Kenyan electric mobility manufacturer Roam has launched a new digital platform designed to improve how electric vehicles are monitored and managed across Africa’s rapidly growing electric mobility sector.
The platform, named Roam Explorer, connects electric motorcycles, tuk-tuks, buses and cars to a centralized digital system that provides real-time insights into battery health, vehicle performance, location and usage. By integrating advanced data monitoring and artificial intelligence, the company hopes to improve the reliability, safety and efficiency of electric fleets operating across the continent.
The launch marks an important step in the evolution of Africa’s electric mobility ecosystem. As electric vehicles become more common on African roads, the focus is shifting beyond the vehicles themselves to the digital infrastructure needed to manage fleets at scale.
For Roam, the new system represents a transition from simply manufacturing electric vehicles to building a connected mobility ecosystem capable of supporting fleet operators, riders, and financiers.
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Solving a Key Challenge in Africa’s EV Transition
Electric mobility has grown steadily across Africa in recent years, particularly in countries such as Kenya where motorcycles play a major role in public transport and logistics.
However, one of the most overlooked challenges facing the sector has been visibility into fleet performance. In many African markets, electric vehicles operate in environments with inconsistent connectivity, limited digital infrastructure and scarce operational data.
For fleet managers and financiers, the inability to monitor vehicles remotely has created operational risks. Without reliable information on vehicle location, battery health or usage patterns, lenders often hesitate to finance fleets and operators struggle to scale their businesses.
Roam Explorer was designed specifically to address this issue.
The platform links vehicles to a centralized monitoring interface, enabling operators to track their fleets continuously. By providing detailed operational data in real time, the system allows fleet managers to monitor performance, identify inefficiencies and quickly address technical problems.
According to Roam, this type of digital visibility is critical for the next phase of electric mobility adoption in Africa.
A Platform Built for African Connectivity Conditions
One of the defining features of Roam Explorer is its ability to function across multiple network environments.
The platform operates on 2G, 3G and 4G networks, allowing vehicles to remain connected even in rural areas or regions where internet infrastructure is limited. This capability is particularly important in African markets, where connectivity conditions can vary widely depending on location.
Fleet operators can access vehicle data through a smartphone interface that provides detailed analytics and monitoring tools. At the same time, the platform also allows certain functions to be managed through SMS commands, making the system accessible even in areas where smartphone penetration is low.
This dual-access approach reflects the realities of the African transport sector. Many electric motorcycles and other vehicles operate in lower-income areas where digital connectivity and smartphone usage remain uneven.
By ensuring that vehicles remain connected regardless of network limitations, Roam Explorer aims to create a more inclusive digital infrastructure for electric mobility.
Artificial Intelligence Powers Predictive Maintenance
At the heart of the new platform is an artificial intelligence system designed to analyze vehicle data and improve fleet performance.
Electric vehicles rely heavily on batteries, which are typically the most expensive and sensitive component of the vehicle. Monitoring battery health is therefore critical for ensuring reliability and extending the lifespan of electric fleets.
Roam Explorer continuously analyzes key battery metrics such as temperature, charging cycles, state of health and range performance. Using this data, the platform’s AI algorithms can identify patterns that may signal potential mechanical or electrical issues.
Instead of waiting for breakdowns to occur, the system can alert operators to potential problems in advance.
This approach allows fleet operators to move from reactive maintenance to predictive maintenance, reducing downtime and preventing costly repairs.
Among the platform’s key features are:
- Predictive maintenance: AI forecasts mechanical or electrical failures before they occur.
- Performance optimization: Real-time route and usage tracking improves energy efficiency.
- Risk reduction: Early warnings help prevent unexpected breakdowns.
- Lifecycle tracking: Detailed data logs support component recycling and resale valuation.
By shifting maintenance from reaction to prevention, operators can maintain higher fleet uptime and improve the overall economics of electric vehicle ownership.
Improving Safety and Operational Efficiency
Beyond maintenance, the platform also provides insights that can help improve safety and operational efficiency.
This level of monitoring is particularly valuable for commercial fleets such as delivery services, ride-hailing operators and public transportation providers.
For example, logistics companies can track vehicle usage across multiple locations, identify inefficient routes and optimize battery charging schedules.
Such improvements can significantly reduce operating costs while increasing reliability for both operators and passengers.
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Unlocking Financing Opportunities
Access to financing has been one of the biggest barriers to electric vehicle adoption across Africa.
