Why use Model Based Development for developing AUTOSAR compliant software? We say why not? There are well-defined workflows, support from SIMULINK and Da Vinci Developer tools and a whole lot of value-adds! We cover all this and more in our latest blog. Read on..

Real-Time responsiveness, Pre-emption, Determinism: These are some key features that make RTOS( Real-Time Operating System) an ideal choice for time-critical Applications like Solar Trackers, Telematics, Body Control Module (BCM). Watch this vlog to get more interesting insights about RTOS.

Industrial Automation systems to connected cars- the new-generation embedded applications are driven by real-time data & rapid responsiveness! This has led the embedded industry to embrace Real Time Operating System (RTOS) to deliver accurate and on-time task execution! Let us dig deeper into the world of embedded RTOS programming and kernel porting.

Developing a safety critical software requires a little more than just software testing and verification. ISO 26262 recommends some stringent methods for the software verification process. Our FuSa consultants explain you this process and share some useful insights.

Manual Configuration of UDS protocol (ISO 14229) is a time-consuming process and can be prone to human errors. With Open Diagnostics eXchange (ODX), tools like CANdela automate and standardize the entire process. Curious to know more? Watch our video to find out how ODX achieves this automation.

Presenting you a Two-part Vlog series which focuses on the technology that enables the operations of an IoT-Powered Solar Energy Harvesting System. In Part-1, we talk about the IoT Stack that facilitates the “Tracking and Harvesting " of the solar energy.

Faster and more accurate Implementation of UDS (ISO 14229) needs standardization and automation of the process. How ODX (ISO 22901) format helps achieve this? Let's find out.

Watch our latest vlog on Model Based Development (MBD) in Automotive. This video explains the process of model generation using the MATLAB-SIMULINK tool.

AUTOSAR MCAL drivers need to be configured for specific automotive applications. So how is this configuration performed? What tools are needed for this? We have tried to answer these questions in our latest AUTOSAR MCAL video. Watch it now

Can you imagine manually testing the 20 million lines of source code, during product development of an automotive control unit? Not feasible, right? Thanks to automation tools like vTest Studio and CANoe, functional testing of automotive ECUs can now be completed in matter of few hours. Read the blog to know more about these tools