More than 150 developers from across five continents, along with over 650 aspiring creators from India, are participating in an exciting handheld video game design challenge organized by the Indian Digital Gaming Society as part of the WAVES 2025 initiative. Recently launched by the Ministry of Information and Broadcasting, this initiative aims to empower young innovators and foster a new wave of digital gaming talent.
The challenge has seen widespread participation across India, with students from 20 states and four Union Territories stepping up to compete. An official commented, “The diverse participation, including from regions previously lacking strong economic indicators, demonstrates the far-reaching success of the Digital India initiative.”
Notable areas such as Barmer (Rajasthan), Rayagada and Bhadrak (Odisha), Sonbhadra and Fatehpur (Uttar Pradesh), Vizianagaram and Jammalamadugu (Andhra Pradesh), Shivpuri and Balaghat (Madhya Pradesh), and Nandura (Maharashtra) have all seen registrations. This year’s participants include professionals, freelance developers, and students from colleges and schools. Among them, 33 participants come from India’s vibrant startup ecosystem.
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Unlike traditional game development challenges, this competition uniquely integrates both hardware and software. Participants must create standalone, non-mobile, LCD handheld gaming devices using microcontrollers such as Arduino Uno and Raspberry Pi. By excluding mobile or computer screens, the challenge ensures a glare-free, non-addictive gaming experience—perfect for educational settings.
Participants must design a fully functional gaming device, blending game mechanics with physical hardware to create an independent and adaptable learning tool. “This challenge bridges multiple disciplines, from programming to electronics and mathematics, to develop an efficient, cost-effective hardware solution,” the official added. Unlike traditional software-based game development, this hands-on approach encourages developers to focus on gameplay logic and hardware integration, avoiding the complexities of Android or Windows operating systems.
The shift to microcontrollers significantly reduces costs and enables modular hardware prototyping, allowing devices to be repurposed with new hardware configurations, ensuring long-term versatility.
The global response to this challenge has been remarkable. European participants hail from Germany, Italy, the Netherlands, and the U.K., while African nations such as Algeria, Cameroon, Ethiopia, Ghana, Kenya, Nigeria, and South Africa have shown strong interest. Registrations have also poured in from the U.S., Canada, Brazil, Singapore, Vietnam, Taiwan, Japan, Indonesia, and several other countries.
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“This initiative not only promotes the fusion of hardware and software in gaming but also lays the groundwork for future innovations in IoT (Internet of Things) and embedded systems. It could serve as a stepping stone for the development of smart learning tools, automation technologies, and homegrown gaming hardware in India,” said the official.
The focus on low-power, simple display technologies aligns with global sustainable tech trends, opening the door to next-generation smart toys, wearables, and automation projects. It also supports India’s ‘Semiconductor Mission,’ which seeks to drive semiconductor innovation and self-reliance.
In essence, this challenge not only aims to revolutionize gaming but also ignite technological progress in India, fostering a thriving ecosystem of innovation in the years to come.
