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Comprehensive Analysis and Applications of Thermal Conductivity Across Diverse Materials
Executive Summary The article “Custom Compositors for Embedded Systems: Enhancing
February 17, 2026
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Executive Summary The article “Custom Compositors for Embedded Systems: Enhancing
An Overview Aerospace Software Verification is a crucial phase of
Executive Summary As wireless technology is becoming a necessity in
Embedded systems are currently more complicated, especially in areas that
Executive Summary In modern aviation, ensuring safe and accurate landing,
Executive Summary The global defense industry is primarily challenged by
This blog explores a trend called predictive maintenance in the
Executive Summary An American client, (best known for its secure
Executive Summary A European client, best known for its high-definition
Introduction: The objective of the Structural Coverage Analysis (SCA) is
The software tool certification is an integral part of the
Mechanical Flight Control System and How It Started: A mechanical
Introduction Human-like intelligence shown by machines, particularly a computer system,
The aerospace industry, known for its precision and exacting standards,
The aerospace industry has always been at the forefront of
Introduction In the past, typical complex avionics system architectures used
Description Discover the cutting-edge Runway Overrun Awareness and Alerting System
NVIDIA Drive OS is a sophisticated operating system designed to unlock the full potential of autonomous vehicles. By enabling real-time processing, deep learning integration, and a scalable architecture – Drive OS provides a robust foundation for developers to build safe, intelligent self-driving solutions across industries.
A compliance testing certification should be available when using a
Description The objective of this paper is to explain the
FMS resembles your car’s GPS in many aspects since waypoints are pre-programmed to be between the starting location and the ending point. You enter your destination into a program, and it departs. With the FMS’s help, the aircraft can connect that route to the autopilot and maintain its heading with remarkable precision, ensuring a high level of accuracy.
In an era of rapid expansion of testing and measurement industries, Automated Testing Equipment (ATE) plays a vital role. Especially in the avionics industry, automated testing has become a chokepoint in manufacturing. ATEs are used to optimize the test cycle for precision and reduce the cost, time, and risk of testing. In this blog, we will discuss what automated testing equipment is and how it is beneficial for the avionics industry.
Whitepaper – Any hardware system to be installed in the aerospace system called the LRU (Line Replaceable Units)…
Whitepaper – DO-178C, also known as Software Considerations in Airborne Systems and Equipment Certification, is a standard for certifying software in airborne systems…
DO-178C is a critical document for software developers involved in the certification of airborne systems and equipment. However, understanding the software life cycle data or artifacts required for certification can be a challenging task. In this blog post, we will explain the minimum software life cycle data required for submission to the certification authority, along with any additional data items that may be requested.
Whitepaper – MIL-STD-1553 is a serial data bus defined by the US Department of Defence that specifies the mechanical, electrical, and functional aspects of the technology…
Brochure – eInfochips has decades of experience in aerospace engineering services and has collaborated with top aircraft manufacturers on a range of avionics…
DevOps aims to shorten the development life cycle and provide continuous delivery and deployment of high-quality software. It was invented to address the slow and inefficient processes of traditional software development, where development and operations worked in silos and had limited collaboration. DevOps aims to boost the speed, reliability, and quality of software delivery.
Many industries, including the aerospace industry, have been reshaped by augmented and virtual reality, offering numerous advantages. This technology is increasingly used in defense, space, and commercial aviation for various purposes, such as safety, simulation, battlefield imaging, training, enhancing the customer experience, and commercial aviation operations.
ARINC 429 and MIL-STD-1553 are data bus standards used widely for avionics systems. ARINC 429 is mainly used in commercial aircraft while MIL-STD-1553 is ideal for real-time mission-critical applications. The MIL-STD-1553 is a military-grade avionics data bus created over 40 years ago by the US Department of Defense. First used in the General Dynamics F-16 fighter aircraft, it has since become a widely adopted data bus used in various military and civil transport aircraft. ARINC-429 was designed in the 1970s (part of Boeing 757/767 development) to ensure interoperability between various systems of the aircraft like navigation, guidance, and flight management computers to accomplish a successful flight.
