Building functional safety at speed with Rust

Grab your biggest mug of coffee and learn how the open-source programming language Rust supercharges our development time of the breakthrough Sonair 3D ultrasonic sensor. Claim to fame: Sonair is on track to be among the first to deploy a safety-certified Rust implementation.

At Sonair, we’re not just building next-generation sensor systems; we’re reshaping how autonomous robots perceive and interact with the world. Our commitment to leveraging the latest technologies extends beyond the hardware—it’s embedded in every line of code we write. Enter Rust, a programming language that has rapidly gained traction for its speed, safety, and power.

In this deep-dive article, we’ll take you behind the scenes of our development journey, sharing how we’re using Rust to accelerate Sonair’s innovation, tackle complex challenges, and set a new standard for functional safety in embedded systems.

A developer of advanced sensor systems for robotics like Sonair faces typical business challenges. They include identifying the problem you want to solve, understanding the market, and balancing the need for speed to market with creating a solution that has a lasting impact.

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