Neural Interface and AI Platform
Provider 
Founded 2015
Sells To Enterprise
Pricing Model Recurring, Software
Ownership Private equity-backed, Venture-backed

BIOS Health's neural interface and AI platform reads and writes neural data to discover neural biomarkers for precision medicine.
BIOS Health's core platform combines long-lifetime neural interfaces with a deep-learning AI system that converts raw neural signals into neural biomarkers. The company describes the resulting neural code as built on a large proprietary neural dataset and applies it to chronic conditions linked to nervous-system dysregulation.
The platform is delivered to pharmaceutical, biotechnology, medical-device, and clinical-research partners through long-term co-development partnerships and as software infrastructure for clinical studies. It underpins the NIH-funded REVEAL vagus-nerve study across eight clinics, and its outputs are also used to enhance wearable data in the company's remote chronic-disease care offering.
Paradromics

Connexus BCI
paradromics.com
Precision Neuroscience

Layer 7 Cortical Interface
precisionneuro.io
Blackrock Neurotech

NeuroPort Array
blackrockneurotech.com
| Attribute | Neural Interface and AI Platform | Connexus BCI | Layer 7 Cortical Interface | NeuroPort Array | |
|---|---|---|---|---|---|
| Provider | |||||
| Founded | 2015 | 2015 | 2021 | 2008 | |
| Sells To | Enterprise | — | Enterprise | Enterprise, Government | |
| Pricing Model | Recurring, Software | Software | Recurring | Recurring, Transactional | |
| Ownership | Private equity-backed, Venture-backed | Venture-backed | Venture-backed | Private |
Provider 
Founded 2015
Sells To Enterprise
Pricing Model Recurring, Software
Ownership Private equity-backed, Venture-backed
Provider 
Founded 2015
Sells To —
Pricing Model Software
Ownership Venture-backed
Provider 
Founded 2021
Sells To Enterprise
Pricing Model Recurring
Ownership Venture-backed
Provider 
Founded 2008
Sells To Enterprise, Government
Pricing Model Recurring, Transactional
Ownership Private

Implantable brain-computer interface with thousands of flexible electrode threads, enabling thought-based device control for paralyzed patients.
Endovascular brain-computer interface implanted via the jugular vein, decoding motor cortex signals without open-skull surgery.
Implantable brain-computer interface with thousands of flexible electrode threads, enabling thought-based device control for paralyzed patients.
