Synchron

Synchron

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Private Company

Total funding raised: $115M

Overview

Synchron is pioneering a minimally invasive brain-computer interface platform that aims to restore autonomy to people with severe paralysis. Its flagship technology, the Stentrode, is implanted via blood vessels, offering a safer alternative to open-brain surgery BCIs. The company is actively conducting clinical trials in the US and Australia and has secured significant funding and a Breakthrough Device designation from the FDA. Synchron is positioned as a leading contender in the emerging neurotechnology market, competing to bring the first commercially viable BCI to patients.

NeurologySevere Paralysis

Technology Platform

Endovascular brain-computer interface (BCI) featuring the Stentrode, a stent-like electrode array implanted via blood vessels to record neural signals for wireless control of digital devices.

Funding History

3
Total raised:$115M
Series B$75M
Series A$30M
Seed$10M

Opportunities

The primary opportunity is addressing the vast unmet need for restoring communication and functional independence in hundreds of thousands of patients with severe paralysis globally.
Success in this initial market could establish Synchron's platform as a foundational neural data channel for future applications in neuromodulation, neurodiagnostics, and beyond.

Risk Factors

Key risks include failure to meet safety or efficacy endpoints in clinical trials, leading to regulatory delays or rejection.
The company also faces intense competition from other BCI approaches and significant challenges in achieving commercial adoption, including securing insurance reimbursement and training neurointerventionalists on the new procedure.

Competitive Landscape

Synchron competes in the emerging BCI field against companies like Neuralink (invasive cortical implants) and Paradromics (high-density surface arrays). Its primary competitive differentiation is its minimally invasive endovascular approach, which offers potential safety and surgical scalability advantages over open-brain surgery methods, though it may trade off some signal resolution.