Many riders and small fleet operators cannot afford the upfront cost of purchasing electric vehicles. Financing models such as pay-as-you-go leasing have emerged to address this challenge, but lenders still face risks when financing vehicles that cannot be easily monitored.
Roam Explorer helps address this issue by giving lenders greater visibility into the assets they finance.
Financial institutions can track vehicle location, performance and usage through the platform, reducing the risk associated with lending. This transparency makes it easier for lenders to offer financing to riders and fleet operators.
Fleet managers can also monitor performance across multiple vehicles simultaneously, ensuring better accountability and asset management.
According to Habib Lukaya, Roam’s Country Manager, the platform fundamentally changes how electric fleets are managed.
“Roam Explorer changes how electric fleets are managed. It moves us from reacting to problems to preventing them,” Lukaya said.
“By giving real-time visibility into battery health and vehicle performance, we are making electric fleets safer to operate and easier to finance.”
Developed in Kenya With Global Collaboration
Roam Explorer was designed and developed in Kenya, highlighting the country’s growing role as a hub for electric mobility innovation in Africa.
The platform was created in collaboration with Swedish technology partners, combining local expertise with international engineering capabilities.
Roam says the system replaces earlier off-the-shelf tracking modules that were not designed specifically for electric mobility.
By building a platform tailored for EV operations, the company aims to unlock greater efficiencies and deliver more relevant real-time insights for operators.
The shift also reflects the company’s broader strategy of developing solutions that address the unique needs of African transport markets.
Rapid Growth of Electric Motorcycles in Kenya
The launch of Roam Explorer comes at a time when Kenya’s electric mobility sector is experiencing rapid growth.
Electric motorcycles, often used as boda-bodas, are becoming an increasingly important part of the country’s transport ecosystem.
Recent market data highlights this shift.
The overall motorcycle market in Kenya expanded significantly, rising from 68,804 units in 2024 to 168,286 units in 2025, representing growth of 145 percent.
Within that expansion, electric motorcycles accounted for 25,277 registrations in 2025, meaning 15.3 percent of all new motorcycle registrations were electric.
This growth reflects rising interest in cleaner, more affordable transport solutions.
With more than two million internal combustion engine motorcycles currently operating in Kenya, the potential for electrification remains enormous.
As adoption continues to increase, technologies such as Roam Explorer could play a critical role in ensuring fleets remain reliable and financially viable.
Supporting Local Manufacturing and Jobs
The growing electric motorcycle market also presents opportunities for local manufacturing and economic development.
As companies scale production and deploy more advanced technologies, they can increasingly incorporate locally manufactured components into the production process.
This can help strengthen Kenya’s manufacturing ecosystem while creating both direct and indirect employment opportunities.
At the same time, larger fleet sizes allow companies to invest more in advanced digital solutions such as connected platforms and IoT technologies.
These innovations not only improve operational efficiency but also help reduce long-term costs for operators.
Building a Connected Electric Mobility Ecosystem
Roam says the launch of Roam Explorer reflects a broader shift in its approach to electric mobility.
Instead of focusing solely on vehicle production, the company is now working to develop connected mobility ecosystems that integrate hardware, software and digital infrastructure.
Such ecosystems allow electric vehicles to operate more efficiently while supporting the broader growth of sustainable transport systems.
They also create new opportunities for innovation in areas such as battery management, fleet analytics and charging infrastructure.
For Africa’s growing cities, these technologies could help address both environmental and mobility challenges.
Outlook
The launch of Roam Explorer represents an important milestone for Africa’s electric mobility sector.
As the adoption of electric vehicles accelerates across the continent, digital infrastructure will play an increasingly central role in ensuring fleets remain efficient, reliable and financially sustainable.
Platforms that provide real-time data, predictive maintenance and transparent asset monitoring are likely to become essential tools for operators and investors alike.
By addressing some of the key barriers to EV adoption—such as connectivity challenges, maintenance uncertainty and financing risks—Roam Explorer could help accelerate the transition toward cleaner transport systems.
For Kenya, the rapid growth of electric motorcycles combined with technological innovations like Roam Explorer highlights the country’s emergence as a leader in Africa’s electric mobility transition.
If adoption continues at its current pace, connected platforms like this could become the backbone of a new generation of smart, sustainable transport networks across the continent.
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By: Rosemary Wambui
10th March 2026
