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Author: Dariu-Admin

The Dariu Foundation Annual Report 2025 is here

In 2025, The Dariu Foundation’s work reached a second continent for the first time, extending beyond Asia to Kenya’s Kilifi County, with Morocco joining in spring 2026.

Artificial Intelligence moved to the heart of the foundation’s work. The year saw 24 new Dariu Tech Clubs open — bringing the total to 232 across Vietnam, Bhutan, Cambodia, Laos and Kenya — and 30,000 teachers trained in AI competencies in Vietnam in just four months. Since 2011, the foundation has reached 3.29 million students, most of them, like most of the teachers trained, women.

Looking ahead, the AI Initiative 2026–2030 will train 150,000 teachers, reach over 5 million students, and bring 300 Dariu Tech Clubs to Asia and Africa.

Read the Annual Report 2025

The Dariu Foundation and The President’s Award–Kenya Sign 24-Month Partnership on Applied AI

A new 24-month partnership between The President’s Award–Kenya (PA-K) and The Dariu Foundation (TDF) will bring applied AI and digital skills training into youth development programmes across the country. The agreement, signed at a ceremony in Nairobi, embeds the Dariu Tech Club initiative within 60 PA-K-licensed award centres in the Nairobi, Central, and Eastern regions.

A 12-month pilot phase begins on 1 June 2026 and is expected to reach more than 6,000 young learners. Sixty Award Leaders and Heads of Institutions will be trained alongside 60 experienced PA-K volunteers, who will serve as master trainers within the system. Participants will engage in applied AI literacy and community-based innovation projects designed to address local challenges.

The signing brought together senior representatives from the Teachers Service Commission, the State Department for Youth Affairs and Creative Economy, Kenya Vision 2030, and the County Government of Kilifi. PA-K CEO Margaret Kiogora described the collaboration as a new step in expanding digital readiness among Kenyan learners, framing it as part of PA-K’s core mandate to prepare young people through non-formal education and life skills.

George Jilani, TDF’s representative in Kenya, framed the initiative as one of access. “Opportunity is what we are here to redistribute,” he said, adding that young people should not remain spectators in the AI era but active participants in shaping it.

The programme is aligned with Kenya Vision 2030 and the government’s broader youth empowerment agenda, positioning structured public–private collaboration as a route to expanding access to emerging technology skills.

AI-POWERED INTERACTIVE CHATBOT ROBOT

In many schools, technology is still used mainly for basic learning support. Inspired by the Industry 4.0 revolution, a team of students set out to change that — by building a physical robot integrated with an AI-based chatbot. The robot can assist teachers and students in quickly accessing lesson-related information, make learning more interactive and enjoyable, and act as a friendly classroom companion capable of recognising emotions and responding to users’ moods.

HOW DOES IT WORK?

The robot combines AI, IoT and voice recognition to enable natural, two-way communication. Built on the Yolo:Bit programmable board with Wi-Fi and Bluetooth connectivity, it uses a chatbot engine with natural language processing to generate conversational responses across multiple subjects — from Math and Science to English. The hardware includes a mini-computer, touchscreen interface, 4G SIM module, power board and sensors. The system can also monitor classroom conditions such as temperature and lighting, and can be controlled via smartphone. Students program multi-topic responses themselves, making the robot a versatile educational assistant that can help with homework, answer questions and interact in a friendly, engaging way.

VTOB launches Bhutan’s AI education programme DigiGyel

Thimphu, 1 April 2026

On the morning of 1 April, butter lamps were burning in the Bhutanese capital Thimphu, a monk was reciting the blessings of the traditional Marchang ceremony – and a few minutes later the conversation had turned to machine learning, computer vision and neural networks. Few images could capture DigiGyel – Building AI-Ready Youth and Schools more precisely: tradition and future, spirituality and code, the Himalayan highlands and high tech.

With DigiGyel, our partner organisation VTOB is launching the successor to the Digital Literacy Initiative (DLI), which between 2022 and 2025 introduced around 25,000 children at 68 schools to coding. Now the programme goes a step further. Over the next three years, 150 schools, 300 teachers and roughly 50,000 students are to become not merely digitally literate but AI-competent – supported by 810 laptops, specialised teacher training and 150 student-led AI clubs, whose best projects will be showcased each year at a National AI Expo.

The name itself makes the ambition plain: Digi for the digital, Gyel for nation and victory. A play on words that doesn’t hide what it’s after.

