Patent Pending (KR 10-2026-0174930 / 0179129) Powered by Anthropic Claude

Autonomous Biometric Simulation
Engineered for Next-Gen AI

Transforming static language models into responsive, living digital entities. We couple patent-pending mathematical autonomic nervous system modeling with Anthropic Claude for clinical OSCE simulations and next-generation interactive storytelling.

Explore Synapse Studio Patent Specifications

0.00 ms

Zero-Cloud Latency

Deterministic Mathematical Biometrics

99 BPM

Autonomic Heartbeat

Dynamic ASMR Audio Feedback

2 Patents

KIPO Priority Pending

Clinical Simulation & Interaction

Dual-Tier

Modular Architecture

Zero IP Leakage / Local Guard

FLAGSHIP SIMULATION ENGINE

Synapse Studio: Autonomous Biometric Resonance

Continuous autonomic nervous system modeling injecting real-time physiological telemetry (BPM, tension, temperature) directly into LLM prompts.

SYNAPSE STUDIO RUNTIME VERIFICATION (99 BPM ASMR STATE)

Anthropic Claude Integration OSCE Simulation Mode

Synapse Studio 99 BPM Stress State Verification

Verified: Live parasympathetic recovery from 99 BPM to 78 BPM baseline with dynamic audio fade-out. Zero Execution Errors (100% Deterministic)

Non-Linear Biometric FSM

Evaluates multi-coordinate touch sequences and temporal combo cadences locally. Computes sympathetic and parasympathetic equilibrium without cloud inference latency.

Dynamic Cardiac ASMR

Maintains pure silence during resting states (BPM < 90) and dynamically triggers layered cardiac rhythms during acute stress or clinical examination events.

Zero IP Leakage Architecture

Strict mathematical decoupling between the proprietary simulation engine (synapse_core.js) and public client interfaces, securing enterprise intellectual property.

COMPLETE ECOSYSTEM

Enterprise AI Simulation & Local Ambient Intelligence

From proprietary clinical AI engines to privacy-first mobile healthcare, Synapse Creative builds mission-critical intelligent software.

Google Play Production Released TWA Mobile Package

PainFree: Ambient Pain & Clinical Health Monitor

A zero-server, 100% on-device chronic pain tracking application. Empowers patients to document somatic symptoms with absolute cryptographic privacy.

Production Release on Google Play Store 100% Local Privacy

Proprietary Infrastructure Port 8085 Orchestration

Synapse Harness: Autonomous Multi-AI Orchestrator

A hardened multi-model development harness connecting Anthropic Claude, Azure OpenAI, and Gemini agents in real time. Features zero-trust invite gateways and session recording.

Zero-Trust Gateway: Cloudflare Access Active

Model Orchestration: Anthropic Claude / Azure

Security Isolation: Local Sandbox & Token Auth

Active Research & Development Pipeline Real-Time Multi-Agent

INTELLECTUAL PROPERTY

Patent-Protected Biometric Architecture

Registered patent applications filed with the Korean Intellectual Property Office (KIPO) securing our proprietary biometric calculation and interaction control systems.

Patent Application KR 10-2026-0174930 Filed: 2026-09-14

Progressive Time-Series Clinical Diagnostic Sequence Determination and Non-linear Autonomous Biometric Variables Based on User Multi-Coordinate Event Buffer

System and Method for Controlling Virtual Patient Interaction in Generative Language Models Using Progressive Time-Series Clinical Diagnostic Sequence Determination and Non-linear Autonomous Biometric Variables.

Target: Intelligent Clinical OSCE/CPX Simulation, Adaptive Medical Training, Real-Time LLM Physiological Context Injection.

Patent Application KR 10-2026-0179129 Filed: 2026-09-21

Virtual Object Autonomous Interaction and Biometric Context Control System

Method and System for Controlling Virtual Digital Entities via Coordinate Event Stream Buffering and Dynamic Autonomic Resonance Feedback.

Target: Multi-turn Interactive Character Simulation, Spatial Resonance Computing, Haptic Bio-Feedback Engine.

ANTHROPIC STARTUP ECOSYSTEM

Why Anthropic Claude Powers Synapse Studio

Core LLM Partner

Advanced Frontier Reasoning

The Anthropic Claude model family delivers unmatched nuanced comprehension required for realistic OSCE virtual patients and highly delicate emotional storytelling.

High-Throughput Telemetry

Effortlessly ingests real-time biometric state streams (BPM, tension, recovery indices) into system prompt layers with industry-leading token efficiency.

Strict Enterprise Safety

Constitutional AI principles align perfectly with our rigorous clinical simulation safeguards, ensuring robust, hallucination-free interactions.