Q-LIFE MASTER
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10-YEAR ROADMAP · 2026 – 2035

QUANTUM
BIO-MIND
ORCHESTRATION

A quantum-sensing & QBCI-based integrated development project with the goal of precisely measuring and tuning the human body and mental state, continuously maintaining optimal daily condition and psychological stability.

CONFIDENTIAL & PROPRIETARY — INVESTMENT BRIEFING DECK
15%
Overall development progress · Stage 1 in progress
99.8%
Target biological coherence
12개
Core development pipelines
2035
Q-Life Master commercialization target
R&D Target All figures and technical specifications on this page are R&D target values, not verified performance. Commercialization milestones may shift based on development progress. 본 페이지의 수치와 기술 사양은 검증된 성능이 아닌 연구개발 단계의 목표치(R&D Target)이며, 단계별 상용화 시점은 개발 진행 상황에 따라 변경될 수 있습니다.
Roadmap Overview

10-Year Roadmap, 4-Stage Structure

10개년 로드맵, 4단계 구조

A phased development sequence progressing from sensing → body control → mind control → full integration. Each stage builds on the data and technology secured in the previous stage.

센싱 → 신체 제어 → 정신 제어 → 완전 통합 순으로 이어지는 단계적 개발 시퀀스입니다. 각 단계는 이전 단계에서 확보한 데이터와 기술 위에 구축됩니다.

STAGE 01
2026 – 2028

Foundation Building

Ultra-high-sensitivity quantum biosensing & body data visualization

초고감도 양자 바이오 센싱 및 신체 데이터 가시화

NV Center Sensor Quantum Dot Scanner
STAGE 02
2029 – 2031

Body Control

Precise autonomic nervous system tuning & active homeostasis control

자율신경계 정밀 조율 및 신체 항상성 능동 제어

Q-Neuromodulator Q-Photon
STAGE 03
2032 – 2033

Mind Control

QBCI-based brainwave reset & emotional state mapping

QBCI 기반 뇌파 재설정 및 감정 상태 매핑

QBCI Quantum Resonance Mapping
STAGE 04
2034 – 2035

Full Integration & Autonomy

Q-Life Master-based autonomous integrated platform completion

Q-Life Master 기반 자율형 통합 플랫폼 완성

AI Orchestrator Commercial Platform
System Architecture

4-Layer Hardware & AI Stack

4계층 하드웨어 & AI 스택

The system is composed of four layers: sensing, body control, QBCI control, and AI/platform. Each layer contains specific modules built across the 10-year roadmap.

시스템은 센싱, 신체 제어, QBCI 제어, AI·플랫폼 4개 계층으로 구성됩니다. 각 계층은 10개년 로드맵에 걸쳐 구축되는 개별 모듈들을 포함합니다.

LAYER 01 · SENSING

Quantum Biosensing Layer

양자 바이오 센싱 계층

Ultra-high-sensitivity quantum sensors measure neurochemicals and biological signals at the molecular level. This is the foundation layer that supplies data to all downstream layers.

초고감도 양자 센서가 신경화학 물질과 생체 신호를 분자 수준으로 계측합니다. 하위 모든 계층에 데이터를 공급하는 기반 계층입니다.

NV Center Sensor Array Quantum Dot Hormone Scanner Neurological Coherence Scanner EEG·EMG·ECG Headset
LAYER 02 · BODY CONTROL

Body Control Layer

신체 제어 계층

Precise external stimulation modules control autonomic nervous system balance and body homeostasis. Non-invasive neuromodulation and photon-based stimulation.

정밀 외부 자극 모듈이 자율신경계 균형과 신체 항상성을 제어합니다. 비침습 신경조절 및 광자 기반 자극.

Q-Neuromodulator Fatigue/Pain Neutralization Capsule Q-Photon Synthesis Promoter
LAYER 03 · QBCI CONTROL

QBCI Control Layer

QBCI 제어 계층

Quantum-based brainwave reset interface and meditation induction. Direct intervention in mental state via quantum coherence biointerfacing.

