Modernizing energy-tech applications without disrupting operations
Altimi supports energy-tech companies in modernizing applications while maintaining system stability, scalability, and security. As a dedicated energy-tech modernization partner, we integrate with client teams to deliver complex modernization projects without overloading internal developers or disrupting day-to-day operations.
Balancing energy-tech modernization with operational stability
Our client, a specialist in intelligent energy management, provides an application monitoring energy consumption across photovoltaic systems and energy storage devices. Users rely on the platform for critical insights, including solar energy production, electricity usage, and system performance.
Growing platform adoption brought new requirements:
- Improved system stability and performance
- Enhanced scalability for increasing users
- Strengthened data security
However, the legacy code limited rapid development, making modernization essential but risky to daily operations.
Altimi as your energy-tech modernization partner
Altimi acted as a dedicated development partner, rewriting the core application using modern architecture and best practices for performance, scalability, and security. A lean agile team (Full Stack Developer + Project Manager) collaborated with internal stakeholders to accelerate delivery efficiently.
Key modernization activities
The Altimi team carried out a full modernization of the client’s energy-tech application by migrating the legacy code to a modular and maintainable architecture, optimizing both backend and frontend systems to improve overall system performance, enhancing data handling capabilities to support large device networks and real-time metrics, and implementing advanced security protocols. All work was conducted in agile sprints with close integration alongside the client’s internal teams, following ISO 27001:2022-certified processes to ensure top-level security, regulatory compliance, and scalable, reliable application performance.
Achieving scalable and secure energy-tech platforms
Thanks to our collaboration, the client rebuilt the application core, enhancing system scalability, stability, and security. The modernization accelerated the deployment of new features (+40%) and improved data processing performance (+50%), providing a solid foundation for further development and faster innovation while optimizing resource usage.
The application needed to handle thousands of devices and users without compromising quality or performance. Our job was to future-proof the platform.
Energy-tech application modernization
How does Altimi modernize energy-tech applications without disrupting operations?
Altimi implements modernization strategically without impacting daily operations. Through close integration with client teams and proven Agile workflows, we modernize architecture, optimize system performance, and strengthen data security while reducing the burden on internal developers.
What technologies are used in modernization projects?
We leverage modern front-end and back-end technologies, including Angular, Node.js, Nest.js, TypeORM, TypeScript, and MySQL, combined with modular architecture, automated testing, and security best practices. This ensures scalability, reliability, and compliance while allowing rapid feature deployment.
How does Altimi improve system performance and scalability?
By optimizing backend and frontend systems, enhancing data handling, and applying modular design, Altimi delivers faster, more stable, and scalable applications. This enables clients to manage thousands of devices and users simultaneously, reduce downtime risks, and improve end-user experience.
What are the measurable business benefits for clients?
Clients gain significant improvements in system performance, stability, and security, enabling seamless deployment of new features and support for a growing number of users and devices. This results in a robust, scalable platform that is ready for market expansion and continuous innovation, while optimizing internal team capacity.
