Unlocking the Full Bandwidth of the Brain

The world's most volumetrically efficient neural implant — 100× the data, less than 1/10000 the volume.

Designed for the Brain — Not the Bench

We manufacture neural interfaces the way NVIDIA makes GPUs — on silicon wafers at scale. Our ultra-thin CMOS technology bends with brain tissue while maintaining unprecedented signal fidelity. No bulky canisters. No discrete modules. Just pure volumetric efficiency.

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Illustration of a human brain illuminated in red inside a helmet-like device with a teal round component on top.

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Five Orders of Magnitude Denser

In a crowded neurotech space, Kampto's single-chip architecture achieves what others can't — massive bandwidth in minimal volume.

Volumetric Efficiency

Kampto delivers almost 30,000 electrodes per cubic millimeter of implant volume, close to the density of neurons in the brain itself.

Learn how we broke the paradigm

Log-log scatter plot comparing brain implant technologies by number of electrodes versus electrode density per implant volume, showing Neuropace, Intellus, Orion, Paradromics, Neuralink, and BISC approaching brain neuron density.

From Lab to Discovery

Two configurations designed for today's most demanding neuroscience research while poised for the clinical applications of tomorrow.

The Native Solution

Kampto N65K Version 1.0

Our flagship 65,536-electrode system for comprehensive neural mapping. Simple surgical implantation. Wireless operation. Months of stable recording without tissue damage. Perfect for large-scale recording and stimulation in clinical settings and freely moving large-animal studies.

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The Extended Platform

Kampto E256 Version 1.0

256-electrode system. Polyimide extender allows larger electrodes at larger pitch over a larger cortical area. Same flexible, minimally invasive form factor as the native solution.

Extender

Electrodes are fabricated in < 10-micron-thick polyimide.

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The Extended Platform

Kampto Wearable Relay Station

The relay station is worn on the head and communicates with the implant with a high-bandwidth ultra-wide-band radio link. The battery powered relay station is itself an 802.11 WiFi device, establishing a bidirectional WiFi link to the brain.

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Enabling Tomorrow's Therapies

Our preclinical success is paving the way for revolutionary clinical applications. From restoring movement to creating new communication pathways, Kampto's high-bandwidth brain interface will transform how we treat neurological conditions.

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