Unexpected downtime due to equipment failure is one of the biggest concerns for the managers of the factory floors. Can you guess how much cost an average business enterprise has to pay for single Hour of machine downtime? It is $100,000 – vouched by 98% of the enterprises surveyed ( Citation: ITIC’s 2017 Reliability and […]

Firmware-Over-The-Air (FOTA), as a solution for remotely managing the software updates for automotive ECU’s, is a necessity for the OEMs’ of this connected vehicles era. Reason: It helps in reducing the risks of vehicle recalls, while enhancing the overall operational efficiency. How? Find out in this video.

To design an automotive solution, which is “fail-safe”, your Functional Safety Consultants should performing testing as per the ISO 26262 Standard. This verification and validation process begins with Unit Testing. Our latest Vlog about functional safety in Automotive, explores what happens when ISO 26262 meets Unit Testing. Read on..

From assessment of the safety mechanisms to FMEDA, every activity in ISO 26262 functional safety, revolves around ASIL values and the safety goals. But where do these values come from? It is responsibility shouldered by HARA - Hazarad Assessment and Risk Analysis. Learn more here

Are you aware of the three pillars of model based development? Do you know why this approach is a preferred method for development of automotive software? Our latest vlog on MBD delves deep into the how model-driven development works and explains the process flowchart. Read on..

That can be measured, can be improved! This principal is leveraged by the Functional Saftey Engineers, to make automotive hardware “fail-safe”. Using FMEDA method certain hardware metrics are measured, which can help you achieve the Functional Safety Compliance, as prescribed by the ISO 26262 standard. The video has more details

Do you know that close to 100 million lines of code are involved in development of ADAS and Infotainment Systems? There are many downsides of manually coding such complex systems. How can your engineering teams overcome such challenges by switching to Model Based Development approach? Watching this video would help.

By 2025, there would be 116million connected cars on the US roads! Each of these connected cars will upload 25 gigabytes of telematics data/hour to Cloud backend. Evidently, vehicle telematics will play a huge role in shaping the future of automotive industry. So, what is the technology architecture that powers a vehicle telematics solution? Find out here.

The impact of Electronic Systems on automotive industry has paved way for some path-breaking innovations like Infotainment, ADAS, Head-up Display, Vehicle Telematics and more. But do you know what is the lifeline of inter-ECU (control units) communication within the In-Vehicle Network? This blog has some answers.