Blogs - Embedded Software
Cybersecurity for the Next-Gen Mobility
Automotive cybersecurity related attacks are on the rise. As per the Upstream Auto analysis, there
Ensuring Airborne Software Integrity: An Overview to Avionics Tool Qualification
The software tool certification is an integral part of the avionics industry that guarantees that
Enhancing Digital Security with Platform Security Architecture (PSA)
In an increasingly interconnected world, with various threats cropping up every day in the cyberspace, digital environments have never needed as much protection as today. Platform Security Architecture (PSA) is a way to improve security for the digital environment. This blog talks about what PSA is, its elements, benefits, and guidelines for implementation.
Technical Deep Dive into Battery Management System Architecture
A Battery Management System (BMS) is an electronic system designed to monitor, manage, and protect
Is Kotlin Multiplatform the Answer to All Your Cross-Platform Woes?
In the fast-paced world of mobile app development, speed is everything. We live in an
Understanding Adaptive Kalman Filters in Digital Signal Processing
Introduction In the quest for accurate and efficient signal estimation in the digital signal processing
Line Grid Array (LGA) Modules: Pioneering Design in the Semiconductor Age
In today’s semiconductor era, embedded engineers aspire to design Printed Circuit Boards (PCB) plates that are both compact and feature rich. Enter Line Grid Array (LGA) technology – a groundbreaking innovation that enables just that. This blog delves into the concept of LGA, its significance in embedded electronics design, key applications, and testing methodologies.
Deploying Connected Multi-Camera Solutions for Various Requirements
According to a report by Straits Research, the global multi-camera system market size is projected
LINT and CDC in VLSI: Ensuring Robust Design and Verification
This article explains the importance of LINT and CDC in VLSI design and verification. LINT is a process that checks the quality of the HDL code, while CDC is a process that verifies the signals crossing different clock domains. Both LINT and CDC aim to ensure robust design and prevent errors or failures in semiconductor devices.