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Smart Mobility Market Size, Share, Trends & Growth Graph by 2033

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Smart Mobility Market Size

The global smart mobility market size was valued at USD 55.67 billion in 2024 and is estimated to grow from USD 63.49 billion in 2025 to reach USD 181.61 billion by 2033, growing at a CAGR of 14.04% during the forecast period (2025–2033).

The surge of the global market is fueled by a combination of regulatory, technological, and behavioral factors. Governments worldwide are actively promoting eco-friendly transportation through subsidies, tax benefits, and infrastructure investments to reduce emissions and combat climate change. The rise in shared mobility solutions, such as ride-hailing, car-sharing, and bike-sharing, is reshaping urban travel patterns, particularly among younger, tech-savvy populations seeking cost-effective and flexible transport options.

Additionally, increased investment in electric vehicle (EV) infrastructure, such as fast-charging stations and smart grid integration, is enhancing the feasibility of EVs in smart mobility ecosystems. The digital transformation of transportation, including mobile ticketing, real-time transit updates, and integrated payment platforms, is further streamlining user experiences and increasing public transit adoption. Together, these drivers are accelerating the transition toward more sustainable, connected, and user-centric urban mobility systems.

Latest Market Trend

Integration of AI & IoT

The integration of Artificial Intelligence (AI) and the Internet of Things (IoT) is redefining global smart mobility by enhancing vehicle connectivity, safety, and operational efficiency. These technologies allow real-time monitoring, predictive analytics, and automated decision-making in transport systems.

  • For instance, in May 2025, Indian urban mobility provider Cityflo rolled out an end-to-end, AI-powered driver safety intelligence system across its metro fleet. This innovation aims to establish enterprise-grade operational standards in public transport by leveraging IoT sensors and AI analytics to monitor driving behaviors and reduce risks.

Similar trends are being observed globally, where companies like Bosch, Siemens, and Qualcomm are investing in smart mobility platforms that combine AI-based traffic prediction with IoT-enabled vehicle diagnostics. This synergy is not only improving commuter safety and traffic flow but also reducing emissions and enhancing public transportation reliability.


Smart Mobility Market Growth Factor

Urbanization and congestion reduction need

Rapid urbanization is significantly straining existing transportation infrastructure, pushing the need for smarter mobility solutions. As cities grow denser, the demand for efficient, sustainable, and connected transportation systems intensifies. According to the United Nations, over 56% of the global population reside in urban areas as of 2023, a figure projected to rise to 68% by 2050. Consequently, there has been a rise in urban traffic. Traditional transport systems are unable to cope with increased vehicular movement, leading to higher pollution, economic losses, and reduced quality of life.

  • For instance, according to the Global Traffic Index, in 2024, traffic congestion worsened globally, with 76% of major cities experiencing slower average speeds. Istanbul topped the list with 105 hours lost per driver annually, followed by New York City and Chicago at 102 hours.

Smart mobility offers innovative solutions to mitigate these challenges, thereby driving the global market growth.

Market Restraint

High infrastructure and deployment costs

One of the primary restraints hindering the growth of the global market is the high infrastructure and deployment costs associated with implementing advanced technologies. Establishing smart transportation systems requires significant investment in connected infrastructure, including smart traffic lights, EV charging stations, IoT sensors, and 5G communication networks.

Additionally, retrofitting existing systems and upgrading vehicles with smart features such as GPS, autonomous driving capabilities, and V2X communication technologies further escalates costs. These expenses can be particularly burdensome for developing nations with limited budgets, thereby slowing market penetration. Moreover, long return-on-investment periods deter private sector involvement in large-scale deployments of smart mobility solutions.

Market Opportunity

5G and V2X communication adoption

The integration of 5G and Vehicle-to-Everything (V2X) communication presents a transformative opportunity for the global market. These technologies enable real-time interaction between vehicles, infrastructure, and networks, significantly enhancing traffic efficiency and road safety.

  • In May 2025, the 5G Automotive Association (5GAA) debuted on-road 5G V2X Direct and satellite based Non Terrestrial Network (NTN) demos in Paris. Vehicles exchanged sensor data to warn of hidden pedestrians and seamlessly switched to satellite for emergency messaging. Initial satellite connectivity rollout is expected by 2027.

These innovations allow for better vehicle coordination, faster emergency responses, and improved navigation in congested urban settings. As governments and automakers increasingly invest in these systems, V2X and 5G integration is poised to revolutionize mobility services and pave the way for autonomous driving ecosystems globally.