“AI is developing rapidly and will affect everyone on this planet,” says Thomas Trüb, Founder and President of The Dariu Foundation. “Children need to learn how to use it early – and that includes those in the countryside. They deserve the same opportunities as everyone else.”

That these opportunities are now taking concrete shape in Bhutan is thanks to the continued partnership between The Dariu Foundation and the Regula and Beat Curti Foundation. That they begin with a butter lamp – is unmistakably Bhutanese. s thanks to the continued partnership between The Dariu Foundation and the Regula and Beat Curti Foundation – a partnership that, fittingly, began with a butter lamp.

WATER LEVEL PROTECTION SYSTEM

Flooding and saltwater intrusion are growing challenges in the Mekong Delta, particularly in Hau Giang Province. Seasonal flooding combined with irregular high tides and rising sea levels causes water levels to fluctuate unpredictably, leading to residential flooding and damage to daily living environments. During the dry season, saltwater intrusion threatens freshwater storage in tanks, ponds and household systems. Manual monitoring is time-consuming, inaccurate and ineffective under rapidly changing conditions. A team of students developed this automated system to help communities protect freshwater sources, reduce flood risks and respond promptly to environmental changes.

HOW DOES IT WORK?

Water level sensors continuously measure the height of water in tanks, ponds or drainage areas and send data to a central microcontroller. The controller compares incoming data with pre-set safe thresholds and, when water rises above or drops below these limits, automatically activates pumps or drainage valves to regulate the water level. By maintaining water within a safe range, the system helps prevent flooding during high tides and reduces the risk of saltwater entering freshwater storage. An integrated IoT module (ESP32) uploads data to a web or mobile application, allowing users to monitor water levels remotely and receive timely alerts. This automated approach ensures continuous protection, faster response times and improved water management for households and flood-prone communities.

AI SMART CHAIR FOR THE ELDERLY AND DISABLED

The AI Smart Chair for the Elderly and Disabled was developed by Huynh Minh Trong and Nguyen Hoang Huy, students from Tra On High School, Vinh Long Province, under the guidance of Mr. Tran Trong Huu, Physics Teacher. The project won First Prize in the Vinh Long Provincial Science and Technology Competition 2025–2026 for its innovative use of artificial intelligence (AI) and Internet of Things (IoT) technologies to enhance mobility, health monitoring, and safety for vulnerable individuals.
Vietnam’s aging population faces daily challenges related to limited mobility and a high risk of falls, while most smart chair solutions remain expensive and ill-suited to the Vietnamese physique. This project set out to design an affordable, intelligent chair tailored to local needs—helping users live more independently, comfortably, and safely.

HOW DOES IT WORK

The AI Smart Chair combines smart sensors, motorized functions, and AI-assisted control systems to support users in multiple ways:
• Adaptive posture adjustment: The automated backrest allows users to lift or recline the seat for comfort, reducing fatigue and the risk of bedsores.
• Real-time health monitoring: Sensors measure heart rate, blood oxygen (SpO₂), and temperature, transmitting the data via an ESP32 microcontroller to the Firebase Realtime Database. If readings exceed safe limits, the mobile app built with React Native sends instant alerts to caregivers.
• Multiple control options:
• Button control: Quick commands for core actions such as name announcements and power switches.
• Voice control: Integrated with Google Gemini AI and Google Home through IFTTT, allowing hands-free operation.
• Eye and head control: Using CameraX and Google ML Kit, the chair recognizes blinks and head rotations as commands—for example, two blinks to trigger an emergency alert or three blinks to request hygiene support.

IMPACT

The AI Smart Chair demonstrates how young innovators can use technology to promote inclusion and care. By merging AI, IoT, and practical design, the project provides elderly and disabled individuals with greater autonomy while easing the workload of caregivers—a powerful example of how innovation can directly improve lives in Vietnam’s communities.

Code Club Showcase & Coding Challenge Day: Celebrating Cambodia’s Young Innovators and The Dariu Foundation’s Growing Regional Impact

Cambodia | Digital Literacy Education | December 4, 2025

Over 150 students and teachers gathered at Cambodia’s National Technical Training Institute (NTTI) for the “Code Club Showcase & Coding Challenge Day,” demonstrating the transformative power of digital education and the remarkable potential of Cambodia’s next generation of innovators.

The Dariu Foundation proudly supported this celebration through our Digital Literacy Initiative (DLI), implemented by partner Swisscontact in collaboration with Tech for Kids Academy. His Excellency Dr Hing Sideth, Royal Government Delegate in Charge of the General Directorate of Technical and Vocational Education and Training (DGTVET), presided over the event alongside representatives from the Ministry of Education, Youth and Sports.

