Writing for Mobility Tech Zone, Movimento CTO Mahbubul Alam explores whether smartphones really provide the best model for connected cars’ software updates.
New developments in Tire Pressure Monitoring Systems can keep trucks safer and more connected while making shipping businesses more secure.
Heavy duty vehicles can become cleaner and more efficient via remote fleet management, transforming the transportation and construction industries.
Tesla’s software upgrade trial shows OTA updates can be temporary and reversible, raising the possibility of flexible aftermarket opportunities that OEMs can benefit from.
Open source software is the next step in the evolution of the software-defined car, promising more flexibility and more aftermarket opportunities for OEMs.
Updating mission-critical architecture is the next step in expanding the idea of self-driving cars and the over-the-air software update.
Self-driving technology is ushering in a new approach to car “ownership,” a ride-sharing model that OEMs will be able to benefit from.
There are dangers mixed in with the incredible possibilities of V2V communication, which is why OEMs and the NHTSA need to understand both.
Predictive Maintenance is necessary to make self-driving cars viable, which is why they are being tested in extreme weather conditions.
Smart self-driving buses can help make cities smarter, stronger, and cleaner, encouraging more public transportation and even more walking.
Studies show that drivers are worried about the safety of self-driving cars. Smart OTA technology can help to ease a safe and comprehensible transition.
The quickly-changing auto industry sometimes requires logistically-challenging multi-port reflashing for software. Movimento can solve that problem.
When open-source programming hits the automotive industry, OEMs will be responsible for developing innovation and making sure it is safe.