Transforming Embedded Software Performance Through Deep Tech Innovation

At WedoLow, we’re a team of deeptech enthusiasts dedicated to pushing embedded software performance to its full potential. We turn cutting-edge research into practical solutions for development teams working on C/C++ embedded systems. Our product is designed to generate optimized code that meets your exact performance and hardware constraints, without slowing down innovation.

Our StorY

From Research Lab to Industry Game-Changer

WedoLow was founded in 2022 by Justine Bonnot, an electronics and industrial computing engineer with a PhD in signal processing. Born from more than 20 years of research at institutions like IETR and Inria Startup Studio in Rennes, our technology bridges the gap between academic excellence and real-world performance. Today, we help major players in automotive, aerospace & defense, telecoms and consumer electronics unlock measurable gains in energy efficiency and execution speed.

2022

Founded

20+

Years Research

4

Industries

Our Mission & Values

Empower Embedded Development Teams to Transform Code Performance

We’re building a future where performance debt is no longer a bottleneck, and developers can focus on creating innovation, not chasing optimizations. Our ambition? To become the reference for generating high-performance embedded C/C++ code, tailored to your target hardware from the very first line. We believe in:

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Efficiency

Maximum impact, minimal complexity. Every feature drives real gains while simplifying workflows.

Eco-Design

Sustainability is in our DNA. We optimize code to extend hardware life and promote a greener digital future.

Simplicity

Designed for easy integration, so teams can focus on innovation, not optimization complexity.

Meet the Team

We’re a multidisciplinary team united by a shared ambition: to redefine what performance means in embedded software. WedoLow brings together a team of highly qualified engineers, including several PhDs in software performance and embedded systems.

With decades of collective experience, we combine academic rigor and industry know-how to solve the most demanding challenges in embedded C/C++ optimization. We speak the language of low-level code, real-time constraints, and complex hardware architectures, and we turn that into practical, actionable results.