RISC-V is an open computing standard that competes with Arm Ltd, and it is increasingly adopted by chip giants such as Nvidia and Broadcom.


Nvidia frequently pairs its graphics processing units with either its own central processing unit or one from a third party. It has also partnered with companies like Intel to create tighter integration between these two classes of chips.


At present, NextSilicon’s central processing unit remains a test chip. However, its Maverick-2 chips are already in production.


NextSilicon claims its Maverick-2 chips can perform some of the same work as Nvidia chips, but with greater speed and less power consumption. This is achieved without requiring modifications to existing software code.


Sandia National Laboratories has been evaluating prototype systems built with NextSilicon’s chips for three years.


James H. Laros III, senior scientist and Vanguard programme lead at Sandia National Laboratories, commented on the performance. He stated that NextSilicon’s "performance results are impressive, showing real promise for advancing our computational capabilities without the overhead of extensive code modifications."

  • NextSilicon is developing a new central processor chip.

  • The startup aims to compete with Intel, AMD, and Nvidia in the processor market.

  • NextSilicon has raised USD 300 million in funding.


Source: REUTERS

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