Verde Mobility is a global leader in electric vehicle (EV) infrastructure, providing charging solutions that support the growing demand for electric transportation. As the EV market expands rapidly, Verde Mobility needed a scalable platform to manage its charging stations, monitor usage data, and provide real-time insights to its customers. To meet these needs efficiently and at scale, Verde Mobility turned to low code development, enabling rapid deployment and customization of their platform.
Verde Mobility faced several challenges as it sought to expand its network of EV charging stations across multiple regions
Verde Mobility’s platform had to scale quickly to meet the growing demand for EV charging infrastructure. As the company expanded into new markets, the platform needed to be adaptable to regional requirements, customer needs, and varying energy policies. Customization was critical for localizing features, without requiring lengthy development cycles.
The platform needed to provide real-time monitoring of EV charging stations, allowing customers to view charging status, usage history, and energy consumption data. Handling large volumes of real-time data required a solution that was not only scalable but also allowed easy integration with multiple data sources.
With expansion into different countries, Verde Mobility required a solution that could be quickly deployed across regions while meeting local regulatory standards and customer preferences. A traditional development approach would have delayed the launch of the platform in new markets.
Developing a highly scalable and feature-rich platform using traditional coding methods would have incurred significant time and cost investments. Verde Mobility needed a cost-effective solution that could reduce the time to market without compromising on functionality.
Amplework Software implemented a low code development approach to meet Verde Mobility’s needs, enabling rapid platform deployment, customization, and scalability while reducing development costs.
By leveraging low code platforms, we were able to create a scalable solution that allowed Verde Mobility to quickly adapt to market changes. Custom modules were built to handle specific regional requirements, making it easy to localize the platform for different markets. The visual development environment enabled faster iteration cycles, allowing for swift adjustments to the platform as customer needs evolved.
We implemented a real-time monitoring dashboard that provided customers with live data on charging station usage, energy consumption, and charging history. This data was integrated into the platform using low code tools, enabling quick updates and modifications to the dashboard’s features without complex coding.
The platform integrated seamlessly with external data sources, including energy providers and local government databases, using pre-built connectors and APIs available through the low code platform. This allowed Verde Mobility to comply with local energy regulations and provide accurate, real-time energy data to its customers.
Using the low code platform, we were able to rapidly deploy the platform across multiple regions. The scalable infrastructure allowed Verde Mobility to expand its operations quickly without being constrained by traditional development bottlenecks. This ensured that the platform could handle increased traffic and data loads as the number of charging stations grew.
The low code approach significantly reduced the development time and cost, allowing Verde Mobility to launch its platform in new markets faster. The modular nature of the platform meant that future updates and feature enhancements could be rolled out with minimal effort, ensuring the platform remained agile and responsive to market needs.
We collaborated closely with Verde Mobility to understand their platform requirements, including scalability, real-time monitoring, and regional customization needs. Based on these requirements, we selected a low code platform that offered pre-built modules, connectors, and visual development tools to speed up the development process.
We developed custom modules using low code tools to handle specific regional and regulatory requirements. These modules included customizable dashboards, real-time monitoring capabilities, and user management features that could be adapted to different market conditions.
Using the low code platform’s pre-built connectors and APIs, we integrated data from external sources, such as energy providers and government databases, into the platform. This enabled real-time monitoring of energy consumption and charging station performance, providing valuable insights to both customers and Verde Mobility.
The platform was tested for scalability and performance to ensure that it could handle the increasing number of users and data points as Verde Mobility expanded. The low code solution allowed for rapid testing and iteration, enabling us to deploy the platform across multiple regions with minimal downtime.
After deployment, we provided ongoing support to Verde Mobility, ensuring that the platform remained up-to-date with new features and regulatory changes. The low code platform allowed for easy updates and modifications, ensuring that Verde Mobility could continuously improve its services without lengthy development cycles.
The low code solution provided by Amplework Software enabled Verde Mobility to scale its platform rapidly, meet regional customization needs, and offer real-time data insights to customers
Reduction in Development Time
The low code approach reduced development time by 50%, allowing Verde Mobility to launch its platform in new markets faster than expected.
The real-time dashboard provided customers with valuable insights into charging station performance, energy consumption, and usage history, improving the overall user experience.
Seamless Real-Time Monitoring
The platform was easily deployed across multiple regions, allowing Verde Mobility to expand its EV charging infrastructure without delays or technical bottlenecks.
Scalable Platform Across Regions
By using low code development, Verde Mobility saved approximately 40% in development costs compared to traditional coding methods, enabling them to invest in further expansion and innovation.
Cost Savings
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