Robot safety is now in 3D. Certified.

Very real. ADAR isn’t a lab experiment. It’s built on 25 years of research at SINTEF, combined with two decades of MEMS development and safety engineering. A proven engineering team brought the technology from concept to prototype in 18 months and then launched the first commercial product nine months later (in June 2025). More than 50 global robotics, automation, and automotive companies have tested the technology in real-life environments. The first robots to ship with ADAR emerged in March 2026.

In terms of the technology itself: What’s new is that it’s finally practical: dense ultrasonic arrays, real-time processing, and a form factor that actually fits into robots.

If you want the deeper dive, we break down the physics and hardware in this article:

Yes, because ADAR approaches the problem differently.

Safety-certified LiDAR samples the world in a 2D plane using laser beams. ADAR monitors a full 3D volume using a continuous ultrasonic wave field. That means you’re not stitching together slices, you’re aware of the entire space.

With 180° × 180° coverage, you don’t miss what’s above, below, or in between. The robot gets a true spatial understanding, not just a cross-section.

No. If anything, it’s designed to fit into it.

ADAR has been developed with functional safety in mind from day one (IEC 61508, ISO 13849 PL d, SIL2 roadmap).

Yes. That’s been a priority.

You can start with an evaluation kit, get data quickly, and see how it behaves in your environment without reworking your whole stack.

You don’t have to “bet the system” to try it.

If you’re dealing with real-world complexity, the answer is yes.

The signal is simple:
If you’ve ever had to compensate for blind spots, false positives, or fragile sensing… this is worth a closer look.

At minimum, it’s a new tool. At best, it simplifies your sensor stack and improves safety at the same time.