FPV drone fleet deployed in front of the mobile production unit

Korea's Operational Nexus of Intelligent eXecution

Build drones at national speed.

Low-cost drones, built and deployed at national speed.

KEONIX integrates additive-manufacturing-based high-speed mass production with a full-lifecycle operations and training system, building an execution hub that delivers real drone capability all the way down to individual soldiers and small units.

US$15.8BGlobal military drone market (TAM, 2025)
70%+Target production automation rate at PoC
±5%Target repeatability tolerance in production
2027Target for automated mass production of FPV training drone frames
KAIST × CAUCo-designing research teams
POCHEONNational drone hub partner

Mission & Vision

Drone warfare is won not by the performance of a single airframe, but by supply chains and operational capability. KEONIX is designing a system that gives Korea both.

Vision

Additive Manufacturing × Full-Lifecycle Operations

We unify additive-manufacturing-based production and full-lifecycle operations into a single system, enabling high-speed mass production and wide operational adoption of drones at the same time.

Opportunity

Low-cost, rapid production is a strategic advantage

As drones prove their cost-exchange efficiency on the battlefield, nations are moving beyond simple price competition to secure sovereign drone production and operational capabilities.

01

Secure low-cost, rapid production technology

Develop and secure rapid, low-cost drone production technology based on additive manufacturing.

02

Build distributed production infrastructure

Miniaturize and advance production technology to expand into distributed, field-level production.

03

Scale through education & training

Build education and training programs for production and operations, and roll them out across target organizations.

Solution

Autonomous drone production,
powered by additive manufacturing

A two-axis system co-designed by researchers at KAIST and Chung-Ang University, connecting drone design, production, assembly, and operation in a single flow.

BUILD PLATE · 300 × 300 MMX-FRAME · INFILL ±45°
LAYER 001 / 120 LAYER H 0.2 MM PROGRESS 0%
Axis 01

Intelligent Drone Foundry

Design · Produce · Assemble · Operate

An integrated platform that centrally and securely manages drone design, production, assembly, application, and operation. AI automatically derives the optimal design for each situation, which is then produced and assembled through 3D printing.

Axis 02

Rapid, Field-Adaptive Production

Adaptive Drone Manufacturing

Drones are built on-site, on demand, using Speed 3D printers and modular design. We advance structural technology so airframe stiffness and flexibility can be achieved quickly and at low cost.

/01

Integrated drone operations system

Design and develop an integrated platform linking design, production, assembly, application, and operation.

/02

AI field-adaptive design & auto-assembly

Automatically derive mission-optimal designs from baseline designs and produce them via 3DP.

/03

Airframe material development & optimization

Develop and optimize mission-specific materials for FPV, ISR, counter-drone, and more.

/04

Rapid additive manufacturing technology

Develop rapid production technology based on Speed 3D printers and modular design.

/05

Advanced airframe stiffness & flexibility

Improve both stiffness and flexibility of airframe structures for low-cost, rapid production.

/06

Plug&Play airframe architecture

Research new drone airframe structures and design them for modular assembly.

System in the Field

A mobile production unit
in a single container

Additive manufacturing equipment, materials, and power are integrated within a standard container footprint, making a field-ready production unit that can be deployed anywhere.

CONCEPT RENDER CAD render of the 22G2 modular production unit: additive manufacturing equipment in the left container, a robotic assembly cell in the right.
Form factor
22G2 standard container footprint
Module A
Additive manufacturing · materials · power
Module B
Auto-assembly · inspection · storage
Deploy
Truck transport, set up on site
Mobile production unit deployed on an airfield at dusk

Field Deployment

Deploy
anywhere.

Deploys straight to forward positions.

FORWARD BASEAIRFIELDTRAINING SITE

Project Gaecheon · 開天

Building and validating an integrated
defense drone ecosystem

Six stages, from design to feedback, run as one loop. Real operational data flows straight back into design, so every airframe improves.

01
DESIGN
01 / DESIGN

Design

Define mission requirements from a central database

STRATEGIC HUB37.8949°N
127.2003°E
POCHEON

Strategic Hub Partner · Pocheon City

Selected two years in a row for the Ministry of Land, Infrastructure and Transport's Drone Demonstration City program, Pocheon is our execution base, jointly developing an advanced domestic drone industrial complex. The Pocheon National Drone Hub, with additive manufacturing facilities, an AR/VR training ground, and integrated test airspace, is the engine of this loop.

