Databahn Defense collects and analyzes battlefield data to understand operational conditions.
It is a defense data infrastructure platform that transforms Raw Data into Intelligence.

Databahn Defense.
Partridge Systems’ Defense Data Infrastructure Platform,
엣지에서 생성된 센서 데이터는 수집과 함께 동기화,
객체 탐지, 환경 정보 보강을 통해 기초 품질을 확보합니다.
클라우드 전송 후에는 임베딩, 캡셔닝, 라벨링 등
큐레이션을 통해 Physical AI 개발 데이터로 거듭납니다.
이어서 탐색, 모델 성능 평가, 리포트 생성 작업이
자연어 인터페이스를 통해 직관적으로 지원됩니다.
데이터 엔진 자동화를
실현하는 AI 모델 체인.
센서 데이터를 Physical AI 데이터로,
Core requirements of Physical AI,
structurally aligned with
military unmanned systems.
Databahn AI는 Databahn Core 기반으로 Physical AI
데이터 지능화 레이어를 구축하고 파이프라인 구성 모델들을 손쉽게 최적화 또는 변경할 수 있도록 합니다.
(Mobile Platforms, Multi-Sensor Systems, Limited Connectivity, Real-Time Decision-Making, and Continuous Learning)
Existing Platform
Dependent on Rear Connectivity
Complete AI system failure
upon communication loss
Static AI After Deployment
Unable to adapt to emerging threats
and environmental changes
Static Map Dependency
Relies on pre-generated 2D COP and static 3D maps, limiting real-time environmental awareness
Databahn Defense
Disconnected-First
Edge-first AI inference and 3D situational awareness, even when disconnected
Continuous Learning
Collects edge cases and continuously
retrains and redeploys models
through digital twin environments
Real-Time 3D Reconstruction
Fuses drone EO/IR and LiDAR data in
real time to continuously update
the battlefield environment
파트리지시스템즈는 물리 세계를 이해하고 추리하는
첨단 인공지능을 활용하여 사람이 직접 정의하기 힘든
데이터 내 맥락을 발굴하고 데이터 품질을 혁신합니다.
고객 현장에 맞는 AI 모델 개발 및 검증 데이터 지원을
통해 Physical AI 고도화를 앞당깁니다.
Partridge Systems’ Defense Data Infrastructure Platform,
Databahn Defense.
Databahn Defense collects and analyzes battlefield data to understand operational conditions.
It is a defense data infrastructure platform that transforms Raw Data into Intelligence.

Mobile Platforms, Multiple Sensors, Limited Connectivity, Real-Time Decision-Making & Continuous Learning
Core Requirements
of Physical AI.
Structurally aligned with military unmanned operations,
Rear-Dependent
AI fails when disconnected.
Disconnected-First
Edge AI enables inference, 3D awareness & decisions.
Existing Platforms
Databahn Defense
Continuous
Learning
Automatically collects edge cases, augments and trains with digital twins, then validates and redeploys models.
Pre-Built Map Dependency
Pre-built 2D COPs and static 3D maps
(No real-time updates)
Real-Time 3D
Fuses drone
(EO/IR·LiDAR) data to generate real-time
tactical maps on-site.
Static AI
Slow to adapt to
new threats.
AI algorithms alone cannot operationalize unmanned assets. Infrastructure is needed to connect field data collection, processing, learning, and redeployment.
Structural Bottlenecks.
Modern Unmanned Systems’
01
Collection Breakdown
Unmanned assets generate data, but lack standardized infrastructure to collect, store,
and process it in the field.
02
Decision Delay
Tactical AI inference relies on rear servers.
In DIL environments, decision-making stops
when connectivity is lost.
03
Learning Breakdown
Field data does not return to the training system.
AI models remain fixed at deployment and fail to
adapt to battlefield changes.
Collection, decision, learning, and redeployment
must operate at all times.
01
E2E Pipeline Gap
Operations Cannot Stop.
Gaps in Modern Warfare & Battlefield Platforms
02
Lack of Physical AI Infrastructure
03
Siloed Functions
No E2E Integration
Databahn defense
For MUM-T Operations
Physical AI-for-AI
E2E Platform.
Partridge Systems’ defense data platform,
Databahn Defense, provides a unified E2E pipeline from battlefield sensors to rear training servers.