Executive Summary To certify the aerospace software for DO-178C, it
Necessity is the mother of inventions; we experience it now
Executive Summary The aerospace and defense industry around the globe
Whitepaper – VR is a technology that creates a computer-generated environment. It refers to computer-generated simulation in which a person…
According to a report by MDPI, maintenance is a leading
The aerospace industry spans various levels of development, manufacturing, maintenance,
In the fast-paced world of aviation, safety is paramount, and the Aircraft Health Monitoring System (AHMS) emerges as a vital defender of the skies. Aircraft Health Monitoring Systems (AHMS) uses real-time data from multiple sensors that are integrated into aircraft components/parts to increase aircraft safety and reliability. AHMS consists of hardware and software instruments, solutions, and techniques that conduct remote surveillance of aircraft to learn their present or potential serviceability.
Hybrid-electric propulsion aircraft is becoming a viable alternative propulsion technology for the aviation sector in parallel with the automotive industry and demonstrates potential advantages, including fuel savings, lower pollution, and reduced noise pollution. In this blog we will explore what is a hybrid electric aircraft, how is power produced in hybrid electric aircraft and hybrid electric propulsion system.
Case study – NextGen In-Flight Entertainment System design and development with i.MX i.MX8M, 4K HDR, Android 9 based Firmware…
Case study – Test management process and test strategy implementation for handling entire test infrastructure…
Case study –DO-178 Compliance and Verification for an Air-Ground Communication System developed by a global avionics company…
This article explores the role of voice messages for cockpit
What is ITAR Compliance? International Traffic in Arms Regulations (ITAR)
In the aerospace industry, spending on maintenance and repairs continues
We live in a highly connected world. Right from our
Case study – Predictive Analysis and Fault Diagnostics of Jet Engine using Google Cloud Platform…
DO-254 Design Assurance Level A Verification of Cockpit Primary Flight Display System…
Predictive analytics and fault diagnostics algorithms entail high-value critical engineering
Software verification and validation of an in-flight communication system software (AFDX) based on DO-178B DALC A compliance…
Custom development and verification of a wireless in-flight entertainment (IFE) system for a USA-based global aerospace leader…
In-flight entertainment (IFE) has been an integral part of the
Designed and developed an In-flight entertainment system on Qualcomm Snapdragon platform…
Deep learning-based driver assessment systems for driver behavior and movement monitoring…
Multi-location video analytics solution using machine-learning algorithms for a large aerospace and defense company…
Aerospace and Automotive industries are growing rapidly, from mechanical controls….
Model-based Design (MBD) of Mission-critical Avionics Systems
Reducing Air Traffic congestion with Automatic Dependent Surveillance Broadcast (ADS-B)
The client is a France-based multinational company with key subsidiaries involved in aircraft equipment…
IoT in Aviation with System Wide Information Management
Having worked on flight actuation systems for several clients, eInfochips provided system level V&V expertise…
Technology Trends & Insights to watch for in Aerospace Industry
The Process of DO-254 Verification Planning for Avionics Systems!
Making Avionics Software Future-ready for DO-178C using Added Supplements to Core DO-178B
Presenting a Case for Porting Android on PowerPC Architecture
Software guidelines in aerospace industry have been around on one way or another since at least the 1980’s, approximately…
In Part 1 of this article, the impact of Big Data on inflight entertainment was analyzed. Some of the same technology…
The client is a Tier-1 aerospace vendor based in the Mid-West. It had designed a Rudder/Brake Assembly Unit…
Increasing Verification Coverage for DO-254 Compliance through QA Testing
DO-178C: The New Gear For Driving Software Development Guidelines In Avionics Industry
Bringing Intelligence to the Next Gen Navigation/Communications System
The client is a tier-1 aerospace supplier based in the USA. The ARP4754 compliance verification for Primary…
The client is a leading supplier of communication systems for the aerospace industry, and has designed the world’s…
As you take your pre-assigned seat, the inflight entertainment system welcomes you by name, in your native language…
The client is a tier-1 aerospace supplier based in the USA. The product initially was not required to be DO-254 compliant…
The client is a tier-1 aerospace supplier, based in USA. They were looking to build an Electric Motor Control…
Retrofit and upgrade market in aerospace and defense industry is always on the rise as clients are constantly…
In-flight Entertainment & Connectivity – Making time fly on board
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