Aerospace
Elevate the Future with Aerospace
IoT is revolutionizing the Aerospace industry, both on the ground and in the air.
IoT is revolutionizing the Aerospace industry, both on the ground and in the air.
It plays a crucial role in collecting essential data for operational efficiency, predictive maintenance, structural health monitoring, flight safety, and analytics. IoT solutions enable OEMs and service providers to gather all the necessary information for making real-time decisions that improve efficiency, security, convenience, and reduce overall operational costs.
Quasar is driving innovation in the aerospace sector with advanced IoT solutions tailored to meet these challenges head-on. Our portfolio encompasses a diverse array of connected solutions, spanning cabin management systems, in-flight entertainment systems, aircraft structural health monitoring systems, and beyond. Leveraging our in-house expertise, we deeply comprehend the specific pain points faced by aviation companies, enabling us to deliver innovative solutions that effectively address these challenges.
Elevating Passenger Experience
Integrating cutting-edge infotainment systems, in-flight Wi-Fi, and advanced luggage tracking technology to enrich travelers’ journeys.
Enhancing Crew Operational Efficiency
Designing and integrating cabin control and management systems, along with intuitive web UI/mobile app interfaces for wireless control of in-flight LEDs, storage, and audio systems. Streamlining operations to boost staff productivity and time-saving benefits.
Security and Safety
Specialized in crafting robust structural health monitoring systems for both civil and military aircraft. Proficient in developing secure backend and cabin control applications with IPv6 security protocols.
Facilitating Advanced Connectivity
Deploying multi-protocol wireless systems onboard to streamline operations, enabling wireless cabin control, lighting, storage management, passenger service management, and more for enhanced in-flight functionality.
Robust, fail-safe hardware and firmware design, capable of operating in extreme temperatures (-45° to 100° C), humidity, shock, and vibration conditions, adhering to industry standards such as FCC, IC, CE, IEC 61508, MIL-S-901, MIL-STD-167-1, etc. Implementing design FMEA per UL/IEC 60730-1.
Development of Intelligent Interactive Inflight Multimedia Systems to Elevate Passenger Experience
Developing intelligent systems for monitoring structural health, enabling predictive maintenance for aircraft structures to ensure continuous operations.
Empowering OEMs to design lightweight cabins through innovative wireless communication systems, eliminating the need for extensive inflight cable routing.
Creating firmware designs that are dependable and robust, incorporating object code, stack, link & re-entrance analysis, structural code coverage analysis (including statement, branch, MC/DC), and the development of drivers and supplements.
Developing solutions that enable the integration of multiple RF protocols while ensuring no interference with core avionics communication.
Enhancing, optimizing, and rigorously testing deployed avionics systems through re-engineering processes.
Proficiency in designing rugged, military-grade hardware and software that adhere to aviation standards, ensuring seamless operation in extreme conditions.
Proficient in wireless connectivity protocols, communication technologies, networking, and their diverse applications across various industries.
We provide comprehensive support from concept validation to large-scale manufacturing for connected aerospace solutions.
Tell us about your aircraft systems. We will engineer the connected solution to match.