Come VT sta trasformando gli edifici e le città intelligenti

Il futuro della mobilità VT intelligente

del dottor Paresh Kariya

Imagine entering a building where elevators already know your destination, optimize passenger flow in real time, optimize energy consumption automatically and predict maintenance requirements before breakdowns occur. This is no longer futuristic imagination. It is the emerging reality of vertical transportation (VT). Across the world, elevators and escalators are rapidly evolving from conventional mechanical systems into intelligent mobility ecosystems that influence building efficiency, occupant experience, sustainability, safety and urban infrastructure planning. The VT industry today is no longer only about moving people between floors. It is about orchestrating intelligent movement inside increasingly complex buildings and cities.

According to multiple industry market research reports, the global elevator and escalator market is projected to exceed US$100 billion over the coming years, driven by urbanization, high-rise construction, infrastructure modernization and smart city development. India is also emerging as one of the fastest-growing VT markets globally, with estimates projecting growth from nearly US$4.1 billion in 2024 to more than US$7 billion by 2030. This growth is not merely quantitative. It reflects a fundamental transformation in technology, customer expectations and building mobility philosophy.

Expanding Spectrum

The VT industry is no longer confined to conventional elevator engineering. The spectrum of VT technologies is rapidly expanding across multiple domains:

• Mobility Spectrum: From traditional vertical movement to multi-directional and intelligent mobility systems
• Digital Spectrum: From standalone mechanical systems to Internet of Things (IoT)-enabled, cloud-connected, AI-driven platforms
• Sustainability Spectrum: From energy-consuming systems to regenerative, low-carbon, green-certified mobility solutions
• Experience Spectrum: From basic transportation to occupant-centric, touchless, personalized mobility experiences
• Infrastructure Spectrum: From residential elevators to integrated solutions for metros, airports, hospitals, data centers and smart cities

Service Spectrum: From reactive maintenance to predictive analytics and life-cycle performance management. This expanding spectrum is transforming VT from an engineering utility into a strategic component of intelligent infrastructure.

Espansione funzionale

Traditional VT systems focused primarily on vertical passenger movement. Modern systems now support:

• Vertical and horizontal mobility
• Passenger movement and traffic analytics

The VT industry today is no longer only about moving people between floors. It is about orchestrating intelligent movement inside increasingly complex buildings and cities.

• Mobility experience and intelligent people flow management
• Integration with access control and smart building systems.

In future-ready buildings, elevators will increasingly interact with parking systems, HVAC, security platforms, occupancy management and digital infrastructure.

Technology Advances Reshaping VT Smart & Connected Elevators (IoT Enabled)

IoT-enabled elevators are transforming maintenance and operational visibility. Advanced sensors continuously monitor vibration, temperature, door cycles, rope performance, traffic patterns and energy usage. This enables predictive maintenance, reduced downtime, remote diagnostics, better uptime management and real-time performance analytics. Globally, digital twin technologies are also gaining momentum, enabling virtual simulation and monitoring of elevator systems throughout their life cycle. Modern VT systems increasingly utilize: CANbus communication, cloud-based diagnostics, AI-enabled monitoring, machine-learning analytics and rope condition-monitoring systems. The industry is rapidly shifting from reactive maintenance toward predictive life-cycle management.

Touchless and AI-Based Interfaces

Post-pandemic expectations have accelerated adoption of mobile-based elevator calling, voice-enabled systems, facial recognition access, touchless destination selection and AI-based occupancy optimization. Hospitals, airports, commercial towers and smart residential developments are rapidly adopting these technologies. However, this also introduces new priorities around cybersecurity, data privacy, system integration and user adaptability.

Sistemi di sicurezza avanzati

Safety is evolving beyond conventional compliance mechanisms. Emerging systems now integrate AI-enabled surveillance, fall detection systems, emergency response analytics, real-time monitoring dashboards and smart evacuation support systems. Public infrastructure and high-density buildings are increasingly adopting intelligent safety technologies.

Across the world, elevators and escalators are rapidly evolving from conventional mechanical systems into intelligent mobility ecosystems that influence building efficiency, occupant experience, sustainability, safety and urban infrastructure planning.

VT Is Now About Human Experience

One of the biggest industry shifts is that VT is no longer evaluated only by engineering specifications. Modern users increasingly evaluate elevators based on waiting time, ride comfort, safety confidence, digital interaction, accessibility, hygiene and touchless experience and building prestige and occupant perception. In premium office spaces, luxury residences, hospitals and commercial infrastructure, elevator experience is becoming part of overall brand perception and tenant satisfaction. Tomorrow's buildings will compete not only on architecture, but also on mobility intelligence.

India VT Market: Insights From Secondary Research

Recent secondary research studies, industry reports and market analyses indicate India's VT industry is transitioning from a volume-driven market into a technology-enabled and performance-focused ecosystem:

• India is currently recognized among the world's largest elevator markets, supported by rapid urban development, high-rise residential expansion, infrastructure growth and increasing modernization demand. Research findings indicate that a substantial share of future installations is expected to emerge from Tier 2 and Tier 3 cities, where urban verticalization is accelerating rapidly.
• Another major trend identified through secondary research is the growing adoption of connected elevator technologies. Customers are increasingly evaluating VT systems not only on equipment specifications, but also on data capability, uptime assurance, predictive maintenance, service ecosystem quality and energy performance.
• Sustainability is also becoming a major market driver. Studies highlight increasing adoption of regenerative drives, energy-efficient systems and smart standby technologies, especially in green-certified developments.
• The modernization segment is gaining strategic importance due to India's aging installed elevator base. Many building owners are now prioritizing safety upgrades, reliability enhancement, energy optimization and digital retrofitting.
• Secondary research also highlights persistent industry challenges: skilled manpower shortages, price-sensitive mid-market demand, inconsistent safety compliance and a need for stronger regulatory enforcement. At the same time, customer expectations are evolving rapidly. Procurement decisions are increasingly shifting from lowest-cost purchasing toward life-cycle-based value evaluation. This marks a significant strategic shift in India's VT industry maturity.

Future Technologies To Watch

Emerging VT innovations likely to influence the next decade include AI-driven autonomous traffic management, digital twin-enabled elevator optimization, robotics-assisted maintenance, multi-directional magnetic levitation systems, Building Information Modeling (BIM)-integrated VT planning, smart evacuation systems, Tiny Machine Learning (TinyML)-enabled predictive diagnostics and integration with urban mobility infrastructure. These technologies may redefine how buildings manage people flow, energy usage and mobility intelligence.

The VT industry is no longer confined to conventional elevator engineering. The spectrum of VT technologies is rapidly expanding across multiple domains.

Conclusion: The Future of Intelligent Vertical Mobility

VT is entering a transformational era where technology, analytics, sustainability and human experience converge. The next generation of VT systems will not merely transport people between floors. They will become intelligent infrastructure platforms connecting mobility, safety, energy efficiency, analytics and occupant experience into one seamless ecosystem.

For India, this transformation represents more than market growth. It is an opportunity to redefine how buildings move, interact and perform in the era of smart urbanization. As VT professionals, the focus must move beyond equipment selection toward intelligent mobility engineering, where performance, sustainability, digital readiness and human experience are designed together. The future of VT is no longer defined by elevators alone. It is defined by intelligent movement.