양자 기반 뇌파 재설정 인터페이스와 명상 유도. 양자 결맞음 바이오인터페이싱을 통한 정신 상태 직접 개입.

Brainwave Reset Interface One-Touch Meditation Inductor
LAYER 04 · AI & PLATFORM

AI & Platform Layer

AI·플랫폼 계층

Digital twin engine, orchestration engine, and Q-Life Master integrated platform. Real-time data processing, personalized optimization, and autonomous operation.

디지털 트윈 엔진, 오케스트레이션 엔진, Q-Life Master 통합 플랫폼. 실시간 데이터 처리, 개인화 최적화, 자율 운영.

Digital Twin Engine Orchestration Engine Q-Life Master
View User Scenario → View Roadmap Detail → GitHub Repository →
QRE-A Framework The QRE-A framework image (framework.jfif) describes the internal engineering methodology used during development. It is an internal reference and is distinguished from the product's external technical specifications. QRE-A 프레임워크 이미지(framework.jfif)는 개발 과정에서 사용되는 내부 엔지니어링 방법론을 기술합니다. 이는 내부 참조 자료로, 제품의 외부 기술 명세와 구분됩니다.
User Scenario

A Day with Q-Life Master

Q-Life Master와 함께하는 하루

Three-stage daily workflow: morning bio-sync → midday stress neutralization → nighttime recovery. Real-time metrics dashboard shows system performance.

3단계 하루 워크플로우: 아침 생체 동기화 → 낮 스트레스 중화 → 밤 피로 회복. 실시간 지표 대시보드가 시스템 성능을 보여줍니다.

☀️
STEP 1 · 7:00 AM

Morning · Bio-sync

아침 · 생체 동기화

User action
Wakes up, puts on the NV sensor device
System process
Scans serotonin/cortisol, analyzes autonomic coherence
Screen output
"Coherence at 82%. Serotonin-boost stimulation ready."
⚡
STEP 2 · 2:00 PM

Afternoon · Stress neutralization

낮 · 스트레스 중화

User action
Loses focus and feels anxious from work pressure
System process
Detects beta-wave spike, resonance stimulation within 180ms
Screen output
"Negative brainwaves neutralized. Resetting to alpha."
🌙
STEP 3 · 10:00 PM

Night · Fatigue recovery

밤 · 피로 회복

User action
Winds down, enters sleep/recovery mode
System process
Neutralizes fatigue byproducts, runs cell-repair pulses
Screen output
"14h 20m of sustained wellbeing today. Self-repair active."
Coherence
99.8%
target biological coherence
Feedback latency
<180ms
within PRD spec (<200ms)
Wellbeing time
14h 20m
today's sustained wellbeing
Self-recovery
PASS
autonomic self-repair active
Full scenario (English) → 전체 시나리오 (한국어) → Download PDF →
01

Quantum Biosensing & Body Data Visualization

양자 바이오 센싱 및 신체 데이터 가시화

2026 – 2028

Building ultra-high-sensitivity quantum biosensing and micro-organ-on-a-chip measurement systems. R&D Target

Progress40%
2026
NV Center Quantum Sensor Design (T1.1)
Complete design of NV center quantum sensor array — diamond-based quantum sensor specifications, sensitivity targets, array configuration, integration architecture.
@architecture · Diamond Quantum Sensor Team
Done
2026 Q4 – 2027 Q2
Quantum Dot Hormone Scanner Prototype (T1.2)
Dopamine sensing module prototype (due: 2026-12, @coder), serotonin sensing module prototype (due: 2027-03, @coder), cortisol sensing module prototype, wearable integration prototype HW assembly (due: 2027-09, @hw-engineer), wearable housing/product design (due: 2027-06, @hw-architecture), initial calibration/validation dataset (due: 2027-10, @qa).
@coder · @hw-engineer · @hw-architecture · @qa
In Progress
2027 Q3 – 2028 Q1
Neurological Quantum Coherence Scanner (T1.3)
Peripheral nervous system quantum entanglement signal collection theory modeling (due: 2027-06, @architecture), signal collection module HW design (due: 2027-12, @hw-engineer), prototype development & validation (due: 2028-03, @coder).
@architecture · @hw-engineer · @coder
Plan
02

