FileFactory AI
FileFactoryAI Data Labs

ROBOTICS

Physical AI Training

Teaching
Robots
Real Life.

We capture high-fidelity human motion and speech data to train the next generation of embodied AI and humanoid robots.

Data Labs

Egocentric

Security

Encrypted

Lab Training Status
Human ManipulationFine-tuning
Bipedal MotionCapturing
Speech NuanceValidating

Environment

Staged Labs

Dataset Type

Multimodal

Searching for high-paying tasks...

Visual Intelligence Unit

Human Perception
Recognition Lab

INIT_PROTOCOL: VISION_RECOGNITION
SOURCE: EGOCENTRIC_FACTORY
DATA: SKELETON_PERCEPTION_SYNC

Vision Lab

Egocentric Motion

Node_Status
Active
POV_COORD_X: 422.1FPS: 120.0

High-fidelity 6-DOF tracking for humanoid manipulation and environment mapping.

MOD_REF: RF-EGOC-0X179

Recognition

Human Perception

Node_Status
Active
ID: SUBJECT_882MATCH: 99.4%

AI models for skeletal posture estimation, intent prediction, and facial biometric analysis.

MOD_REF: RF-HUMA-0X169

Audio Hub

Dialect Synthesis

Node_Status
Active

Multi-lingual speech datasets used in LLM voice generation and emotional recognition.

MOD_REF: RF-DIAL-0X179

Sensor Array

Tactile Pressure

Node_Status
Active

Real-time pressure mapping for robotic hand manipulation and force feedback.

MOD_REF: RF-TACT-0X169

Kinematics

Skeletal Mapping

Node_Status
Active
L_JNT_0:
L_JNT_1:
L_JNT_2:

Full-body human motion capture for humanoid robot imitation learning.

MOD_REF: RF-SKEL-0X169

Protocol

AES-256 Pipeline

Node_Status
Active
ENCRYPT_STREAM_0XFA

Military-grade encrypted data streaming for top-tier robotics labs and researchers.

MOD_REF: RF-AES--0X169
Human-in-the-loop

THE DATA
FACTORY.

We run an egocentric human-motion data factory with staged environments for embodied video.

400k+

Samples Validated

24/7

Lab Capture

High Fidelity

Zero-loss sensor capture pipelines.

Case Studies

Proven results in Human-Robot interaction.

Live Lab Feed // Node_04
CAM_1 REC
DATA_STREAM: SYNC_OK
CAM_2 REC
DATA_STREAM: SYNC_OK
CAM_3 REC
DATA_STREAM: SYNC_OK
CAM_4 REC
DATA_STREAM: SYNC_OK
Robotics Engineering Core

Hardware Prototyping
Engineering Lab

INIT_PROTOCOL: HARDWARE_BUILD
SOURCE: ROBOTICS_TEAM_X1
DATA: ACTUATOR_STRESS_TEST

TEAM_ID: ENG_UNIT_X1
AUTH: Verified_Build
Live_Telemetry
Readout_01INITIALIZING...
LOG: Physical Link established Node_X1 |LOG: Calibration successful J1-6 |LOG: Tactile sensor sync complete |LOG: Pattern Found: PHALANX_ALPHA |LOG: Transferring real-world dataset... |

Internal Robotics Team

We dont just use AI; we build the robots that power it. Our in-house engineering team prototypes custom robotic skeletons and actuators to push the boundaries of embodied intelligence.

SYS_TYPE: ENGINEERING

In-House Manufacturing

SYS_TYPE: PROTOTYPING

Rapid Build Cycles

SYS_TYPE: SQUAD

Multidisciplinary Team

Proprietary Product Launch

Our Own Hardware
Data Acquisition Unit

PRODUCT_ID: EDCU-1_PROTO
BUILD: IN-HOUSE_SQUAD_01
STATUS: ACTIVE_DEPLOYMENT

Proprietary Head-worn Data Acquisition Unit
VERSION: V0.4_BETA
CORE: SYSTEM_OPTIMIZED
Live_Sensors
Vision_Feed4K_HDR_READY
IMU_LinkSTABILIZED
Latency0.02ms_NOMINAL
LOG: Initializing EDCU-1 Hardware... /LOG: Neural Link established Unit_X1 /LOG: 4K Vision Sensor: Calibrated /LOG: High-frequency IMU data: Streaming /LOG: Product Status: Field Ready /

Built for Robotics Data.

Off-the-shelf hardware isnt enough for the next generation of embodied AI. We engineered the **EDCU-1**—our own proprietary data collection headset—to capture high-fidelity human motion and egocentric vision that standard cameras miss.

CORE: PROTOTYPE_HW

Custom PCB Design

SYNC: MULTIMODAL_SW

Proprietary Firmware

Hardware Specifications:

OpticsDual 4K Egocentric
IMU Sync6-Axis Real-time
EncodingH.265 Raw Neural