If you have a specific query, feel free to ask our experts.


Regional Analysis

The smart mobility market in North America is growing due to strong digital infrastructure, rapid adoption of EVs, and expanding ride-sharing platforms. High consumer acceptance of autonomous technologies and advanced telematics is driving innovation. Government-funded pilot programs for connected transportation and smart highways are accelerating smart mobility integration. Major urban centers are implementing data-driven mobility planning, enhancing real-time traffic and fleet management systems. Additionally, increasing private investment in AI-powered mobility-as-a-service (MaaS) platforms is reshaping urban transportation patterns across both metro and suburban areas.

United States Market Trends

The United States market is driven by extensive investments in electric vehicles, smart traffic systems, and Mobility-as-a-Service platforms. Cities like Los Angeles and New York are deploying AI-based traffic management systems and expanding EV infrastructure. Federal support through the Bipartisan Infrastructure Law allocates $7.5 billion for EV charging networks, boosting growth. Companies like Waymo and Tesla are also advancing autonomous mobility initiatives across urban and suburban regions.

Canada’s market is growing steadily due to rising urbanization and strong government backing for green transportation. Toronto and Vancouver are piloting smart traffic lights and connected vehicle technology to reduce congestion. The federal Zero-Emission Vehicle Infrastructure Program (ZEVIP) promotes EV adoption with nationwide charging infrastructure. Additionally, Canadian firms like Geotab and startups such as Communauto are innovating in fleet management and car-sharing solutions.

Asia-Pacific’s Market Growth Factors

Asia Pacific is experiencing rapid growth due to increasing urbanization, high population density, and technological advancement in transportation systems. Expansion of app-based shared mobility services, along with government-backed EV infrastructure rollouts, is creating a thriving ecosystem. Public and private collaboration on real-time transit systems, smart traffic monitoring, and AI-integrated mobility solutions is expanding across metropolitan regions. Rising smartphone penetration and digital payment platforms support widespread adoption of mobility-as-a-service. Moreover, investments in autonomous vehicle R&D and 5G connectivity are accelerating future-ready mobility development.

China’s Market Trends

China’s smart mobility market is rapidly evolving, driven by urbanization and strong government support for electric and autonomous vehicles. Cities like Shenzhen and Beijing have adopted AI-driven traffic systems and fully electric bus fleets. With over 50% of global EVs sold in China (IEA, 2023), companies like BYD and NIO are pioneering smart vehicle integration. Government initiatives under “Smart City” policies further accelerate smart transport deployment nationwide.

India’s smart mobility market is expanding due to rising urban congestion and government-backed programs like FAME II and Smart Cities Mission. Cities such as Bengaluru and Pune are adopting electric buses and intelligent traffic systems. Ride-hailing platforms like Ola and Uber are investing in EV fleets and digital infrastructure. With over 100 smart cities planned, India is positioning itself as a key player in integrating smart mobility across urban transport systems.

European Market Trends

Europe is witnessing robust growth driven by sustainability goals and stringent emissions regulations. The extensive deployment of electric public transportation and well-developed smart city frameworks is creating favourable conditions for connected mobility solutions. Regional investment in green transport corridors and intermodal logistics hubs is strengthening MaaS integration. Widespread use of intelligent traffic systems and adoption of autonomous vehicle testing platforms further propel the market. Additionally, cross-border digital mobility initiatives and funding for smart infrastructure projects are accelerating the shift toward seamless, sustainable transport ecosystems.

Germany’s Market Growth Factors

Germany’s smart mobility market is driven by strong automotive R&D, with major players like BMW and Volkswagen investing in connected and electric vehicles. Germany’s “Smart Mobility Innovation Fund” supports pilot projects in AI-based traffic management. Cities like Hamburg are adopting autonomous shuttle services (e.g., HEAT project), showcasing the nation’s commitment to digital mobility, emission reduction, and integration of public transport with smart infrastructure.

The UK’s smart mobility market is expanding rapidly, propelled by initiatives like the UK Government’s Future of Transport programme. Cities such as London and Birmingham are deploying Mobility-as-a-Service (MaaS) platforms and electric bus fleets. Companies like Arrival and Wayve are piloting autonomous EV technologies. The UK’s legal framework for autonomous vehicles and investments in smart traffic systems make it a leading hub for smart transportation innovation in Europe.