Expanding Our Impact Across Southeast Asia

This showcase reflects The Dariu Foundation’s growing presence in Cambodia, building on our established programs in Vietnam. The two-year DLI project (2024–2025) has reached more than 4,000 students and established eight Code Clubs across Siem Reap and Battambang, demonstrating our commitment to empowering youth throughout the region. Students have transformed from passive technology consumers into active digital creators equipped to solve real-world problems.

“The Digital Literacy Initiative has played a significant role in transforming the potential of Cambodian youth into strong human capital and active contributors to society.”
— H.E. Dr. Hing Sideth, Director General of DGTVET

Innovation in Action

Building Southeast Asia’s Digital Future

At The Dariu Foundation, we believe that equipping young people with digital literacy is an essential investment in the region’s prosperity within the global digital economy. Our success in Cambodia, alongside our programs in Vietnam, demonstrates what’s possible when government, civil society, and the private sector unite behind a shared vision for youth empowerment.

SEMI-AUTOMATIC DURIAN HARVESTER

The Semi-Automatic Durian Harvesting and Transport project was developed to address safety and efficiency challenges in durian farming. In provinces such as Vinh Long, Tien Giang, and Ben Tre, durian harvesting still relies heavily on manual labour, exposing workers to safety risks from climbing tall trees and handling heavy, thorny fruits. Traditional machines are unsuitable for durians due to their unique weight, protective needs, and delicate handling requirements. The team set out to create a Bluetooth-controlled automated system that reduces physical strain, enhances worker safety, and protects fruit quality throughout the harvesting and transport process.

HOW DOES IT WORK

The system operates through a smartphone interface connected via a Bluetooth Module (BT18), with an UNO R3 microcontroller at its core processing commands and controlling DC motors through BTS7960 motor drivers across three channels:

  • Remote positioning: The operator uses a smartphone app to navigate the machine beneath durian trees, eliminating the need for climbing
  • Safe harvesting platform: Workers cut durians from a stable platform while fruits drop gently into a cushioned catchment basket, preventing damage
  • Controlled lowering: The basket descends slowly into the main container, protecting fruit quality and integrity
  • Automatic transport and unloading: Once full, the machine navigates to the collection point and tilts the basket to transfer fruits onto trucks effortlessly

The system functions seamlessly from orchard to collection point. In the field, operators position the machine under high durian trees, cut the fruit, and watch it land safely in the basket. During collection, the machine automatically moves to the pickup area and tilts to load fruits onto transport vehicles, saving time and reducing manual handling.

IMPACT

The Semi-Automatic Durian Harvesting system combines automation, IoT, and agricultural technology to create a practical solution for real-world needs. It demonstrates how students can apply coding, engineering, and problem-solving skills to address meaningful community challenges—from improving worker safety to modernising traditional farming practices in Vietnam’s Mekong Delta region.

TDF Annual Tech Camp 2025: Exploring the Future with AI, Robotics, and International Partnership

In a resounding celebration of innovation and collaboration, The Dariu Foundation, in partnership with the Vĩnh Long Department of Education and Training, orchestrated the 2025 Digital Technology Festival (TDF Annual Tech Camp) on November 28th and 29th. Under the evocative theme “Exploring the Future – Innovating with AI and Robotics,” this landmark event brought together over 300 students, educators, and leaders, marking a pivotal moment in our mission to universalize digital skills for Vietnamese youth.

A Testament to International Cooperation

The festival was graced by the presence of Mr. Thomas Gass, Ambassador of Switzerland to Vietnam, whose participation underscored the robust international partnership driving digital literacy across the region. Joining him were leadership representatives from The Dariu Foundation in Switzerland, senior officials from the Departments of Education and Training of Vĩnh Long, Quảng Trị, and Đà Nẵng, as well as leaders from the Union of Friendship Organizations of Vĩnh Long and Cần Thơ, and the Department of Foreign Affairs of Quảng Trị.

This distinguished gathering illuminated the power of cross-border collaboration in shaping the technological landscape for Vietnam’s next generation. As Mrs. La Thi Thuy, Director of Vĩnh Long DOET, eloquently emphasized, technology education—particularly in AI and Robotics—serves as a crucial foundation for equipping young people to thrive in the 4.0 era.

An Ecosystem of Innovation and Discovery

The festival transformed into a vibrant nexus where knowledge, technology, and creativity converged. Students from multiple provinces immersed themselves in a rich tapestry of activities designed to challenge, inspire, and expand their technological horizons.

