South African innovators develop AI-powered public transport solution improving commuter safety, reliability and accessibility while demonstrating how social innovation and technology can strengthen inclusive mobility ecosystems.
Two University of the Western Cape (UWC) alumni are taking a locally developed public transport innovation to the global stage after winning the 2026 Red Bull Basement South Africa national title.
Software developers Shaqeel Less and Makhi Mangxola have developed Uthutho, a digital platform designed to improve the reliability, safety and accessibility of public transport through real-time information and community-driven data.
The pair will represent South Africa at the Red Bull Basement 2026 World Final taking place in San Francisco and Silicon Valley from 1–3 June 2026, where leading student innovators showcase technology solutions designed to solve real-world problems.
Uthutho was created to address daily challenges experienced by millions of commuters who rely on public transport systems that often lack clear route information, predictable pricing and real-time updates.
Using artificial intelligence, GPS integration and cloud-based systems, the platform provides commuters with live journey updates, route clarity and community-verified transport information designed to reduce waiting times and improve travel confidence.
From a social innovation perspective, the solution highlights how locally developed technology can respond to infrastructure gaps while strengthening economic participation and mobility access.
Public transport plays a critical role in enabling access to employment, education and economic opportunity. Solutions that improve system reliability contribute to broader social and economic inclusion, particularly for young people and those travelling unfamiliar routes.
The platform also enables school transport operators to list routes, pricing and vehicle information, allowing parents to identify safer and more transparent school transport options for learners.
The innovators describe the solution as rooted in lived experience, shaped by the realities faced by commuters navigating complex transport systems daily.
Participation in innovation ecosystems such as the UWC Future Innovation Lab provided exposure to practical problem-solving approaches, enabling the developers to focus on scalable solutions with measurable social impact.
From an ESG perspective, technology-enabled mobility solutions can contribute to safer transport environments, improved efficiency and better-informed commuter decision-making.
The international stage provides opportunities for mentorship, investment and access to advanced AI tools that could support further development and expansion of the platform across emerging markets.
Solutions designed for emerging economies often offer adaptable models for other regions facing similar transport challenges, demonstrating how innovation developed in Africa can contribute to global problem-solving.
As cities continue to evolve, digital tools that strengthen mobility ecosystems play an important role in improving economic participation, reducing uncertainty and supporting safer commuter experiences.
Uthutho demonstrates how young innovators are leveraging technology to address real challenges while contributing to more inclusive, data-driven and accessible transport systems.
