Neural signal analysis platform for brain disease research and diagnosis
LVIS develops AI-driven neural signal decoding software using PyTorch and Python, grounded in Stanford neuroscience and engineering expertise. The stack—PyTorch, SciPy, NumPy, MATLAB—reflects a research-first, compute-heavy organization. Hiring has accelerated across healthcare and research roles (8 of 16 open positions), while pain points cluster around regulatory alignment (DMPA/KGMP, QMSR transition) and delivery efficiency, suggesting the company is moving from research-stage toward clinical validation and commercialization.
LVIS is a medical-device software company building neural decoding and visualization technology to diagnose and predict brain diseases. The team combines Stanford neuroscience PhDs and engineers, with dual offices in Palo Alto, California and Seoul, South Korea. Products are architected for healthcare enterprise systems (Epic, Cerner, HL7 integration), positioning them for hospital and research institution deployment. Active development spans signal source localization, predictive modeling for neurological conditions, and regulatory-compliance infrastructure (QA, release readiness, supplier quality management), indicating movement toward FDA-regulated medical-device classification.
PyTorch, SciPy, NumPy, and MATLAB form the core stack for data analysis and modeling. Integration layers include Epic Systems and Cerner for EHR connectivity, plus AWS, GCP, and Azure for infrastructure.
Headquarters is in Palo Alto, California. LVIS also maintains an office in Gangnam, Seoul, South Korea, with hiring activity in both locations.
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