Avionics for Aerospace and Defense

Overview

The Infosys Aerospace and Defense practice offers software and hardware development services for avionics systems. We streamline design, installation, maintenance / repair, and upgrade of electrical, electronic and data systems, including flight safety systems, radio, radar, and communication panels. Our avionics services span requirements analysis, design, prototyping, calibration, software integration, independent verification and validation, systems integration, and obsolescence management.

Our aviation electronics experts have rich experience across computing platforms, protocols and embedded software for dynamic flight control, flight management, crew alerting, cockpit display, aircraft health monitoring, and proximity warning systems. Our avionics engineers undertake electrical load analysis, and optimize electrical routing, software and firmware for power, performance, memory, and size. In addition, we upgrade flight data recorders, and install fixed as well as portable Emergency Locator Transmitter (ELTs).

Infosys helps aircraft manufacturers migrate from federated avionics systems architecture tothe Integrated Modular Avionics (IMA) architecture. A shared IMA platform boosts resource efficiency and enhances human-machine interface. We leverage open interface standards to accelerate cycle time and reduce development costs. Our digital ecosystem enables aircraft manufacturers to design lightweight airframes, improve navigation systems, and update mission-critical applications in real time.

Infosys has long-term partnerships with Electronic Manufacturing System (EMS) suppliers and industry certification agencies, including TUV and Underwriter Laboratories.

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Challenges & Solutions

Your cockpit should be designed to navigate congested airspace and extreme weather conditions.

Automated flight control, signal processing, communications, navigation, and guidance systems ensure safe operations in diverse flying conditions.

You need to integrate electrical components, radio systems, power controls, and instrumentation to enhance the reliability of aircraft.

Independent validation and integration of electrical, communications, navigation, display, and telemetry systems maximize serviceability of aircraft and helicopters.

You need to reengineer flight control electronics for diverse aviation scenarios and spacecraft systems while rationalizing costs.

Open systems architecture and commercial off-the-shelf technology minimize the cost of integrating avionics, computing, networking, and display systems for commercial and defense aircraft.