Concept of Operations.
DataBahn Defense




K877 APC






A4A Data Loop.
AI Evolves with Every Operation
Logger detects corner cases, Edge selects high-value training data, and Rear improves models through incremental learning. The enhanced AI is then redeployed to the field for continuous performance improvement.
Real-Time Data Pipeline with Immediate Feedback from Collection to Transmission
독자적 엣지 AI 전문성과 데이터 경량화 기술로 네트워크
자원이 희소한 엣지-클라우드 파이프라인을 최적화합니다.
클라우드 환경에서는 GPU 자원을 활용하는 탄탄한
데이터 병렬 처리 기술력으로 페타바이트급 규모 데이터도
안정적으로 지원하는 Physical AI 데이터 엔진을 제공합니다.
대규모 물리 세계 데이터를
Physical AI 모델과 연결하는
데이터 레이어.
Modern Unmanned Systems’
Structural Bottlenecks.
AI algorithms alone cannot operationalize unmanned assets.
What is missing is the infrastructure that connects field data collection, processing, learning, and redeployment.
01
Collection Breakdown
Unmanned assets generate data, but lack standardized infrastructure to collect, store,
and process it in the field.
02
Decision Delay
Tactical AI inference relies on rear servers.
In DIL environments, decision-making stops when connectivity is lost.
03
Learning Breakdown
Field data does not return to the training
system. AI models remain fixed at deployment
and fail to adapt to battlefield changes.
03
Siloed Functions / No E2E Integration
02
Lack of Physical AI Infrastructure
01
E2E Pipeline Gap
Gaps in
Modern Warfare
& Battlefield Platforms
Operations Cannot Stop.
Data Collection,
Decision-Making, Learning,
and Redeployment
Must Continue in
Wartime and Peacetime.
Partridge Systems’ defense data infrastructure platform, Databahn Defense, provides
an E2E data pipeline from battlefield sensors to rear training servers in a single platform.
Databahn defense

Databahn Core는 실세계에서 수집된 다양한 데이터를
통합하는 Physical AI 특화 플랫폼입니다.
표준화된 단일 웹 환경에서 분산된 엣지 및 클라우드 데이터를 효율적으로 관리하며 Physical AI 개발을 위한 데이터 탐색과 분석을 손쉽게 해줍니다.
물리 세계를 온전히 담는
데이터 플랫폼.
Databahn Core

Databahn Core는 실세계에서 수집된 다양한 데이터를
통합하는 Physical AI 특화 플랫폼입니다.
표준화된 단일 웹 환경에서 분산된 엣지 및 클라우드 데이터를 효율적으로 관리하며 Physical AI 개발을 위한 데이터 탐색과 분석을 손쉽게 해줍니다.
물리 세계를 온전히 담는
데이터 플랫폼.
For MUM-T Operations

Physical AI-for-AI E2E Platform.
DataBahn Defense
Concept of Operations.










A4A Data Loop.
AI Evolves with Every Operation
Real-Time Data Pipeline with Immediate Feedback from Collection to Transmission
Logger detects corner cases, Edge selects high-value training data, and Rear improves models through incremental learning.
The enhanced AI is then redeployed to the field for continuous performance improvement.
4-Layer E2E Data Pipeline.
From forward sensors to rear training servers,
a single platform covers the entire data pipeline.
LAYER 1.0
Logger
Collection
Collects multi-sensor data in real time from drones, robots, and humanoids.
Compresses and tags (KLV) data for transmission over forward networks.
LAYER 1.5
UGV Hub
Aggregation
LAYER 2.0
AI Edge
Inference
Performs AI inference on mobile tactical devices. Supports field decisions through object detection, 3D mapping, and situational analysis.
LAYER 3.0
Rear
Learning
Securely manages data and performs incremental and federated learning in the rear MLOps environment. Builds enhanced models and redeploys them to Edge and Logger.
High-Speed Real-Time 3D Context Mapping.
Leveraging Heterogeneous Unmanned Asset Data
Heterogeneous sensor fusion technology that integrates data from diverse sensors and platforms into a unified 3D space.
STEP 1
Heterogeneous Data Collection
STEP 2
Spatiotemporal Alignment
STEP 3
3D Map Generation
STEP 4
Semantic Overlay
Data Pipeline
Heterogeneous Coordinate Alignment
Converts coordinate systems from drones, UGVs, robot dogs, and humanoids into a common reference frame in real time, integrating them into a unified spatial dataset.
LiDAR-Inertial Odometry
Tightly fuses LiDAR point clouds and IMU data for precise localization, even in GPS-limited indoor, urban, and DIL environments.
SLAM+ColoredPCD (orTextureMash)
Enables near-real-time 3D scene reconstruction and free-viewpoint rendering with a 3D representation method over 100× faster than 3D Gaussian Splatting/NeRF.
Semantic Segmentation Overlay
Applies semantic labels for buildings, roads, vegetation, vehicles, and personnel to the 3D map, visualizing friend-or-foe identification, hazard zones, and traversable routes as tactical layers.
On the 3D Map
Tactical Context Layers.
Provides three context layers for understanding tactical situations on a geometric 3D map.
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