With software deeply embedded in modern vehicles enabling capabilities in everything from passenger infotainment to autonomous driving, the report compiles the most relevant technologies, practice and other key trends for auto manufacturers and suppliers to consider for their SDV strategy.
The SDV Pulse report has forty insights, each represented as a “pulse point”, that reflects a technology, practice or trend.
“The relationship between the automotive industry and software engineering is, to say the least, complex. One thing everyone agrees on is that this relationship is inescapable. To remain competitive and future-proof, everyone needs to understand the challenges, but also the immense opportunities,” said
Highlighted themes in the inaugural SDV Pulse include:
- In-vehicle zero-trust architecture (ZTA) (concept phase): ZTA, with its fundamental principle of assuming no inherent trust, offers a robust defense mechanism against cybersecurity risks.
- Continuous compliance (concept phase): Organizations can automate compliance checks and audits and integrate tools into software development pipelines, allowing teams to detect and address compliance issues early in the development process.
- Developer portals for vehicle APIs (early adoption phase): Multiple OEMs now offer portals to help developers build applications using vehicle APIs. We see these developer portals as a key enabler of SDV ecosystem growth.
- Rust (early adoption phase): Rust is a modern alternative to C++ for embedded automotive development that will improve safety and productivity. The source code and qualification documents are open-sourced which is a fundamental step towards using Rust in functional safety-relevant cases.
- Automotive grade Linux (AGL) (mass adoption phase): Initially started as a platform for building infotainment systems, AGL is the only project organization that addresses all software in a vehicle. It has now reached a level of maturity where several major automotive manufacturers are adopting it for their production vehicles.
- Hardware accelerators in the cloud (mass adoption phase): Automotive companies send and store petabytes of sensor data in the cloud — a process that can be both time-consuming and expensive. Accessing hardware accelerators in the cloud helps enable OEMs to mitigate the challenge of hardware accelerators that are growing scarce and expensive.
“AWS works backwards with customers to address business challenges, and leveraging our collective expertise, AWS and
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