mynatix ag is a deep-tech startup developing compiler technologies for parallel computing, centered on the "Latency-Optimized Code Segmentation" (LACOS) method that uses read-after-read dependencies to segment code. The company is developing a first service product for software developers and seeks cooperation, licensing agreements or partial IP sales for use cases such as kernel, compiler or chip development.
AI-generated
Offering
Products & services
Industry:Technical Consulting & Engineering
Outbound Leads by COHAGA
Looking for direct email addresses and phone numbers?
Leadhub delivers verified contact details and decision-makers from over 750,000 Swiss companies — management, procurement, marketing, HR.
Software-hardware optimization through code segmentation, parallelization, and hardware-aware adaptation for better performance, lower energy consumption, and shorter time-to-market.
Compiler and transpiler technology
Compiler and transpiler technology for automatic dependency analysis, code segmentation, and parallelization for different hardware architectures.
Software / OS optimization
Hardware-aware code segmentation and adaptation for software, compilers, OS kernels, and cloud infrastructure; supports HPC, low-latency, and embedded systems.
Programmable hardware optimization
Direct path from high-level languages to hardware-capable implementations for HLS workflows, FPGA designs, and scalable ASIC design pipelines.
Reduced CPU design
Support for simplified CPUs with a smaller chip area, lower energy consumption, and predictable behavior through static code analysis and pre-segmentation.
Quantum computing compiler technology
Compiler technology for quantum computers to analyze dependencies, form blocks that can be parallelized, and automatically map them to quantum circuits.
Comparisons
mynatix ag in comparison
Soon
Industry comparisons are coming soon
We're preparing industry comparisons that rank mynatix ag by reviews, experience and specialisations.
Knowledge
No knowledge articles yet
Once mynatix ag has claimed this profile, we'll publish editorial articles and case studies here together.