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Element Insights

Ride sharing holds the largest share in the global market due to its cost-effectiveness, convenience, and environmental benefits. Increasing urbanization and growing smartphone penetration have fueled the use of ride-hailing apps like Uber and Lyft. These platforms optimize vehicle usage and reduce traffic congestion and emissions. Additionally, government support for shared mobility to reduce urban traffic and carbon footprint is further boosting this segment’s growth, especially in densely populated cities across North America, Europe, and Asia-Pacific.

Solutions Insights

Traffic management is the leading solution segment, driven by the growing need to reduce congestion and improve urban mobility. Advanced systems utilizing AI, IoT, and predictive analytics help monitor traffic flow, optimize signal timings, and respond to real-time conditions. Cities worldwide are investing in smart traffic systems to improve the commuter experience, decrease fuel consumption, and enhance public safety. Integration with connected infrastructure makes traffic management a critical component of smart city initiatives globally.

Technology Insights

RFID technology dominates the global market owing to its effectiveness in vehicle tracking, toll collection, and fleet management. Its real-time data transmission capability allows seamless communication between vehicles and infrastructure. Governments are adopting RFID-enabled smart cards for public transit systems, while logistics and transport companies utilize RFID for inventory and vehicle monitoring. Its low maintenance cost, high reliability, and compatibility with other smart systems make RFID a key enabler in smart mobility networks.

End-user Insights

The civil work segment plays a vital role in the smart mobility market by supporting the physical infrastructure required for intelligent transport systems. This includes road expansion, installation of sensors, smart signals, and integrated transport hubs. Governments and city planners are heavily investing in civil projects to accommodate smart technologies and enable the smooth operation of traffic, parking, and mobility systems. The demand for modernizing outdated infrastructure, particularly in urban areas, continues to drive the prominence of this segment.

Market Size By Element

Ride sharing
Car sharing
Bike commuting


Company Market Share

Companies in the smart mobility market are focusing on developing advanced connected vehicle technologies, expanding electric and autonomous vehicle portfolios, and forming strategic alliances with tech firms and urban planners. Efforts include integrating AI, 5G, and IoT for real-time traffic management, enhancing shared mobility platforms, and investing in smart infrastructure. Continuous innovation and regional expansions are key strategies to capture greater market share and address evolving consumer and regulatory demands.

Uber Technologies Inc.

Uber Technologies Inc. is a leading player in the global smart mobility market, known for revolutionizing urban transport through its ride-hailing platform. Headquartered in San Francisco, Uber operates in over 70 countries, offering services like ride-sharing, food delivery (Uber Eats), and micro-mobility solutions. The company has expanded into autonomous vehicle research and electric mobility initiatives, aligning with global sustainability goals. Uber’s data-driven approach and integration of AI position it as a key innovator in Mobility-as-a-Service (MaaS) and smart transportation ecosystems.

  • In May 2025, Uber partnered with autonomous‑vehicle startup May Mobility to deploy thousands of hybrid‑electric Toyota Sienna AVs on its ride‑hail platform, debuting in Arlington, Texas, by late 2025. The rollout begins with onboard safety drivers and aims to transition to fully driverless service, before expanding to additional U.S. cities throughout 2026.



Recent Developments

  • July 2025- Qualcomm’s inaugural “Snapdragon Auto Day” is scheduled for July 30, 2025, in New Delhi, hosted in partnership with AWS. The event will showcase the Snapdragon Cockpit, Ride, Car‑to‑Cloud, Auto Connectivity, ADAS and V2X technologies, spotlighting AI‑driven in‑car experiences, cloud‑integrated mobility, and safer, smarter vehicle ecosystems across India.
  • July 2025- EVeium Smart Mobility, the electric two-wheeler division of Ellysium Automotives, has revealed plans to increase localisation in its manufacturing operations. This strategic shift is intended to lower production expenses and enhance the affordability of its high-end electric scooters for Indian buyers. The brand’s leading models, Cosmo, Comet, and Czar, are being relaunched with updated designs and improved features.
  • July 2025- Dubai’s Roads & Transport Authority (RTA) and Dubai Land Department (DLD) have signed an MoU to merge smart mobility, real estate, and logistics. This will enable secure data exchange, co‑develop unified services through the Dubai Now app, and enhance the customer‑centric 360 Services model, all supporting Dubai’s smart city ambitions and sustainable quality of life goals.