The Robotics Innovation Playground provided a competitive stage where young engineers demonstrated their technical prowess and creative problem-solving. Meanwhile, the AI Hackathon 2025 Finals showcased 11 outstanding projects, each addressing genuine real-world challenges through innovative AI applications—a testament to the practical, solution-oriented approach that defines our educational philosophy.

Exhibition spaces brimmed with standout projects from Dariu Tech Clubs across the region, alongside digital creative art products that blurred the lines between technology and artistic expression. Interactive Technology Experience Stations, powered by our esteemed partners including ABB Robotics, UEH University (UEH SMD/UEH Mekong), HCMC University of Technology and Education, Can Tho University, and MakersLab, offered hands-on exploration that brought abstract concepts to tangible life.

A highlight for many attendees was the Expert Talk on “The Future of Technology and Career Skills,” featuring insights from industry leaders at Google, ABB, and VinUni University. These sessions bridged the gap between classroom learning and professional reality, offering students invaluable perspectives on the evolving technological landscape and the competencies that will define tomorrow’s workforce.

Celebrating Excellence and Innovation

The festival culminated in the recognition of exceptional talent and dedication. In the AI Hackathon, Le Quy Don High School for the Gifted (Quang Tri) claimed first prize with their groundbreaking project “Echomind,” demonstrating sophisticated understanding of AI applications. The Robotics competition saw Dong Ha High School (Quang Tri) emerge victorious, their technical skill and innovative design setting a new benchmark for excellence.

Beyond individual awards, we celebrated outstanding Tech Clubs from Quang Tri, Da Nang, and Vinh Long, whose consistent dedication to technological exploration embodies the spirit of our mission.

Building Foundations for Tomorrow

As the festival drew to a close, the energy and enthusiasm radiating from participants painted a vivid picture of Vietnam’s technological future. These young innovators are not merely learning to use technology—they are discovering how to shape it, direct it, and harness it to solve the challenges facing their communities and nation.

The Dariu Foundation extends profound gratitude to all delegates, partners, and participants whose collaboration made this event possible. The presence of our academic partners—UEH University/UEH Mekong, HCMC University of Technology and Education, Can Tho University, and Van Lang University—alongside corporate leaders like ABB Vietnam, demonstrates the essential ecosystem approach required to nurture true digital competence.

As we look ahead, we remain committed to expanding the Dariu Tech Clubs model and promoting STEM/STEAM education across Vietnam. The 2025 Digital Technology Festival was not simply an event—it was a declaration of possibility, a demonstration of potential, and a stepping stone towards a future where every Vietnamese student, regardless of geography or circumstance, has the opportunity to become a digital creator, innovator, and leader.

The journey continues, and the future has never looked brighter.

AutoSense Bed – Smart Healthcare Monitoring

The AutoSense Bed project was developed with the vision of using technology to improve healthcare and caregiving. In many Vietnamese families, especially those with elderly or sick members living alone, providing constant care can be challenging. The team set out to create an automated system that monitors health conditions, reduces caregiver workload, and ensures patients receive timely attention—particularly when professional healthcare support is limited.

HOW DOES IT WORK

The AutoSense Bed integrates health monitoring, mobility assistance, and remote control into one comprehensive system. At its core, an ESP32 ESP-WROOM-32 microcontroller collects and processes health data from multiple sensors:

  • A GY-MAX30100 sensor continuously measures heart rate and blood oxygen levels
  • An arm-style blood pressure monitor records blood pressure and pulse
  • A GY-906 MLX90614 infrared temperature sensor measures body temperature without contact, ensuring patient comfort and hygiene

All readings are displayed on a local screen and transmitted via Wi-Fi or Bluetooth to a mobile application, allowing caregivers to monitor the patient’s condition remotely from anywhere.

Additionally, the bed’s mechanical system—powered by a stepper motor and T20 lead screw—enables smooth lifting, lowering, and repositioning of the patient. Caregivers can adjust these settings through the mobile app, ensuring safety and convenience even when they’re not physically present.

IMPACT

The AutoSense Bed combines automation, IoT, and healthcare technology to create a practical solution for real-world needs. It demonstrates how students can apply coding, engineering, and problem-solving skills to address meaningful community challenges—from supporting elderly care to improving home healthcare systems in Vietnam.

Contact Switzerland

Manuela Nieth
manuela@dariu.org

Contact Vietnam

Nguyen Van Hanh
hanh@dariu.vn


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