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Aviation is a large and highly complex industry facing ever-evolving challenges to meet specific procedures and operational requirements.
From flight schedule management and airline billing to passenger processing, ramp coordination and baggage handling, airports and airlines require software solutions to automate and optimise their operations.
The aviation industry is one of the most complex and demanding industries in the world. This is because many aircraft need to be tracked at once, given that they move around the world 24/7. The need for efficiency has led to the adoption of the Internet of Things (IoT) in the aviation industry, which enables data transfer between sensors and computers.
The aviation industry is constantly grappling with massive amounts of data in complex environments, and employees around the world need 24/7 access to data to keep ground and air operations running smoothly. In a globe-spanning industry that never sleeps, cloud computing offers responsiveness and resilience to operate efficiently.
Artificial Intelligence (AI) in aviation is changing the way companies manage data, operations, and revenue streams. The industry is increasingly using AI to improve operational efficiency, jet fuel efficiency, customer satisfaction and reduce flight delays.
The aviation industry is highly vulnerable to cyberattacks as it deals with vast amounts of personal data of passengers on daily basis. The implementation of digital technology by manufacturers, airlines, and airport operators has delivered operational efficiency, however, it also increased exposure to cyberattacks.
Robotics is bringing much-needed automation to the aviation industry. By incorporating robotics in aviation, the industry is witnessing an increased collaboration between humans and robots, which is improving aeroplane manufacturing, maintenance and testing.
Aircraft refuelling requires flight mechanics to exercise extreme precision and safety. Refuelling can be done on the ground or in the air.
As global air travel continues to grow, it has become important to deliver information to passengers in the most concise and personalised manner via technology such as airport signage.
The rise in global air travel is revolutionising airport travel and convenience. With focus increasingly being shifted to more humanisation of transit spaces that promote well-being, ergonomics, privacy, collaboration, and concentration, airport terminal equipment is taking on an ever more important role in the experiences of modern air travelers.
Airport authorities need to ensure that runways, taxiways, and aprons are cleared of debris, rubber abrasion, sand, stones, or loose objects for safe landings and to avoid accidents and mishaps. Aircraft engines can easily absorb loose material, resulting in severe propeller or compressor blade damage. There is also the risk of propeller or jet engine blast shooting loose objects to nearby vehicles, aircraft, buildings, and people.
Since modern-day airports are designed for round-the-clock operation, they need innovative landing aids, guidance and lighting solutions to enable safe operations day and night, in any weather condition.
Sustainable airport design, planning, development, construction and engineering of facilities are vital to efficiently meet the changing requirements and demands of end-users, airport processes and regulations.
Airports require sophisticated airfield and runway safety area systems to continuously inspect for locating potentially hazardous objects on airfields and runways.
Airports constitute a range of airside and landside assets such as airfields, runways and taxiways, aerobridges, transit systems, refuelling facilities, buildings, baggage handling systems, parking garages, air navigation aids, and associated mechanical and electrical infrastructure that require efficient asset management tools for their effective maintenance and uninterrupted operation.
Airport operators rely on state-of-the-art ground support equipment to meet the demanding operational requirements of passengers and aircraft on the ground.
Airport consultants are crucial in the development phase of airports which involves the planning, designing and construction of various facilities and infrastructure, such as terminals, runways, and air traffic control towers.
Air traffic management and control primarily involves the control of traffic in and around airports, airport terminals and airspace.
State-of-the-art security and access control systems ensure stringent security levels and across walkways, concourses, lounges, check-in desks, immigration areas and other public areas, making them essential for safe airport operations.
Baggage and cargo handling systems enable the smooth handling and transportation of passenger luggage and cargo shipments at airports. Automated baggage handling systems that accurately track and process the flow of luggage are essential for efficient baggage handling.