Smart Mobility Market Segmentations

By Element (2021-2033)

  • Ride sharing
  • Car sharing
  • Bike commuting

By Solutions (2021-2033)

  • Management of traffic
  • Management of parking
  • Management of mobility
  • Others

By Technology (2021-2033)

  • 3G and 4G
  • Wi-Fi
  • GPS
  • RFID
  • Embedded system
  • Others

By End User (2021-2033)

  • Civil work
  • Business Development
  • Academics
  • Municipal sectors 
  • Others

By Region (2021-2033)

  • North America
  • Europe
  • APAC
  • Middle East and Africa
  • LATAM

Frequently Asked Questions (FAQs)

The global smart mobility market size was valued at USD 55.67 billion in 2024.

Rapid urbanization is significantly straining existing transportation infrastructure, pushing the need for smarter mobility solutions.

Ride sharing holds the largest share in the global market due to its cost-effectiveness, convenience, and environmental benefits.

The smart mobility market in North America is growing due to strong digital infrastructure, rapid adoption of EVs, and expanding ride-sharing platforms.

Top 10 players present globally are Siemens AG, IBM Corporation, Cisco Systems, Inc., TomTom International BV, Robert Bosch GmbH, Hitachi, Ltd., Ford Smart Mobility LLC, Uber Technologies Inc., DENSO Corporation and BMW Group.



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Bolt launches family profile in Nigeria for families

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Ride-hailing platform Bolt has rolled out a new Family Profile feature in Nigeria, aiming to make mobility more inclusive for families and small support networks. The new shared account system allows a single user to manage and pay for rides for up to nine other people, all from one Bolt account. This feature was first launched by Uber in the  ride-hailing sector.

The launch is a strategic step in Bolt’s mission to localise its services and meet the nuanced mobility needs of Nigerian users. In a country where multi-generational households are common and transportation is often coordinated informally among family members, the Family Profile feature provides a  solution for what has long been a manual and inefficient process.

According to internal data from Bolt, approximately 2–6% of rides in Nigeria are facilitated by others, often involving multiple calls or text messages to share driver details, track rides, or resolve payment issues. With the new feature, families can now add members to a shared profile, set monthly spending limits, and receive real-time trip notifications. Riders can still request trips independently through the Bolt app, while the account owner maintains full visibility and financial control.

Importantly, the family profile enforces Bolt’s core safety standards. All members must have their own Bolt accounts and be at least 18 years old, in compliance with platform regulations. The feature cannot be used to book rides for unaccompanied minors, a boundary the company says is necessary for legal and safety reasons. That said, it remains ideal for use cases like scheduling rides for elderly parents or managing transport for family members who aren’t tech-savvy.

“At Bolt, we want to make ride-hailing work for the way people actually move,” said Osi Oguah, Country Manager for Bolt Nigeria. “Family Profile is a simple but powerful way to support others, whether that’s older relatives or anyone you care about, without needing to coordinate every trip. It’s about control, visibility, and freedom in one feature.”

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The introduction of Family Profile reflects Bolt’s wider commitment to platform safety and user empowerment.  It comes just weeks after the company recorded that offline trips on its platform have dropped 42% over the last three months. It builds on existing in-app security features like trip verification codes, live location sharing, ride monitoring, and emergency assistance tools, all part of Bolt’s plan to lead in a competitive and safety-conscious ride-hailing market.



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Ride-hailing leaders like Uber, Lyft, Grab, are far from hitting their EV goals

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The biggest ride-hailing companies globally are struggling to keep their electric vehicle promises.

In 2020, Uber, the world’s largest ride-hailing company, set a target for all its rides and deliveries to be zero-emission by 2040. As of 2025, only a few hundred thousand out of its 7.1 million drivers have adopted green rides.

Grab, Southeast Asia’s biggest ride-hailing company, is targeting carbon neutrality by 2040. Last year, 7% of all Grab rides and deliveries used low- or zero-emission modes of transport, including electric and hybrid vehicles, cyclists, and walkers.

While Uber, Lyft, and Grab don’t disclose the precise number of EVs in their fleets, each platform has less than 1% EVs globally, research and advisory firm Gartner estimates.

“Even though we have seen immense growth in EV adoption by these companies, it is highly unlikely they will achieve 100% EV adoption in the next decade,” Shivani Palepu, transport tech analyst at Gartner, told Rest of World. Palepu expects the shift to electric to vary “drastically” by region.

