Functional Safety does not work the same way in motorcycles. With the introduction of Part-12 of ISO 26262 standard, the fact seems to be getting finally acknowledged. We explain the notable differences and the new terms introduced in the standard. Watch the video.
With Electric Motors making their presence felt in #automotive applications like EPS, Electric Vehicle Drivetrain, Power Windows & more, are we heading towards a human-machine conflict? Or are they just making our drive simpler and smarter? Read the blog and decide yourself..
Introduction of Artificial Intelligence (AI) powered solutions, 5G networking, Collaborative robots (Cobots) and Augmented Reality (AR) applications have changed the status quo in industrial operations. In our latest video, we take a look at the advantages of these IoT trends in Industry 4.0.
[Vlog] What are the Top IoT Trends that will Redefine Industry 4.0 Operations in 2020? Read More »
ECU communication is a significant aspect of the AUTOSAR architecture. The data exchange between various communication modules can be accomplished through an AUTOSAR Communication Stack. Our latest video explains how the Generic AUTOSAR ComStack works. It also provides an overview of the CAN Communication Stack.
Safety criticality is influenced by completely different set of factors in two-wheelers as compared to passenger vehicles. We discuss this and other interesting insights related to MSIL (Motorcylce Safety Integrity Level) and how can you map this with ASIL (Automotive Safety Integrity Level).
How Different is Functional Safety for Motorcycles as per part-12 of ISO 26262 Standard Read More »
Manufacturing companies have now started understanding the impact of leveraging the Internet of Things (IoT) to streamline their processes and improve efficiency. This was expected, as technologists have been promoting IoT benefits in manufacturing for years.
So, what are the biggest IoT trends that are all set to disrupt Industry 4.0 in 2020? Let’s find out
The 2020 Internet of Things (IoT) Trends That will Disrupt Industry 4.0 Read More »
An electric vehicle motor controller is an ECU setup that controls the operations of the motor to deliver accurate and precise output. Watch our latest demo, in which our EV Consultants showcase a Motor Control System that can efficiently drive Brushless DC (BLDC) motors and PMSM applications. The FOC Algorithm used in a BLDC motor controller eliminates all speed errors, as demonstrated using MATLAB Models! Check it out here.
Did you know an App could learn from your driving patterns & give a score for your driving? Add to this the ability of this ML solution to analyse the road conditions and share proactive alerts. In this demo, we present to you our Driver Behaviour Tracking app, an Artificial Intelligence (AI) Wonder! Watch the demo..
HIL Testing of an Automotive ECU is an integral part of the product development process. It requires expertise in Testing Tools and understanding of the product features. In this demo, we provide a hands-on experience of the functional testing (HIL Testing) of a Seat ECU, a Mirror Control and an HVAC system .
Motor Control System is among the many automotive systems that are going the software way! So how does a software accomplish the function of a hardware. Read the blog for such interesting pro-tips!
