Industry
Semiconductor
BayLibre helps silicon vendors, module makers and IP companies turn new hardware into production-ready, adoptable platforms through robust, upstream-friendly software enablement.
Typical challenges we address
Enabling new SoCs on Linux or RTOS platforms under tight schedules
Maintaining vendor BSPs across fast-moving kernel versions
Supporting OEMs without scaling internal enablement teams indefinitely
Reducing technical debt caused by downstream forks and quick fixes
Our expertise & services in this industry
BayLibre intervenes early in the silicon lifecycle, from first silicon bring-up to customer-ready BSPs and SDKs. We develop and maintain bootloaders, kernels, device trees, and drivers, while ensuring performance, stability, and documentation quality expected by OEMs. We also help structure long-term BSP strategies that balance time-to-market with maintainability.
Open-source & ecosystem alignment
Our work follows an upstream-first approach, aligning silicon vendors with mainline projects and open ecosystems. This reduces long-term maintenance costs, increases OEM confidence, and ensures platforms remain compatible with future kernel and toolchain evolutions.
Typical engagements & outcomes
Industrial Edge & IoT
Industry headline & positioning
BayLibre enables reliable, long-lived embedded platforms for industrial and IoT systems, from constrained devices to full Linux-based edge gateways.
Typical challenges we address
Long product lifecycles with limited update windows
Hardware constraints (power, memory, cost)
Security, updateability, and field reliability
Fragmented hardware platforms across product lines
Our expertise & services in this industry
We design and maintain BSPs for both embedded Linux and RTOS-based systems (Zephyr, ), with a strong focus on portability and lifecycle management. BayLibre helps customers structure clean hardware abstraction layers, secure boot flows, and reproducible build systems so platforms can evolve without constant rework.
Open-source & ecosystem alignment
We rely on upstream ecosystems to avoid dead-end forks and vendor lock-in. Our approach ensures industrial platforms remain maintainable for years, while benefiting from continuous improvements in the open-source ecosystem.
Typical engagements & outcomes
Hyperscale & HPC
BayLibre helps hyperscale, HPC, and AI infrastructure teams unlock performance and portability through advanced compiler and toolchain expertise, aligned with modern heterogeneous hardware.
Typical challenges we address
Extracting performance from complex, heterogeneous architectures (CPU, GPU, AI accelerators)
Adapting compilers to new instruction sets and custom hardware features
Managing fragmentation between internal toolchain forks and upstream evolution
Ensuring long-term performance portability across hardware generations
Our expertise & services in this industry
BayLibre works deep in the compiler and toolchain stack, helping customers design, extend, and optimize compilation flows tailored to their hardware. Our expertise spans GCC, LLVM, and MLIR, from front-end language support to back-end code generation and optimization passes.
We assist with performance tuning, vectorization, accelerator offloading, and compiler–runtime interactions, ensuring software stacks fully exploit hardware capabilities while remaining maintainable.
Open-source & ecosystem alignment
Our work is tightly aligned with upstream compiler ecosystems. By contributing directly to GCC, LLVM, and MLIR, we help customers avoid long-lived forks, influence roadmap decisions, and ensure their optimizations remain compatible with future compiler releases. This upstream-first approach is critical for sustaining performance gains over time.
Typical engagements & outcomes
Automotive
BayLibre supports automotive software platforms with a focus on reliability, determinism, and long-term maintainability across complex, multi-supplier environments.
Typical challenges we address
Long program timelines and strict quality requirements
Vendor BSP lock-in and limited upstream alignment
Multi-SoC and multi-OS platform complexity
Managing software evolution over vehicle lifecycles
Our expertise & services in this industry
We develop and maintain automotive-grade BSPs and SDKs, covering bootloaders, kernels, drivers, and real-time constraints. BayLibre helps OEMs and Tier-1s regain control of their software stack while ensuring platforms remain adaptable across vehicle generations.
Open-source & ecosystem alignment
By aligning with open standards and upstream projects, we help automotive players reduce dependency on proprietary BSPs and ensure long-term platform viability beyond a single vehicle program.
Typical engagements & outcomes
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