Scaling-Up Roadmap

By 2035, leading
K-Defense drones

We grow from pilot (training & evaluation) → procurement & center expansion → scale-up, using domestic procurement as a springboard for export packages.

KRW 10BVALUATION
Startup
2025 – 2026

Founding Team & MVP

Pocheon hub MVP · training programs

KRW 50BVALUATION
R&D & IP
2027

Build the Drone Foundry

Drone foundry · patents · PoC

KRW 300BVALUATION
Scale-up
2028 – 2030

Full-Scale Procurement Contracts

Defense procurement · export packages

KRW 1T+VALUATION
M&A Exit
2031 –

Strategic M&A · Global Expansion

Strategic funding M&A for global growth

Target valuation · bar height on a log scale

Core Team & Leadership

Experts in defense, drones, AI,
manufacturing & training

Specialists in additive manufacturing, Physical AI, and defense business design production and operations together, as one team.

Yongjin YoonCEO

Yongjin Yoon

Ph.D. Stanford Univ. Mechanical Engineering / Financial Engineering (Minor)

  • Leads strategy & fundraising
  • Defense procurement & policy
Haejin ChoiCTO

Haejin Choi

Ph.D., Georgia Institute of Technology

  • Leading Korean authority on 3D-printing-based additive manufacturing
  • President, Smart Additive Manufacturing Division, Korean Society of Mechanical Engineers
Sangin ParkR&D Director · 3DP MFG

Sangin Park

Ph.D., Georgia Institute of Technology

  • Leads additive-manufacturing-based drone design and production process development
  • Defines production strategy and the process R&D roadmap
Hyeongcheol KimR&D Director · Physical AI

Hyeongcheol Kim

CS Ph.D. National University of Singapore

  • Leads design of AI-integrated drone training and production systems
  • KAIST InnoCORE PRISM-AI Research Group
Advisors & Network Advisors in military operations, defense procurement, aviation certification and academia, plus legal, finance and engineering experts.

Participating Personnel

The people behind execution

From additive manufacturing standards to smart factories and defense program management, hands-on experts in each field power KEONIX's execution.

Samyeon Kim
Industrial Engineering Advisor

Prof. Samyeon Kim

  • Professor, Dept. of Mechanical Engineering, Jeonju University
  • Member, Singapore Additive Manufacturing Technical Committee / ASTM F42.04 Design Subcommittee
  • Modular Design Advisor, LGE; formerly researcher at NTU 3D Printing Center · NIST/SUTD
Younggyu Won
Tech Advisor

Younggyu Won

  • CTO, Trend Seoul
  • Formerly led development of a smart-manufacturing & 3D-printing-based FaaS platform
  • Formerly contributed to ETRI Smart Factory projects / IITP national R&D programs
Minseok Kim
Project Manager

Dr. Minseok Kim

  • Postdoctoral Researcher, KAIST Mechanical Engineering Research Institute
  • General Manager, Daejeon Defense-Specialized R&D Institute
  • Managed a 5-year, KRW 49B program (2022–2026)
Zhang Haining
Autonomous AM Specialist

Dr. Haining Zhang

  • Postdoctoral Researcher, KAIST InnoCORE PRISM-AI Research Group
  • Machine learning for AM process modeling & optimization
  • Deep-learning in-situ monitoring, anomaly detection & uncertainty quantification

Careers

Set the pace of
national security

Specific job postings are in preparation. If you're interested in a position or have a collaboration proposal, email us at contact@keonix.co.kr.

Contact

The future of Korea's defense.
Let's shape it together.

Company
KEONIX Labs
Address
Room 203-J88, 2F, 15 Gyeryong-ro 105beon-gil, Yuseong-gu, Daejeon 34187, Republic of Korea

We welcome inquiries from investors, military & government partners, and media.

Whether it's an IR deck request, a collaboration proposal, or a visit to the Pocheon Drone Hub, email us and we'll get back to you promptly.

Send an email →