ODINSON CORPORATION  /  SEOUL, REPUBLIC OF KOREA  /  EST. 2022

Engineering Technologies
for Complex Environments.

Technology development and IP commercialization across autonomous systems, critical infrastructure and maritime environments.

EXPLORE K-CAS CONTACT ODINSON
TechnologyIntellectual Property DeploymentTRL 3.5
LIVE GLOBAL C-UAS & DRONE SECURITY INTELLIGENCE OPEN SOURCE MONITORING  ·  NOT ODINSON STATEMENTS
2026.09 NATO activates unified Counter-UAS protocol across 12 member states following multi-vector swarm incidents in Baltic airspace  ◇  2026.08 US DoD Counter-UAS Strategy: non-explosive and net-capture intercept mechanisms formally prioritized for urban and critical infrastructure defense  ◇  2026.08 Ukraine field reports confirm drone-on-drone intercept ratios improving — physical capture concepts entering operational evaluation  ◇  2026.07 South Korea Ministry of National Defense issues RFI for next-generation portable Counter-UAS interceptor platforms — evaluation Q4 2026  ◇  2026.07 Red Sea corridor: new IMO advisory mandates commercial vessels on high-risk routes to carry certified counter-drone systems by 2027  ◇  2026.06 EU Parliament ratifies Critical Infrastructure Protection Directive — airports, data centres and power facilities required C-UAS readiness  ◇  2026.06 Japan JSDF accelerates counter-swarm evaluation programme as Indo-Pacific threat assessment upgraded for first time since 2019  ◇  2026.05 Pentagon assessment reclassifies low-altitude loitering swarm as Tier-1 infrastructure threat — supplemental procurement authorizations expected  ◇  2026.04 DSEI 2025 review: non-kinetic and conductive net-capture solutions attracted highest buyer interest across Counter-UAS exhibition floor  ◇  2026.03 IDF releases operational summary of AI-guided intercept trials — first public dataset on multi-target sequential engagement scenarios  ◇  2026.02 Australia and UK sign joint C-UAS development agreement focusing on man-portable interceptors for maritime and port protection  ◇  2026.01 German Bundeswehr confirms Counter-UAS budget increase of 340% under Zeitenwende phase-2 allocation — procurement beginning H2 2026  ◇  2026.09 NATO activates unified Counter-UAS protocol across 12 member states following multi-vector swarm incidents in Baltic airspace  ◇  2026.08 US DoD Counter-UAS Strategy: non-explosive and net-capture intercept mechanisms formally prioritized for urban and critical infrastructure defense  ◇  2026.08 Ukraine field reports confirm drone-on-drone intercept ratios improving — physical capture concepts entering operational evaluation  ◇  2026.07 South Korea Ministry of National Defense issues RFI for next-generation portable Counter-UAS interceptor platforms — evaluation Q4 2026  ◇  2026.07 Red Sea corridor: new IMO advisory mandates commercial vessels on high-risk routes to carry certified counter-drone systems by 2027  ◇  2026.06 EU Parliament ratifies Critical Infrastructure Protection Directive — airports, data centres and power facilities required C-UAS readiness  ◇  2026.06 Japan JSDF accelerates counter-swarm evaluation programme as Indo-Pacific threat assessment upgraded for first time since 2019  ◇  2026.05 Pentagon assessment reclassifies low-altitude loitering swarm as Tier-1 infrastructure threat — supplemental procurement authorizations expected  ◇  2026.04 DSEI 2025 review: non-kinetic and conductive net-capture solutions attracted highest buyer interest across Counter-UAS exhibition floor  ◇  2026.03 IDF releases operational summary of AI-guided intercept trials — first public dataset on multi-target sequential engagement scenarios  ◇  2026.02 Australia and UK sign joint C-UAS development agreement focusing on man-portable interceptors for maritime and port protection  ◇  2026.01 German Bundeswehr confirms Counter-UAS budget increase of 340% under Zeitenwende phase-2 allocation — procurement beginning H2 2026  ◇ 
TECHNOLOGY PROGRAMS / FROM CONCEPT TO DEPLOYABLE TECHNOLOGY

Two technology programs.

Architecture and IP under active development across autonomous Counter-UAS systems and extreme maritime environments.

01 Autonomous Systems / Counter-UAS

K-CAS

Korean Counter-Aerial System — three-axis AI-assisted interception architecture for layered drone defense.

ACTIVE DEVELOPMENT  ·  TRL 3.5  ·  PATENT REGISTERED
02 Maritime Systems / Extreme Environments

ACTIVE ICEBREAKING

Advanced structural excitation and material research for LNG icebreakers and polar maritime operations.

EMERGING RESEARCH  ·  NEW IP PROGRAM
K-CAS / KOREAN COUNTER-AERIAL SYSTEM / TECHNOLOGY ROADMAP

Three-axis interception architecture.

K-CAS is a portfolio of three Counter-UAS platform concepts forming layered defense from close-range to long-range. SKYTHUNDER is the primary active program.

