Future Technology Research Archive

InoTelligence Research Laboratory focuses on long-term system architectures where humans, artificial intelligence, and machines converge.

Rather than pursuing short-term products or trends, the laboratory investigates foundational structures that determine whether a system can survive, recover, and evolve under unpredictable conditions.

This website serves as the official public archive of those research efforts and the execution tools developed to validate them.

🔭 Research Philosophy

Research at InoTelligence begins with a simple question: What happens when a system fails?

Every technology developed here must demonstrate survivability, recoverability, and extensibility. This principle applies equally to software, hardware, and artificial intelligence systems.

Market demand does not define our direction. Structural integrity and long-term execution capability do.

🧠 7 Core Research Missions

The following seven missions represent long-term architectural challenges, not commercial product plans. All development within the laboratory aligns with these directions.

Enhanced Memory System

Growth-based and adaptive memory architectures
Biological and synthetic material memory research
Memory defined as an evolving structure, not static storage

Multi-Logic Semiconductor

Non-silicon and protein-based logic systems
Multi-state computation beyond binary logic
Exploration of post-silicon computing limits

Multiple Integration Interface

Human–AI–machine integrated interfaces
Neural signal and multi-sensory convergence
Interfaces designed as extensions of the human body

Bio Power Generator

Energy systems inspired by biological discharge mechanisms
Self-charging and distributed power generation
Machine-level energy autonomy research

Superintelligent AI-Driven Vehicle

AI-centered mobility control architectures
Minimal human intervention operation
Vehicles treated as autonomous survival systems

Hyper Propulsion

Gravity suppression and magnetic field amplification concepts
Four-axis controlled propulsion models
Non-conventional thrust system exploration

Mega Robot

Large-scale hydraulic and mechanical robotic platforms
Human-ridable and human-extendable structures
BIOS-level safety, recovery, and survival logic

🧩 12 Developed Software Systems

These twelve software systems are fully developed execution tools created and used internally to validate the seven core missions.

InoWEB

Installation-free browser-based STEP/IGES 3D viewer.

InoVIEW (PC)

High-performance industrial 3D viewer for shopfloor environments.

InoCAD

Manufacturing-oriented CAD system focused on production logic.

InoCAM

Modular CAM workflow and machining research framework.

Mold Explode Engine

Automatic mold and assembly structural decomposition engine.

Auto Partlist

Explode-based automatic BOM generation system.

AI Mold Estimate

Geometry-driven manufacturing estimation support system.

AI Convert / Optimizer

STEP/IGES normalization and optimization pipeline.

InoCoder Studio

AI-assisted internal software development environment.

InoDefense

Runtime behavior monitoring and anomaly detection system.

InoVIEW Web

WebGL-based lightweight 3D visualization platform.

Research Dashboard

Centralized archive for research documentation and releases.

📩 Contact

InoTelligence Research Laboratory
Email: kcim90@naver.com
All inquiries are reviewed strictly from a research perspective.