As industries undergo rapid transformation, emerging technologies are driving significant disruption across key sectors, enabling smarter decisions and fostering sustainable growth. From artificial intelligence (AI) to advanced materials, Frost & Sullivan’s 15th Edition of the Top 50 Technologies provides critical insights to empower organizations in making strategic build, buy, or borrow decisions.

By 2028, connectivity technology’s penetration rate will reach 80% in electric two-wheelers (e2Ws) and 60% in internal combustion engine (ICE) two-wheelers (2Ws). 

From basic smartphone pairing to sophisticated vehicle-to-everything (V2X) systems, the journey toward a fully connected two-wheeler ecosystem is well underway. As smartphone penetration among younger demographics increases and e2Ws become more widespread, the demand for seamless integration of technology into the riding experience is set to grow exponentially.

For over 15 years, Frost & Sullivan’s Top 50 Technologies Initiative has identified game-changing innovations that redefine industries and create multi-billion-dollar opportunities. From hybrid energy systems and artificial intelligence (AI)-driven automation to messenger ribonucleic acid (mRNA) drugs and blockchain technology, these breakthroughs have reshaped global markets, enhanced business efficiencies, and accelerated digital transformation.

Each year, emerging technologies fuel industry advancements, influencing how companies innovate, strategize, and stay competitive. As we unveil the 15th edition of the Top 50 Technologies for 2025, we reflect on past breakthroughs and their lasting impact on industries.

The impact of advanced telematics technology on medium and heavy commercial vehicles (M&HCV), especially trucks, is nothing short of revolutionary. OEMs are partnering with telematics service providers (TSPs) to drive innovations such as truck electrification, edge computing, video telematics, and intuitive decision-making technology. These advancements are unlocking new growth opportunities across the connected vehicle ecosystem.

Autonomous shuttles are redefining the transportation landscape, evolving from pilot projects to full-fledged commercial deployments. This landscape, closest to achieving self-driving commercialization, is driven by technological maturity, strategic partnerships, and favorable regulations. Autonomous shuttles leverage advanced technologies, including Level 4 automation, enabling them to operate without human supervision.

These shuttles play a crucial role in urban mobility, connecting city centers with residential areas, business parks, and airports. The competitive intensity and rapid adoption of new business models are pushing companies to explore fresh revenue streams through mobility-as-a-service (MaaS) and data monetization.

India’s shared mobility industry is on an aggressive growth trajectory, . With rapid urbanization, increasing congestion in most cities, and government initiatives driving electrification, shared mobility in India presents massive opportunities for business expansion. The key factors fueling this surge include public transport challenges, cost-effectiveness, convenience, and the EV revolution in mobility.