@NextDigital November/December 2025 | Page 15

November-December. 2025 |
Artificial Intelligence

15

Next-Gen study tools

▶ To further expand innovation in the education tech market, Namibox unveils AI-powered learning glasses set for Dec 31, 2025
▶ Features include real-time notes, AR overlays, multilingual translation, and ergonomic design for long use
▶ AI-RAN technology drives superior network performance, energy efficiency, and scalability-empowering precision farming and personalised learning for children in remote areas

NAMIBOX, the flagship brand of Jinxin Technology Holding Company( NAMI), has announced a limited global pre-sale of the world ' s first AI-powered smart glasses designed specifically for education.

Developed in collaboration with MICROLUMIN, the device is set for release on Dec 31, 2025 and is priced within the mainstream range for AI hardware globally. The move positions Namibox at the forefront of the emerging " AI + education " hardware sector.
Headquartered in Shanghai, Jinxin Technology Holding Company develops AI-driven products through its NamiBox platform, including curriculum-aligned digital content for primary and middle school students.
The company collaborates closely with leading textbook publishers and

AI networks for growth

LEARNING REIMAGINED: Early adopters have tested the AI-powered glasses, highlighting potential growth in educational technology.
educational platforms in China, combining AI, Augmented Reality( AR), and digital human technologies to support interactive learning.
Unlike general-purpose wearables built mainly for entertainment, Namibox learning glasses use a proprietary AI engine tuned for education, creating what the company calls an " intelligent learning layer " integrated into realworld study settings.
Early trials with students and lifelong learners worldwide have received positive feedback, suggesting the device could mark a practical breakthrough in applied AI for education.
Central to the device is a dedicated large-language model that supports users throughout their learning journey. In classrooms, the glasses ' " Classroom Mode " generates structured notes in real time, allowing students to engage actively instead of simply taking notes.
A memory-consolidation algorithm identifies ideal review intervals, helping learners maximise fragmented study periods. Additional features include a mini-AR display providing contextual information and real-time multilingual translation.
Ergonomic considerations, including lightweight design and lowblue-light lenses, aim to reduce eye strain during extended use.
" The pre-sale is a decisive step in Jinxin Technology ' s campaign to lead smart education hardware," the company stated, emphasising how the glasses address proven user needs and crack technical challenges.
Analysts project that strong adoption could solidify NAMI ' s edge in edtech and lift revenue, while specialised AI hardware defines the next wave in learning technology.
INDONESIA has taken a major step towards digital sovereignty with the launch of its first AI-RAN research centre, a collaboration between Indosat Ooredoo Hutchison( Indosat), Nokia and Nvidia.
The facility, the first of its kind in Asia for the Nokia-Nvidia partnership, is expected to accelerate AI-driven solutions across sectors, including agriculture, education and healthcare.
Designed as a hub for engineers, researchers, and future digital leaders, the centre combines Nokia ' s advanced RAN technologies, Nvidia ' s accelerated computing platforms, and Indosat ' s 5G network to create a single, highperformance AI and software-defined RAN infrastructure.
Leveraging Nvidia ' s Aerial RAN Computer 1( ARC-1), the facility also extends Indosat ' s sovereign AI Factory into an " AI Grid " that connects datacentres and 5G nodes, delivering intelligence closer to users.
The AI-RAN Research Centre delivers a concrete leap forward in
Indonesia ' s digital sovereignty. This partnership signals that Indonesia is committed to inventing, not just adopting, AI technologies.
' This supports the Indonesia Emas 2045 vision by building an inclusive, secure, and competitive AI ecosystem,' said Nezar Patria, vice minister of communication and digital affairs.
Adding to that, Vikram Sinha, president director and Chief Executive Officer( CEO) of Indosat, said: " As Indonesia accelerates its digital transformation, the AI-RAN Research Centre reflects Indosat ' s larger purpose of empowering Indonesia. When connectivity meets compute, it creates intelligence, delivered at the edge, in a sovereign manner.
This is how AI unlocks real impact, from personalised tutors for children in rural areas to precision farming powered by drones. Together with Nokia and Nvidia, we ' re building the foundation for AI-driven growth that strengthens Indonesia ' s digital future."
AI-RAN architectures boost network
performance, scalability, and energy efficiency with machine-learning – based radio signal processing.
Ronnie Vasishta, senior vice president of telecom at Nvidia, added: " The AI Grid is the biggest opportunity for telecom providers to make AI as ubiquitous as connectivity and distribute intelligence at scale by tapping into their nationwide wireless networks."
Pallavi Mahajan, chief technology and AI officer at Nokia, further explained: " This initiative represents a major milestone in our journey toward the future of AI-native networks by
SMARTER CONNECTIVITY: Officials highlight the initiative as a foundation for inclusive, secure, and globally competitive AI ecosystems that can drive sustainable growth nationwide.
bringing AI-powered intelligence into the hands of every Indonesian."
The AI-RAN Research Centre cements Indonesia ' s role in AI-driven networks. By linking 5G infrastructure, AI, and homegrown innovation, the initiative ensures real impact across sectors such as education, healthcare, and agriculture. @ ND