Mitsubishi- Aircraft Health Monitoring App
A cross-platform solution for monitoring and managing aircraft health systems. The app boosts security, dependability, and sortie rates while enabling manual fault reporting and faster maintenance cycles. It integrates real-time notifications, analytics, and sensor-enabled monitoring to optimize aircraft safety.
Country
United States of America
Service
Transportation
Industry
Multiple
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About
The Project
This application was designed to enhance aircraft health management through real-time data, advanced monitoring, and incident response features. It empowers airlines and operators with quick fault detection, live fleet mapping, and analytical tools that improve safety and reduce downtime. The system eliminates inefficient manual tracking and creates a smarter, more dependable process for aircraft maintenance and monitoring.
Process We Followed
Our team collaborated with the client to deeply understand requirements before designing the solution. Through a structured approach—problem identification, feasibility study, user research, discovery workshop, and competitor analysis—we shaped a robust health monitoring framework. This systematic process ensured the app was not only technologically sound but also practical, reliable, and aligned with aviation industry needs.
1. Problem Identification
Aircraft systems demand consistent monitoring to avoid errors and ensure passenger safety. Traditional fault reporting and manual checks left gaps that risked delayed response and higher maintenance costs. The client needed a system capable of real-time tracking, fault detection, and incident resolution statistics to improve dependability while providing clear visibility into aircraft health and safety measures.
3. Solution Implementation
We implemented the solution through structured phases, starting with user research, where we gathered insights from passengers, crew, and staff. A product discovery workshop refined the app’s scope and aligned it with client goals. Competitor analysis guided feature improvements. Together, these steps shaped a sensor-enabled, cross-platform application designed for real-time fault detection, incident response, and streamlined aircraft health management.
2. Feasibility Study
We analyzed how a cross-platform solution could integrate sensors, real-time monitoring, and seamless communication between aircraft and control centers. The feasibility study confirmed that building such a system could prevent operational failures, provide fast emergency responses, and offer first-hand support. The outcome validated our approach to create a scalable, sensor-enabled health management system for aircraft safety.
4. Challenges Faced by QSS
Our developers faced hurdles integrating real-time notifications, wireless sensor networks, and detailed fault logs. Creating a system that could detect failures, display live fleet positions, and categorize faults into criticality levels was complex. The challenge was to balance accuracy with speed while ensuring the app supported quick decisions without overwhelming users with data.
5. Final Outcome Achieved
The result was a cross-platform app that enables real-time monitoring, fast incident reporting, and improved aircraft dependability. Key features include a fleet map showing current positions, instant fault notifications, and color-coded status indicators. The hybrid solution supports web and mobile, ensures redundancy during natural calamities, and simplifies maintenance cycles while boosting operational safety and efficiency.
Problem Identification
Security and management of an aircraft need to be monitored in the first place to prevent the erroneous situation in an aircraft. Therefore, we aim to consider all the areas and measures carefully to come up with an effective health monitoring and management system. Key priority areas of building a solution would be -
- Performing remote monitoring of aircraft data
- Deliver improved analytical output while optimizing safety for varied aircraft
- Providing fault resolution statistics
- Improving the security and dependability of an aircraft
Feasibility Study
A proper monitoring system depends upon the method of implementation being carried out in an alarming situation. It can be arduous without forming the proper structure. After viable analysis, we have reached a conclusion to build a cross-platform solution to eliminate all the possibilities of failure. Major focus areas would be -
- Enable sensors on the aircraft that monitor critical activities
- A cabin person to respond quickly on an emergency situation
- The easy linkage between the network and the incident management centre
- Firsthand support outlining for such occurrences
Solution Implementation
We took a phased approach to design the app, combining user feedback, client workshops, and competitor research. This helped us validate core needs, refine the app’s scope, and deliver a reliable cross-platform system for monitoring aircraft health.
User research
Reviewed individuals and led a short opinion poll among passengers, cabin crew members and flight attendants to understand what they think of the health monitoring and management system for an aircraft. We also tried to pull out an idea from masses on developing a solution that shows real-time data managed incidents as well as fault and resolution statistics.
Product discovery workshop
As a software development company, it becomes important for us to brainstorm ideas with customers to develop a solution. When clients come to us with their vision and ask us to describe all the important aspects of an application, we give a rough idea of the goal and scope of the digital product and try to work out any doubts they have.
The intention behind a workshop is to streamline the entire product development process and to provide all the details related to the solution. We discussed with clients how adding attributes such as current aircraft status, several technicalities can help users in many aspects. We also acquainted them with our plan for other AHMS work activities.
Competitor Analysis
A constant competitor analysis ensures the place of a brand in a market. We conducted thorough business research and probed that there are many aircraft health monitor systems in the market with impressive key features. Consequently, we keep that in mind and listed the improvisations to be made in our aircraft health management application.
Challenges Faced by Team QSS
Our team of developers, keeping the client’s requirements in mind, encountered below challenges while immersing themselves in building a convenient and valuable aircraft health management system -
- Adding real-time fault notification for a prompt response
- Including current aircraft status update
- Detecting the failure situations of the system in an aircraft
- Put on notification for recently reported faults
- Coming up with a system based on wireless sensor network technology
Showing reported critical faults with detailed log entries consisting of Destination name/code and ETA, Fault part & message with date/time.
Final Outcome
After identifying and capturing the requirements, team QSS came up with a cross-platform (hybrid) mobility solution that manages the aircraft system and enables health monitoring with improved security. This web and mobile application provide alternate data servers in case of critical fault due to natural calamity. Major features of the application are -
- A map to show flight’s current geographical position to keep workflow under the status
- The details of flight can be perceived with only a hovering of a mouse over a flight
- Provided with a widget that notifies the interruptions status reported by aircrafts
- Easy grid and card view of tickets created against incidents
- Different colour code to determine the cruciality of the fault where Green indicates the flights being grounded without any faults, Yellow means the flights are operating with non-critical faults and Red color demonstrates the flights that need immediate attention for critical faults.
Our Aircraft Health Monitoring App helped airlines track real-time system performance, reduce maintenance downtime by 35%, and prevent costly in-flight incidents. Ready to elevate your aviation safety and operational efficiency with QSS?
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Sample Interview Questions
Some challenges faced while developing this kind of application are-
- Adding real-time fault notification for a prompt response
- Including current aircraft status update
- Detecting the failure situations of the system in an aircraft
- Put on notification for recently reported faults
- Coming up with a system based on wireless sensor network technology
- Showing reported critical faults with detailed log entries consisting of Destination name/code and ETA, Fault part & message with date/time.
Definitely. After identifying and capturing the requirements, team QSS came up with a cross-platform (hybrid) mobility solution that manages the aircraft system and enables health monitoring with improved security. This web and mobile application provide alternate data servers in case of critical fault due to natural calamity.
The app will provide alternate data servers in case of critical fault due to natural calamity.
Aircraft Management needs a sensor-enabled system so as to monitor critical activities (technical faults) either induced by natural disaster or man-made.
The aircraft fleet map is used to show flight’s current geographical position so as to keep workflow under the status.
Technology Stack
What Our client has to say!
" The app does exactly what it says. A panic button instantly reports the fault and alarms the crew members. Good going team, keep adding more updates. "
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