It is highly unlikely they will achieve 100% EV adoption in the next decade.

Adoption hurdles are steeper in developing regions such as South Asia, Southeast Asia, and Africa, where poor charging infrastructure, high vehicle costs, and unclear regulations make electrification difficult for drivers already struggling with thin margins. North America and Europe have better conditions with state subsidies and robust charging networks. 

Yet, the gap between policy support and market reality persists. Lyft, which primarily operates in EV-friendly North America, committed to an all-electric fleet by 2030. The company says it has achieved only 20% hybrid or electric rides so far, despite substantial bonuses and charging discounts.

Europe leads in EV adoption with tax breaks, congestion-charge exemptions, and free parking for EV owners, according to Bolt, the world’s fourth-largest ride-hailing company. Bolt is based in Tallinn, Estonia, with a presence in 600 cities globally. It offers electric and green cars in 70 cities across Europe and Africa. The company is aiming for net-zero mobility solutions by 2040.

Europe has more than 1 million public chargers, two years after a law mandated fast-charging stations to be placed every 60 kilometers (about 37 miles) by the end of 2025, according to industry data. In Thailand, where Bolt has more than half a million drivers, there are fewer than 10,000 charging points, with less than half offering fast-charging capabilities.

Bolt is aiming for a modest 10% of its fleet to go electric in the next three years, Nathadon Suksiritarnan, Bolt’s country manager, told Rest of World on the sidelines of Thailand’s first ride-hailing summit in Bangkok last month.

The highest EV penetration for Bolt is in cities like Oslo, Amsterdam, Helsinki, London, Paris, and Lisbon.

EVs account for almost a tenth of Uber’s miles in the U.S. and Canada, more than 15% in Europe, and as much as 40% in leading cities such as London and Amsterdam. The platform is the world’s most widely available service for zero-emission rides, with drivers adopting EVs five times faster than average motorists, Uber’s global head of electrification and sustainability Rebecca Tinucci said in a May 7 blog post.

High upfront vehicle costs, weak supply chains, and sporadic after-sales service are additional deterrents in developing markets, according to industry analysts. Singapore, with strong government support, represents an exception from the regional norm, said Jonathan Chua, regional general manager of zero-commission ride-hailing platform Tada.

“Strong government-led initiatives … including islandwide EV charging infrastructure targets, rebates for EV adoption, and regulatory support” are Singapore’s strong points, Chua told Rest of World.

Beyond infrastructure gaps, ride-hailing drivers face several financial and operational barriers that compound the challenge of going electric. The distance covered on a single charge is the primary concern for drivers: Running out of power during peak earning hours directly threatens their livelihood.

“Range anxiety is one of the biggest hurdles for EV adoption among driver partners,” Palepu said. “Charging an EV takes more time than refueling a petrol or diesel car, which can reduce the number of trips a driver can complete in a day, directly impacting earnings.”

Range anxiety is one of the biggest hurdles for EV adoption among driver partners.

Most ride-hailing drivers lack the credit scores needed for traditional vehicle loans.

“One advantage of the ride-hailing app is that you have the data,” Kittipoap Watcharavasuntra, head of risk analytics and advisory at Tisco Financial Group, Thailand’s first investment bank, said in a presentation at the Bangkok summit.

While lenders are conceptually starting to embrace the earnings, vehicle utilization and other data when it comes to underwriting loans, a reality where they dole out financing based on it is still far, Nitin Sharma, a partner at Antler India, told Rest of World. The VC firm invests in several EV and mobility startups.

Improvements are reshaping the EV landscape, with battery ranges extending from 140 kilometers to more than 400 kilometers (about 85 to 250 miles) in premium models. Manufacturers like Tata and Citroën offer warranty coverage up to 300,000 kilometers (18,640 miles). 

Service turnaround times have plummeted from multiday delays to just a couple of hours — a game-changing development for drivers whose incomes depend on vehicle operational time. While EVs initially didn’t make business sense, improved after-sales support now ensures they do, Monil Jayeshkumar Khatri, co-founder of Gurugram-based EV fleet operator Milo Drive, told Rest of World.

Emerging markets are developing some of the most promising innovations. They are pioneering creative solutions that could reshape how the industry approaches electrification.

“Battery swapping and flexible ownership models are often leading the way,” Amos Mwangi, senior electric mobility associate at World Resources Institute Africa, told Rest of World.

