Enabling manufacturers to develop embedded software “at China speed” while maintaining safety and compliance with EU & US regulations.
🚒 OxidOS solves a significant pain point for regulated industries (e.g., Automotive, Aerospace, Defense): accelerating how they build, test & update their Embedded Software.
🚀 We reduce costs & development time down to 30% & facilitate open-source code integration.
🎯 We are a deep-tech start-up, we hold key positions in the emerging Rust-lang eco-system, we target a 12B market in Automotive and 8B market in Aerospace and Defense and have initial paid PoCs. We aim to have OxidOS run on 20% of complex systems sold (cars, planes, large drones, rockets, industrial equipment).
If you want a quick look at OxidOS, below you can find a few deck versions:
Regulated industries went from mechanical-defined to software-defined - without updating the way they are building embedded software. Manufacturers now face an expensive and slow embedded software delivery process - with constant production delays, budget overruns, and expensive recalls. Overall, it is an unsustainable approach to software development. More info on the problem.
The way these industries (valid in automotive, trucking, aerospace, and defense) develop their embedded software right now is similar to how mobile phone manufacturers developed software before IOS and Android.
The underlying challenge comes from a combination of a closed-source approach, using a tech stack with software tightly coupled to the underlying hardware, monolithic operating systems, and reliance on additional tooling for “after-development” safety verification**.**
Certification workflows across regulated industries (automotive, aerospace, industrial, defense) are still dominated by manual documentation, disconnected tools, and non-automatable chains. These make certification processes slow & almost impossible to integrate with open-source solutions.
(1) Operating System & Development Tools for embedded software development in regulated industries, starting with Automotive and expanding now in Aerospace and Defense, to enable the same code to run containerized-like across multiple hardware platforms, with capability-based controlled access to the hardware.
(2) DevTool for automating the certification process - with a focus on integrating upstream changes in the certification process. More info on the solution.
Our estimate for the automotive market alone - is a 12B market by 2030 in Automotive (just for what we target - out of the broader automotive software market) and 8B market in Aerospace and Defense. 🛫 Land and expand model, starting with one project and growing each client to a 1 - 4M/ Year account. More info on market size.