Yango Group Launches AI Technology to Optimize Urban Commuting in Africa
DUBAI, UAE, February 18, 2026 – Yango Group, a leading global technology company focused on digitizing urban services, has unveiled its cutting-edge AI-powered routing technology. The initiative is set to save urban commuters in Africa approximately 2 million hours in 2025 alone, contributing to a staggering 5 million hours of savings across more than 20 cities worldwide. This remarkable feat translates to an impressive 600 years of human time being returned to the local community.
Addressing Congestion Challenges Across the Continent
From West to Central and Southern Africa, Yango’s intelligent route optimization is tackling one of the region’s most pressing issues: traffic congestion in rapidly growing cities. For instance, Abidjan is expected to save over 815,000 hours for its commuters in 2025, representing the largest time savings of any surveyed African city. In Kinshasa, passengers stand to earn an average efficiency gain of nearly 6% per trip, which ranks among the best globally. Other notable cities include Dakar, where users are projected to save nearly 170,000 hours, and Yaounde and Douala, where riders can expect to regain more than an hour of travel time each year.
Insights from Extensive Data Analysis
The findings derive from an extensive analysis of millions of Yango Ride trips conducted in 2025. This study compared AI-optimized routes against traditional static shortest-path routes, which do not factor in real-time traffic conditions. The results underscore that dynamic routing, powered by machine learning and live traffic data, delivers significant time savings at scale. This emphasizes the critical role AI-driven mobility plays in enhancing modern urban infrastructure.
The Practical Impact of AI on Daily Life
According to Adeniyi Adebayo, Chief Business Officer of Yango Group, the time lost to traffic congestion in many African cities directly affects productivity, family dynamics, and economic opportunities. These findings illustrate that AI is not just a theoretical concept, but rather a transformative infrastructure. By integrating intelligence into daily mobility services, cities can operate more efficiently, granting precious time back to their residents.
Real-Time Updates Enhance Routing Efficiency
Yango’s innovative routing system is adept at processing real-time traffic flows, historical congestion patterns, and road conditions, including traffic light cycles and turn complexities. By evaluating multiple route options in mere milliseconds, the system employs a self-learning architecture that perpetually enhances its effectiveness by comparing predicted travel times to actual outcomes, thus adapting to the unique travel dynamics of each city.
Supporting Urban Sustainability Goals
Intelligent routing extends beyond minimizing travel time; it also aids in achieving broader urban sustainability objectives. Yango’s AI technology enhances fuel efficiency, curtails emissions, and alleviates localized traffic congestion by minimizing idle time and optimizing traffic distribution. Addressing these concerns is increasingly critical for the rapidly urbanizing African market.
Global Impact and Scalability of AI Solutions
While African cities contributed significantly to the total savings, the cumulative impact worldwide exceeded 5 million hours across over 20 cities, including locations such as Lima and Guatemala City. This demonstrates the scalability of AI-driven mobility solutions in diverse urban settings, showcasing Yango’s potential to reshape urban commutes globally.
Operating in more than 35 countries across the Middle East, Africa, and Latin America, Yango Group develops technologies that transform complex algorithms into user-friendly tools. These innovations are essential for building smarter, more efficient, and human-centered urban environments.
For a detailed view of the methodology and a city-by-city breakdown, further information is available via Yango’s communications.
Distributed by African Media Agency (AMA) on behalf of Yango.