Pay-as-you-go schemes and lease-to-own programs are gaining traction, though they have yet to achieve the scale needed for widespread impact. In Thailand, Bolt has partnered with Singapore-based Sleek EV on a rent-to-own model with low interest rates, long repayment schedules, and annual free tire replacement. Sleek EV has sold almost 4,000 electric motorbike units, around 10% of which are used by ride-hailing and delivery services, founder ZQ Ong told Rest of World.

New platform models are emerging to address driver vulnerabilities. Companies like Milo Drive consolidate ride requests across multiple apps to maximize vehicle utilization and driver earnings, while avoiding exclusive partnerships that leave drivers dependent on a single platform’s fortunes.

Some ambitious ventures have demonstrated both the potential and the risk of all-electric models. BluSmart built India’s first all-electric ride-hailing fleet, and expanded across Delhi and Bengaluru for six years. The company entered Mumbai early this year before collapsing in May, due to financial misconduct by the founders.

BluSmart built its “entire model around an all-electric fleet, demonstrating it was operationally viable,” said Palepu about the company’s brief success.

There are some bright spots. Chinese manufacturer BYD has secured partnerships for 100,000 EVs with Uber and 50,000 with Grab worldwide. These ventures underscore a crucial reality where vehicle quality, competitive pricing, accessible financing, and reliable after-sales support must all work in harmony.

“For all markets, enabling policies, availability of EV technology and charging infrastructure, financing, sector skilling, and awareness are necessary for EV transition,” Mwangi said.

The ride-hailing industry’s shift from combustible engines will likely depend not on any single breakthrough, but on whether conditions can be created where going electric becomes the obvious choice.

“The future of EVs in mobility will be defined by accessibility, affordability, and trust,” Chua said. “Our role, as a platform, will be to lead with innovation while ensuring no driver is left behind in the transition, supporting them fully for a meaningful, sustainable livelihood.”



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Bolt Launches Family Profile in Nigeria to Improve Ride-hailing for Households

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Bolt is introducing a new Family Profile feature that allows one person to manage and pay for rides for up to nine other people, all from a single Bolt account. 

The launch supports Bolt’s broader commitment to delivering a high-quality ride-hailing experience built around safety, convenience, and everyday usability.

Family Profile is designed to make ride-hailing more practical for families and support networks. Internal data shows that 2–6% of Bolt rides are currently ordered for someone other than the account holder, often requiring manual coordination and sharing of trip details. 

The new feature simplifies that process, offering a built-in solution that allows customers to invite others to join their profile, set monthly spending limits, and receive live trip notifications. Members can request rides independently if they use the app, while the account holder retains oversight.

Family accounts do not change Bolt’s core policies around rider eligibility. Each member added to a Family Profile must have their own Bolt account and meet the platform’s minimum age requirement of 18. This means the feature cannot be used to book rides for unaccompanied minors. 

These age restrictions are in place for legal and safety reasons and ensure that all riders using the feature remain subject to Bolt’s existing terms and conditions.

The feature is especially helpful for parents, caregivers, or anyone supporting older relatives who may not use smartphones or ride-hailing apps regularly.

Data shows that ride-hail usage is growing fastest among older adults, but practical barriers, like app complexity or payment requirements, still limit adoption. 

Family Profile helps close that gap by letting one person handle ride management and payments for others, even if they don’t use the Bolt app themselves.

In addition to greater flexibility, Family Profile offers account holders enhanced financial control and peace of mind. They can monitor ride activity per member, receive real-time alerts when trips start or end, and take immediate action if needed, for example, checking a ride’s live location or contacting the rider or driver in the event of an unexpected route or stop.

The launch of Family Profile complements Bolt’s ongoing investment in building a world-class ride-hailing platform. Bolt engineers continue to improve the app’s routing, mapping, and usability to meet the evolving expectations of riders and drivers.

Family Profile joins a growing set of features aimed at building trust and enhancing platform safety.

Existing safety tools available in the app include trip verification codes, live location sharing, emergency assistance, and ride monitoring by Bolt’s dedicated Safety Team.

Osi Oguah, country manager, Bolt Nigeria said: “At Bolt, we want to make ride-hailing work for the way people actually move. Family Profile is a simple but powerful way to support others, whether that’s older relatives, or anyone you care about, without needing to coordinate every trip. It’s about control, visibility, and freedom in one feature, and we’re excited to bring it to our customers in Nigeria.”

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