Body Control — Autonomic Precision Tuning

육신(신체) 지배 — 자율신경계 정밀 조율

2029 – 2031

Precise autonomic nervous system tuning and active body homeostasis control. R&D Target

Progress10%
2029 Q1 – Q2
Autonomic Balance Mathematical Formalization (T2.1)
Sympathetic-parasympathetic balance model mathematical formalization (due: 2029-03, @architecture), precision tuning device HW design (due: 2029-06, @hw-engineer), non-invasive nerve stimulation module prototype (due: 2029-09, @coder), clinical validation initial data (due: 2029-12, @qa).
@architecture · @hw-engineer · @coder · @qa
Plan
2030
Chronic Fatigue/Pain Neutralization Capsule (T2.2)
Fatigue/pain biomarker identification (due: 2030-03, @architecture), capsule-type device prototype — exterior/mechanism/HW (due: 2030-09, @hw-engineer), VAS 30%+ reduction pilot (due: 2030-12, @qa).
@architecture · @hw-engineer · @qa
Plan
2031
Quantum Photon (Q-Photon) Bio-Synthesis Promoter (T2.3)
Serotonin/endorphin photon stimulation wavelength band confirmation (due: 2031-03, @architecture), photon stimulation module design & production — HW (due: 2031-06, @hw-engineer), serotonin synthesis + mood enhancement pilot (due: 2031-12, @qa).
@architecture · @hw-engineer · @qa
Plan
03

Mind Control — QBCI Brainwave Reset

마음(정신) 지배 — QBCI 뇌파 재설정

2032 – 2033

QBCI-based brainwave reset and emotional state mapping. R&D Target

Progress5%
2032 Q1 – Q2
Brain Resonance Mapping Protocol (T3.1)
Alpha/theta/gamma wave quantum resonance mapping (due: 2032-06, @architecture), brainwave reset algorithm development (due: 2032-09, @coder), brain interface safety validation (due: 2032-12, @qa).
@architecture · @coder · @qa
Plan
2033
One-Touch Meditation Inductor (T3.2)
Rapid theta-wave induction protocol design (due: 2033-03, @architecture), meditation device prototype development (due: 2033-09, @hw-engineer), stress reduction + focus improvement validation (due: 2033-12, @qa).
@architecture · @hw-engineer · @qa
Plan
04

Full Integration — Q-Life Master Autonomous Platform

완벽 통합 — Q-Life Master 자율형 플랫폼

2034 – 2035

Q-Life Master-based autonomous integrated platform completion. R&D Target

Progress0%
2034 Q1 – Q2
Digital Twin + Orchestration Engine Integration (T4.1)
Individual baseline model + real-time optimization algorithm design (due: 2034-06, @coder), cloud-edge orchestration engine architecture (due: 2034-09, @architecture), multi-module synchronization system development (due: 2034-12, @hw-engineer).
@coder · @architecture · @hw-engineer
Plan
2034 Q3 – 2035
Q-Life Master Commercial Platform + Manufacturing (T4.2)
Q-Life Master desktop app + web platform MVP (due: 2034-12, @full-stack-dev), B2B employer wellness pilot (due: 2035-03, @pm), manufacturing line build & mass production prep — outsourced partner collaboration (due: 2035-06, outsource partner), full commercialization (due: 2035-12, @pm).
@full-stack-dev · @pm · outsource partner
Plan

Q-Life Master —
Your Daily Optimal State

Quantum sensing meets AI orchestration. A 10-year journey to sustained wellbeing.

Inquiry / Partnership Project Documents (GitHub) SaaS Application (GitHub)
Contact us · GitHub · PDF Briefing