The collaboration combines safety-qualified toolchains and RISC-V processor IP for automotive and industrial embedded systems requiring functional safety certification.

HighTec development tools support embedded software for radar sensing systems designed to meet evolving automotive safety standards and in-cabin detection requirements.

HighTec presents a compiler environment enabling Rust and C/C++ development across heterogeneous automotive processors with support for AI and model-based design.

HighTec expands compiler support for Renesas microcontrollers, enabling developers to combine Rust and C/C++ in safety-critical automotive applications and software-defined vehicles.

Toolchain combines Rust and C/C++ with certified workflows for functional safety and automotive cybersecurity.

HighTec and Intellias demonstrate how Rust can be integrated into established AUTOSAR environments to support safer, more efficient development of software-defined vehicles.

Merging HighTec’s ISO 26262-certified compilers with Quintauris’ RISC-V platforms, the partnership accelerates safe, high-performance automotive development and strengthens interoperability across real-time embedded systems.

HighTec and Elektrobit launch Rust tools for Infineon’s Drive Core, streamlining AUTOSAR Classic ECU development on AURIX TC4x microcontrollers.

This C/C++ certification complements HighTec’s existing Rust certification, enabling hybrid safety-critical automotive software development on AURIX TC4xx and TC3xx.

HighTec and Solid Sands partner to qualify Rust’s core library for safety-critical automotive applications, ensuring ISO 26262 compliance while enhancing security and interoperability with C/C++.