The physical world has always been harder for machines to navigate than the digital world—not because machines aren't smart enough, but because they lack the equivalent of proprioception, the subconscious sense of where the body is without looking.

Humans continuously combine perception, movement, and feedback to understand their position and interact with the world around them. We rarely think about it, yet it underpins everything from walking across a room to performing a complex surgical procedure.

Machines have never had that same foundation.

Ommo built that sense, deployed it in surgery to prove it works under the most demanding conditions on earth, and is now building the infrastructure layer powering both medical navigation and the next generation of physically intelligent machines.

Our permanent magnet-based tracking platform provides precise, real-time spatial awareness without line-of-sight limitations, enabling systems to measure, understand, and interact with the physical world in ways that were previously impossible.

We believe spatial intelligence will become a foundational layer for the physical world, enabling humans and machines to operate with a shared understanding of space, movement, and interaction — and we're building the platform that makes it possible.

At Ommo, we believe the next generation of intelligent machines will require a deeper understanding of the physical world.

Humans naturally perceive, interpret, and interact with their environment through continuous feedback between the body and brain. We know where we are, how we are moving, and how we are interacting with the world around us without consciously thinking about it.

Machines do not.

Ommo was founded to bridge that gap.

We pioneered permanent magnet-based 3D tracking technology to provide precise, real-time spatial awareness in environments where traditional sensing approaches struggle. Our platform delivers ultra-precise 6DOF tracking for millimeter-scale wireless sensors, enabling new possibilities in surgical navigation, robotics, simulation, spatial intelligence, and human-machine interaction.

Today, our technology is helping partners develop systems that can see beyond line-of-sight limitations, measure movement with exceptional accuracy, and interact with the physical world in entirely new ways.

But tracking is only the beginning.

Our vision is to create the foundational spatial intelligence layer that connects humans, machines, and the physical world through continuous measurement, feedback, and interaction.

Because the future won't simply be intelligent.

It will be spatially intelligent.

At Ommo, we believe the future of medicine depends on knowing exactly where things are.

Where an instrument is.

Where an implant is.

Where anatomy is.

And how all three are moving and interacting in real time.

For clinicians, this understanding is fundamental to every procedure.

For technology, it remains one of the hardest challenges to solve.

Ommo was founded to change that.

We pioneered permanent magnet-based 3D tracking technology to deliver precise, real-time spatial awareness without the line-of-sight limitations of traditional systems. Our platform enables ultra-precise 6DOF tracking for millimeter-scale wireless sensors, creating a new foundation for navigation, robotics, simulation, and image-guided care.

Today, our partners are building technologies that function as a GPS for human anatomy—helping clinicians navigate with greater confidence, precision, and insight.

But our vision extends beyond navigation alone.

Our vision is to create the foundational spatial intelligence layer that enables medical technologies to understand, measure, and interact with the human body in real time.

Because the future of healthcare won't simply be more connected.

It will be spatially aware.

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