Singapore University of Technology and Design (SUTD) first-year student Mohammed Khambhati Huzefa has founded Neural Drive, an AI-powered wearable that translates brainwaves and neural biosignals into actionable commands. The device enables paralysed individuals to communicate and control their environment through eye blinks and focused thought, without invasive surgery.
From Classroom Concept to Funded Venture
Neural Drive emerged from SUTD’s emphasis on design thinking and real-world problem solving. Huzefa developed the prototype during his Freshmore year, drawing on the university’s interdisciplinary curriculum that integrates technology, design, and engineering. The startup’s core technology uses non-invasive sensors to capture brain activity, which an AI model then interprets into text, speech, or device controls.
The approach stands out for its affordability. Each unit is priced at approximately S$3,250 for hospitals, far below competing systems that can reach S$32,500. This pricing strategy aims to broaden access in clinical settings across Singapore and beyond.
Pre-Seed Funding Milestone
In June 2026, Neural Drive secured US$250,000 (S$325,000) in pre-seed funding from Afore Capital, a San Francisco-based venture capital firm. The investment will support further AI model development, hardware refinement, and initial hospital trials. SUTD issued an official announcement highlighting the achievement as a testament to student-led innovation within its ecosystem.
The funding round follows earlier successes, including first place at LotusHacks, an AI competition co-organised by Harvard University and GenAI Fund, where the team outperformed more than 1,500 developers from over 30 countries.
Technology and Accessibility Focus
Neural Drive’s wearable captures biosignals through a lightweight headset. Users perform simple actions such as blinking or concentrating on specific thoughts, which the AI processes in real time. Early demonstrations showed the system enabling basic communication for individuals with severe motor impairments.
Hospitals in Singapore are preparing to trial the device. The lower cost removes a major barrier that has historically limited brain-computer interface adoption to well-funded research centres or high-income patients.
Photo by Markus Kammermann on Unsplash
SUTD’s Support for Student Entrepreneurs
SUTD maintains dedicated programmes to nurture ventures like Neural Drive. These include mentorship from faculty with industry experience, access to prototyping facilities, and connections to Singapore’s broader startup network. The university’s location in the city-state’s innovation corridor facilitates collaborations with research institutes and healthcare providers.
Student founders benefit from SUTD’s project-based learning model, which encourages early-stage experimentation. Neural Drive exemplifies how such training translates into commercially viable solutions addressing pressing societal needs.
Broader Implications for Singapore Higher Education
The success of Neural Drive underscores Singapore’s position as a hub for applied research and entrepreneurship education. Universities in the country increasingly integrate startup incubation into undergraduate programmes, preparing graduates for careers that blend technical expertise with commercial acumen.
Administrators at institutions like SUTD, the National University of Singapore, and Nanyang Technological University view student ventures as extensions of classroom learning. Funding wins and competition victories provide tangible evidence of programme effectiveness and help attract prospective students and faculty.
Path to Clinical Adoption and Future Development
With the new capital, Neural Drive plans to expand its AI training datasets and conduct multi-site trials. The team is also exploring partnerships with local hospitals and rehabilitation centres to refine user interfaces for diverse patient populations.
Longer-term goals include scaling production and adapting the platform for additional applications, such as environmental control in smart homes or assistive technologies for other neurological conditions.
Stakeholder Perspectives
University leaders have expressed pride in Huzefa’s achievement, noting that it reflects SUTD’s commitment to impactful design. Healthcare professionals highlight the potential to improve quality of life for patients who currently rely on costly or limited communication aids.
Investors from Afore Capital cited the combination of technical novelty, clear market need, and the founder’s demonstrated execution as key factors in the decision to back the early-stage company.
Looking Ahead
Neural Drive’s trajectory illustrates the growing pipeline of talent emerging from Singapore’s higher education institutions. As more student founders secure external validation, the ecosystem gains momentum, reinforcing the country’s reputation for translating academic research into practical innovations.
Observers expect continued collaboration between universities, government agencies, and private investors to sustain this momentum in the coming years.