HighTech(ISVs)
Application Development
Trigent helped us build a web-based application with interactive, user-friendly interfaces which empowers us to streamline our processes and transform our business for an energy-efficient future.
About the Client
The client is a global technology leader in indoor air solutions for demanding spaces. They develop and provide solutions for commercial and public facilities, healthcare institutions, laboratories, professional kitchens, restaurants, energy production environments, and marine vessels. The company aims to create comfortable and safe indoor environments that have energy-efficient and sustainable life cycles.
A key offering by the client to the global food chains is an energy and maintenance proprietary technology, designed to ensure memorable customer experiences with safe, comfortable and productive indoor environments that are energy-efficient and comply with sustainable principles.
Business Needs
The client’s energy and maintenance portal was developed using Adobe FlashTM technology that posed several limitations.
- Bugs and errors proved to be a deterrent to end users
- Non-responsive user interface
- End of life technology
- Lack of proper documentation
The client wanted the portal to support a customized, automated, and responsive design that works across multiple browsers and devices.
Solution
The current application certainly needed a visual facelift. Our discovery engagement with our client revealed that the application also failed in terms of its core functionalities and user experience.
Due to the lack of documentation Trigent’s team focused quite heavily on understanding the existing application and prepared a detailed document with recommendations on the new scalable architecture and technology stack.
Trigent’s technology team, backed by its domain expertise, created a multi-layered web-based application with an interactive UI, that can monitor and control remote IoT device in commercial kitchens.
The energy management application empowers the facility managers to:
- Administer users, locations, and groups who can access the application from any browser to view the system in real time.
- Monitor remote locations in real-time with the use of dynamic parameters assigned to animated elements.
- Control the equipment in real-time and configurable schedules. These actions are archived in the database, along with information about who made the changes and when.
- View real-time energy-relevant parameters (data collection for energy monitoring, data logging and reporting, trend analysis).
- Easily create graphical user interfaces for a wide spectrum of projects with the use of preconfigured graphical and dynamic elements.
- Archive alarms - Users to be notified of alarms by text messaging or email.
- Configure schedules for desired parameters.
- Access trends and reports in the form of graphs, tables or spreadsheets.
- View controller archives.
Client Benefits:
The smart application deployed using cloud infrastructure has benefited the client in several ways:
- The application's ability to troubleshoot remotely has increased its customer base by over 60% in less than a year's time.
- The client is considered a thought leader in its chosen space of work.
- The new application enables real-time data reporting, obtains instant alerts regarding outages or breakages, and collects/reports other data to maintain and improve systems.
Technology Stack:
