Wearable AI Vision Platform

Elexnova AI Visocam – Wearable AI Vision & Camera System

AI Visocam is a compact, hands-free wearable camera system engineered for computer vision, embedded edge AI, robotic teleoperation, smart industrial inspection, and human-machine interaction.

Elexnova AI Visocam wearable AI vision camera
FIRST-PERSON POV INFERENCE
Edge Ready
Lightweight head-mounted vision front-end with tactile controls and strap assembly.
Form Factor

Head-Mounted

Adjustable ergonomic strap
Vision Front-End

High-Res Optical

Wide POV line-of-sight
Hardware Control

Tactile Interfaces

Trigger buttons & LED status
Host Integration

Jetson / RPi / MCU

Wired & wireless links
System Workflow

Wearable Vision Ingestion & Intelligence Flow

Enabling hands-free visual cognition by linking operator POV capture directly to edge neural models.

STEP 01

1. First-Person Capture

The head-mounted optic aligns naturally with operator head movement, capturing true line-of-sight imagery hands-free.

STEP 02

2. Low-Latency Stream

Video data streams to an embedded wearable processor (e.g., Jetson Nano/Orin) or a remote host via wireless link.

STEP 03

3. Edge AI Processing

Neural network runs object recognition, gesture tracking, barcode parsing, or defect detection in real time.

STEP 04

4. Operator Feedback

Results trigger audio cues, vibration feedback, remote supervisor logging, or robotic arm synchronization.

Core Capabilities

Engineered for Hands-Free Visual Perception

A flexible front-end hardware platform configurable for industrial assistance, research prototyping, and AI vision pipelines.

Visual Data Acquisition

Optimized camera sensor delivers crisp optical input under varying ambient lighting conditions for accurate AI processing.

Wearable Hands-Free Form Factor

Ergonomic lightweight housing ensures operators retain full bilateral hand freedom during complex mechanical tasks.

Adjustable Head-Mounted Strap

Multi-point adjustable strap system provides stable, slip-free mounting and quick camera angle tilt customization.

Tactile User-Control Interfaces

Integrated tactile buttons allow manual event tagging, snapshot triggering, recording mode shifts, and power management.

Processor & Sensor Integration

Easily interfaces with microcontrollers, single-board computers (NVIDIA Jetson, Raspberry Pi), IMUs, and microphones.

Custom AI Model Deployment

Ready for PyTorch, TensorFlow, OpenCV, YOLOX, and TensorRT pipelines tailored to your recognition rules.

Application Domains

Where Wearable Vision Adds Critical Value

A hands-free perspective is indispensable when an operator needs both hands for tools while AI inspects or logs the workflow.

Inspection

Assisted Field Inspection

Assembly-line quality audits, electrical cabinet maintenance, and equipment diagnostics with automated component verification.

Robotics

Robotics & Cobot Teleoperation

Imitation learning datasets, remote manipulator guidance, and shared human-robot visual perception experiments.

HMI

Human-Machine Interaction

Hands-free operator signaling, gesture recognition, gaze-directed actuation, and assistive smart monitoring systems.

Education & R&D

University & Lab Research

Affordable, reliable hardware platform for students and researchers advancing computer vision and deep learning models.

Industrial

Remote Expert Telepresence

Live hands-free streaming allows off-site engineering specialists to see exactly what on-site technicians see.

Custom Scope

Configurable Sensor & Enclosure

Elexnova can customize lens optics, enclosure geometry, battery endurance, and software stacks for commercial deployment.

Hardware & Computing

Integration-Ready Wearable Vision Hardware

AI Visocam combines a hands-free camera position, adjustable head strap, compact enclosure, and user controls to create a practical front end for visual data capture. It can be integrated with a suitable processing unit, communication interface, sensors, and AI software according to the application.

For a commercial solution, Elexnova can configure the platform around the required use case, including visual recognition, object detection, image processing, smart monitoring, robotics vision, or human-machine interaction. The final camera, processor, connectivity, and software stack are selected to meet the operational requirement.

Lightweight head assembly
Tactile hardware triggers
USB / MIPI / Wi-Fi stream support
Custom AI model pipelines

Development Scope

  • ✓ Custom lens focal length & FOV selection
  • ✓ Wearable compute holster or wireless transmitter
  • ✓ Edge neural network quantization (TensorRT / ONNX)
  • ✓ Battery pack management & power optimization
  • ✓ Audio / haptic alert peripheral integration
Wearable Vision Innovation

Build Your Custom Wearable Vision Solution with Elexnova

Talk to our engineers to scope camera specifications, embedded compute units, custom AI algorithms, and deployment hardware.