K-3 Three-Axis Counter-UAS Integrated Operation Concept — layered defense architecture showing SKYSTORM (8-10km), SKYTHUNDER (~2km), SKYSPARK (close-range) engagement envelopes and system breakdown
LONG-RANGE / ROADMAP

SKYSTORM

Cheonjeon · Long-range concept
ROADMAP  ·  P3 SKYSTORM long-range concept illustration
MEDIUM-RANGE / PRIMARY PROGRAM  ▶ ACTIVE

SKYTHUNDER

Cheonroe · Medium-range · Active R&D
ACTIVE  ·  TRL 3.5  ·  P1 SKYTHUNDER interception concept — 8-step infographic showing detection, launch, approach, net deployment and neutralization sequence
SHORT-RANGE / ROADMAP

SKYSPARK

Cheongyeok · Short-range concept
ROADMAP  ·  P2 SKYSPARK short-range concept illustration

CONCEPT ILLUSTRATIONS  ·  NOT PRODUCTION SYSTEMS  ·  SUBJECT TO VALIDATION

SKYTHUNDER  /  EXPERIMENTAL COUNTER-UAS INTERCEPTOR ARCHITECTURE

Non-explosive net capture
concept research.

AI-assisted guidance, EO/IR tracking and conductive net deployment for non-explosive drone neutralization. All specifications are design targets pending testing and validation.

SKYTHUNDER NET INTERCEPTOR — realistic concept render with AI target evaluator interface and EO/IR sensor suite. ODINSON Corporation concept design.
TECHNICAL CHARACTERISTICS
  • AI-Assisted Multi-Modal GuidanceMan-in-the-Loop
  • EO / IR Hybrid SeekerOptical + Thermal
  • Relative Navigation TrackingAutonomous
  • Conductive Net Deployment~Ø6m concept
  • Tip Module SeparationSelf-powered
  • High-Voltage NeutralizationElectrical
  • HPA Cold-Launch CartridgeLow signature
  • Parachute RecoveryZero fragmentation

REGISTERED PATENT  ·  KR 10-2578565 B1
CONDUCTIVE NET + ELECTRICAL NEUTRALIZATION
NON-EXPLOSIVE DRONE INTERCEPTION ARCHITECTURE
TRL 3.5  ·  COMPONENT VERIFICATION PHASE

Concept research and technology development program.

SKYTHUNDER Interception Simulation — 6-step concept scenario: Launch, Ascent & Approach, Detection & Guidance, Net Deployment, Neutralization, Safe Termination. ODINSON Corporation concept diagram.

BRIEFING VISUALIZATION BASED ON CONCEPT DIAGRAM  ·  NOT VALIDATED TEST OR FLIGHT DATA  ·  SUBJECT TO CHANGE FOLLOWING TESTING AND VALIDATION

HOW WE BUILD TECHNOLOGY

Our development process.

01

Problem

Define the environment where conventional solutions reach their limits.

02

Architecture

Design the system structure and core technical concept.

03

IP

Secure the intellectual property that protects the architecture.

04

Prototype

Build and test key subsystems through component-level validation.

05

PoC

Validate with partners through proof-of-concept programs.

06

Commercialization

Bring technology into real-world applications with industrial partners.

IP & COMMERCIALIZATION

From invention
to deployment.

ODINSON develops technology architectures, secures intellectual property, validates concepts through prototypes and PoC programs, and works with industrial partners to bring technologies into real-world applications.

0REGISTERED PATENT
0APPLICATIONS FILED
0PCT PLANNED
0IP PIPELINE
TECHNOLOGY READINESS LEVEL CURRENT  ·  TRL 3.5
123 3.5● 456789
CORE PATENT  ·  KR 10-2578565 B1
CONDUCTIVE NET DEPLOYMENT + HIGH-VOLTAGE ELECTRICAL NEUTRALIZATION
NON-EXPLOSIVE DRONE INTERCEPTION ARCHITECTURE
THIRD-PARTY IP VALUATION  ·  KOREA INVENTION PROMOTION ASSOCIATION (2026)
RESEARCH AREAS

Research areas.

R.01Autonomous Systems
R.02Counter-UAS
R.03Computer Vision
R.04Relative Navigation
R.05Extreme Environment Systems
R.06Maritime Technology
R.07Advanced Materials
R.08Active Structural Systems
Critical InfrastructurePower plants, data centres, airports, ports
Industrial SitesShipyards, large industrial and manufacturing facilities
MaritimeCommercial ships, icebreaking vessels, offshore infrastructure
Defense & Public SafetyCounter-UAS, critical asset protection, public safety infrastructure
COMPANY

ODINSON
CORPORATION

ODINSON CORPORATION is a Korea-based deep technology company focused on technology development, intellectual property and commercialization.

We explore technologies designed for environments where conventional solutions reach their limits.

TECHNICAL ADVISORY BOARD
AEROSPACE SYSTEMS

Prof. Advisor

Flight body aerodynamics, performance modelling and system integration design review.

GUIDANCE & CONTROL

Prof. Advisor

Relative navigation algorithms, multi-modal guidance and target tracking performance.

DEFENSE SYSTEMS & ICT

Prof. Advisor

Operational requirements, system architecture, test evaluation and defence commercialization.

2022Core technology research and concept development
2023Counter-UAS patent registration — KR 10-2578565 B1
2026K-CAS commercialization programs, IP portfolio expansion, industry advisory engagement
BUILD WITH US

Build with us.

We collaborate with organizations seeking to develop, validate and commercialize emerging technologies in autonomous systems and extreme environments.

Technology PartnersIndustrial Partners Research InstitutionsInvestorsPublic Sector

ODINSON CORPORATION
Seoul, Republic of Korea
ceo@thor-odinson.com
thor-odinson.com