This is considered a new step in the modernization of combat systems, helping to reduce dependence on bulky devices such as laptops.
According to published information, Mortars App is built on a modern software platform with a friendly, easy-to-use interface and suitable for combat environments.
This application is compatible with many operating systems, including Android and Windows, allowing deployment on many different types of devices.
Unlike previous mortar fire control systems that required the use of laptops and many individual software, Mortars App integrates the necessary functions into a single platform. This simplifies the operation process and increases mobility for units used on the ground.
According to the development team, future updates will also require fewer resources than traditional systems. As a result, new features can be deployed faster, helping soldiers access modern combat capabilities in a shorter time.
The project is led by computer engineer Julia Gustafson. Ms. Julia Gustafson said that the development team is continuing to research to add more software improvements in the future to improve the usability of the application.
In fact, the development process of Mortars App has been prepared for many years. Planning began in 2020 and was completed ahead of schedule in 2023 along with related fire control solutions from the US military.
The first versions still lacked some features and interoperability, but the soldiers participating in the test assessed that the system worked better than expected thanks to its modern software architecture. By 2024, version 4.0 was officially released with many important upgrades.
According to Ms. Julia Gustafson, users quickly became familiar with the application and gave many positive feedbacks.
Soldiers who used to use the old generation fire control system can operate Mortars App after a minimum training period.
The birth of Mortars App reflects the increasing trend of the US military in taking advantage of mobile technology to improve combat effectiveness, while helping fire control systems become more flexible, easy to deploy and convenient in the modern battlefield environment.
