Product rendering of Ego headsets and data capture glasses

Ego Data Capture Solution

Capture the physical world
from a human perspective

Hardware-synchronized multimodal capture for faithful first-person views. From prototypes to production, deliver quality data for embodied AI and world-model training.Synchronized multimodal data for embodied AI and world-model training.

EFUN Advantages

Ego binocular, quad-camera and six-camera data capture devices record first-person video, inertial data and audio. EFUN provides in-house devices with hardware and software customization, prototype validation and mass production.
<50µs
Multimodal hardware sync

Aligned image, IMU and audio timestamps

400–1000Hz
6–9-axis IMU sampling

Capture dynamic working poses precisely

30–60fps
Global-shutter imaging

Reduce motion blur and preserve operational detail

120°
Wide horizontal field of view

Zero distortion at delivery; customizable FOV

Five challenges in first-person capture

From data synchronization to field deployment, select a challenge to explore how Ego can help.

  1. Data sync
  2. Motion imaging
  3. Device fit
  4. Production
  5. Field capture

Multimodal timing mismatch

Unsynchronized camera, IMU and audio streams require extensive alignment in post-processing, affecting model training quality.

Align multimodal data at the source

Hardware timestamps align vision, IMU and audio, reducing alignment work in post-processing and connecting real-world views with motion data.

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Distortion during motion

Rolling shutters produce severe motion artifacts during dynamic tasks, losing critical hand movements and operational detail.

Preserve detail during dynamic tasks

Global-shutter imaging and wide-field optics reduce motion artifacts while capturing hand movements and surroundings. Imaging configurations and fields of view can be selected for the project.

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Limited device flexibility

Fixed fields of view, battery life and interfaces make generic hardware difficult to adapt to specific research and enterprise requirements.

Adapt the device to the capture task

Customize imaging, sensor options, runtime, storage and fit through coordinated hardware and software development. Iterate on existing platforms to meet project requirements.

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Prototype–production gap

Unstable prototypes and limited environmental resilience hinder the transition to mass production and make delivery timelines unpredictable.

Connect prototype validation to production

Connect functional validation, reliability testing and production preparation in one delivery process. An established supply chain supports the move from standard devices or custom prototypes to volume supply.

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Constraints in the field

Limited battery life and storage constrain capture, while harsh industrial and outdoor conditions increase device failure rates.

Plan and validate for field conditions

Plan power and storage around capture duration. Vibration, temperature, drop and salt-spray testing evaluate device reliability for the intended field conditions.

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Four Core Advantages

  • An operator wearing a data capture headset

    High-fidelity Ego Capture

    Wide-FOV RGB, 6–9-axis IMU and audio align via hardware timestamps. Capture real-world perspectives and motion as high-quality raw multimodal data.
  • The data capture device user discussing circuit-board development with an engineer

    Full-stack ODM Customization

    In-house circuits, optics, mechanics, Linux firmware, drivers and recording apps. Customize imaging, sensors, runtime, storage and fit through rapid iteration.
  • Electronics assembly and manufacturing environment

    Prototype-to-Production Delivery

    From requirements and prototyping through validation to mass production. Standard or custom designs scale with an established supply chain for data capture projects.
  • A technician performing vibration and temperature reliability testing

    Field-ready Reliability

    Vibration, temperature cycling, drop and salt-spray tests verify durability. Support long capture sessions in industrial sites, outdoors and changing conditions.

A complete service from requirements to production

Choose a standard model or start a custom development project. We support you through every stage.

  1. Solution consultation
  2. ODM development
  3. Prototype delivery and setup
  4. Volume production
  5. Technical support

Solution consultation

Recommend standard models for your dataset goals or define a custom hardware solution.

  • Review capture scenarios and data goals
  • Recommend models or assess customization
Explore standard models
An operator working with a data capture headset

ODM development

Customize optics, hardware, mechanical design and embedded software.

  • Optics and sensor configuration
  • Coordinated hardware, mechanics and firmware
A device user and engineer discussing circuit design

Prototype delivery and setup

Deliver prototypes, debugging tools and technical documentation to support initial capture validation.

  • Prototypes, tools and technical documentation
  • Initial capture and functional validation
Laboratory quality validation of data capture devices

Volume production

An established supply chain supports volume device production and reliable supply.

  • Volume device production
  • Supply chain coordination and volume supply
Device production and assembly environment

Technical support

Provide an SDK and help set up data capture workflows.

  • SDK integration support
  • Help setting up capture workflows
Quad-camera data capture headset