Asset Managment in Airports
DevAppSol asset management solution (DAMS) helps you gain near-real-time visibility into your most crucial assets. DAMS’ core function is location identification and tracking movement.
DAMS provide a complete, streamlined asset lifecycle and maintenance management solution, encompasses all types of assets that requires continuous tracking, assessment, and management of a myriad of physical, technical, and human resources
DevAppSol Asset Management Solution (DAMS) provides superior accuracy, requires minimal hardware and comes with the lowest Total Cost of Ownership [TCO] in the market today, making it the BETTER. FASTER. CHEAPER.
•Real Time Visibility
•Location Identification
•Tracking Movement
•Document Trolley Attributes
•Assessment & Monitoring
•Complete Life Cycle Management
Smart Trolley
Smart Buggy
Airport sees a significant challenge in the efficient provision of buggies in the required locations at the required time. The challenges may remain in projecting the demand for buggies because of unavailability of the data for buggy usage trends in terms of number of passengers availing buggy services, buggy occupancy rate at given time, number of trips made by buggies, etc. Hence tracking the buggy usage is crucial to maintain adequate number of buggies to cater the increasing number of passengers at airports. Airport year-on-year as the projected SLA is to serve 100% of passengers who require buggies. Another challenge will be to project the number of back up/buffer buggies to temporarily compensate for the buggies in breakdown.
DevAppSol Buggy management systems adresses all the above challenges and make sure that we keep passengers happy and in turn aiports.
Smart Airside
AI Enabled product of DevAppSol mediates between various stakeholders by providing all stakeholders with accurate, timely and relevant information allowing better decisions to be made. The system aims at improving Air Traffic Flow and Capacity Management at airports by reducing delays, improving the predictability of events and optimizing the utilization of resources.