Engineering
Services

Code Optimization

Performance Optimization & Code Size Reduction

Refinement and restructuring of code to meet strict real-time and memory constraints. Techniques include loop restructuring, algorithmic refactoring, and compiler-level optimizations.

SIMD Vectorization

Our services identify vectorization potential, apply manual and automated vectorization (intrinsics, tools), and train your developers to efficiently use parallel vector hardware.

Floating-Point Algorithms & Accuracy Analysis

Development of numerically stable algorithms, including ULP/error analysis and fixed- or mixed-precision conversions. The goal: balancing performance and accuracy on embedded hardware.

Multicore & Parallel Programming

Transformation of sequential code into parallel implementations for multicore processors. With our interactive parallelization tools (e.g., emmtrix Parallel Studio), you achieve safe and certifiable multicore performance in safety-critical systems.

Hardware-Specific Code Optimization

Adaptation and optimization of code for DSPs, SIMD/vector units, and other custom hardware architectures. Services include algorithm porting and optimization while maintaining functional safety and certification requirements.

Tool Development

Continuous Integration

Automation of build, test, and analysis steps in embedded CI/CD pipelines. This includes the integration of static analysis and parallelization tools into Jenkins and GitLab workflow.

Source-to-Source Compiler Development

Customized development of C source-to-source compilers that transform C applications into optimized C code tailored for your target hardware. Services cover toolchain integration, customer-specific compiler adaptation, training, and long-term support.

Static Source Code Analysis

Comprehensive analysis for embedded software development: early performance estimation, worst-case execution time (WCET) prediction, data dependency and event chain analysis, as well as integration into CI pipelines for continuous validation.

AUTOSAR Toolchain Support

In AUTOSAR environments, our team provides services such as runnable and SWC design/optimization, ARXML parsing and validation, A2L/DCM integration for calibration and diagnostics, and custom RTE generation.

Transpilers Across Languages & Modeling Environments

Extensive experience in creating transpilers for a variety of programming and modeling languages. Examples include C++ to C, C to Rust, and MATLAB® to C conversions. We also develop new solutions on demand and integrate them into existing toolchains, with continuous maintenance and developer training.

LLVM/Clang Toolchain Customization

Expertise in the LLVM/Clang ecosystem enables us to design and optimize toolchains, implement custom optimization passes, and develop dedicated backends for specific processor architectures. Consulting and training on LLVM internals complement these services.

Expertise

Timing & Processor Architecture-Specific Modeling

Detailed timing models for embedded processors are built and integrated to estimate best- and worst-case execution times. In addition, software tuning for specific architectures ensures compliance with timing and memory requirements.

C/C++ Standard Compliance

Legacy codebases are modernized and aligned with current C/C++ standards. The services include portability audits, code migration, and team training on best practices according to ISO/IEC 9899 and ISO/IEC 14882.

Compiler Qualification & Certification

Tool qualification processes are supported by verifying compiler transformations, both formally and with test suites. Qualification kits for safety standards such as ISO 26262 or DO-178C/DO-330 are provided to streamline certification.