META-aivi

Fusion of Artificial Intelligence and Augmented Reality Glasses to Empower Frontline Workers

Although the rebounding of global markets is providing companies around the globe with new and exciting opportunities, businesses have had to find innovative ways to deal with the ongoing global talent shortage. In 2021, with 54% of businesses worldwide reporting a lack of skilled workers, organizations are struggling to meet demand without sacrificing quality.

To solve these issues, the integration of AI and AR in META-aivi provides an affordable and easy-to-operate voice-controlled solution that offers hands-free training and troubleshooting support for frontline operators. This allows them to solve different tasks with minimal instruction, easily bridging the gap between skilled and unskilled workers. Operators can now upskill, troubleshoot different workstations, and execute daily tasks with newfound ease and efficiency.

Why Solomon Smart Glasses: Accuracy, Flexibility, and Low Latency

Solomon’s revolutionary META-aivi glasses combine the best of both worlds in human dexterity and intelligent machine vision, which offer a flexible solution that helps companies scale their operations, reduce frontline errors and the time spent on every task.

The benefits of AI manufacturing in the past could only be harnessed through full automation, but with this solution, companies can now enjoy them at a lower cost and with a shorter implementation time — for instance, META-aivi can be easily trained with only a few image samples to accurately identify the items to be worked with, and operators can immediately make use of the AR glasses to carry out their tasks. META-aivi’s accuracy, flexibility, and low latency provide its users with an almost instant display of the recognition results, making it the perfect alternative to full industrial automation.

META-aivi Glasses Can Optimize a Wide Range of Operational Processes Using Deep Learning Technology

Various industries in manufacturing, healthcare, consumer goods, and automotive have begun incorporating this powerful solution that seamlessly integrates AI and AR by utilizing deep learning technologies to optimize a wide range of operational processes:

META-aivi  Applications

Validation

Counting

Inspection

Identification / Classification

Optical Character Recognition

Validation

Confirm your staff properly follows the operational guidelines.
Application
  • Machine setting
  • Cable wiring

Counting

Perform instant machine recognition for accurate and fast counting.
Application
  • Parts inventory audit
  • Kitting for assembly

Identification / Classification

Assure items are correctly placed and organized.
Application
  • Content checking before shipment
  • Simple retail checkout
  • Fruit categorization

Inspection

Identify defects on objects that are difficult to inspect using a fully automated line.
Application
  • Low-volume high-mix production
  • Multi-sided objects applications

Optical Character Recognition

Save time when identifying and recording characters.
Application
  • Meter reading
  • Part number identification

  • Misprinted labels

META-aivi Benefits

  • Reduced human error
  • Easy to implement
  • Increased frontline throughput
  • Lower cost and risk than factory automation
  • Accelerated new staff training
  • Suitable for skilled and unskilled workers
  • Reliable machine vision combined with human dexterity

 META-aivi Key Features

  • Easy-to-use AI annotation tools
  • Only few image samples required
  • Livestream video or snapshots image recognition
  • Fast recognition results
  • Command through voice recognition

META-aivi

Fusion of Artificial Intelligence and Augmented Reality Glasses to Empower Frontline Workers

Although the rebounding of global markets is providing companies around the globe with new and exciting opportunities, businesses have had to find innovative ways to deal with the ongoing global talent shortage. In 2021, with 54% of businesses worldwide reporting a lack of skilled workers, organizations are struggling to meet demand without sacrificing quality.

To solve these issues, the integration of AI and AR in META-aivi provides an affordable and easy-to-operate voice-controlled solution that offers hands-free training and troubleshooting support for frontline operators. This allows them to solve different tasks with minimal instruction, easily bridging the gap between skilled and unskilled workers. Operators can now upskill, troubleshoot different workstations, and execute daily tasks with newfound ease and efficiency.

Why Solomon Smart Glasses: Accuracy, Flexibility, and Low Latency

Solomon’s revolutionary META-aivi glasses combine the best of both worlds in human dexterity and intelligent machine vision, which offer a flexible solution that helps companies scale their operations, reduce frontline errors and the time spent on every task.

The benefits of AI manufacturing in the past could only be harnessed through full automation, but with this solution, companies can now enjoy them at a lower cost and with a shorter implementation time — for instance, META-aivi can be easily trained with only a few image samples to accurately identify the items to be worked with, and operators can immediately make use of the AR glasses to carry out their tasks. META-aivi’s accuracy, flexibility, and low latency provide its users with an almost instant display of the recognition results, making it the perfect alternative to full industrial automation.

META-aivi Glasses Can Optimize a Wide Range of Operational Processes Using Deep Learning Technology

Various industries in manufacturing, healthcare, consumer goods, and automotive have begun incorporating this powerful solution that seamlessly integrates AI and AR by utilizing deep learning technologies to optimize a wide range of operational processes:

Meta-aivi  Applications

Validation

Counting

Inspection

Identication / Classication

Optical Character Recognition

META-aivi  Applications

Validation

Counting

Inspection

Identication / Classication

Optical Character Recognition

Validation

Confirm your staff properly follows the operational guidelines.
Application
  • Machine setting
  • Cable wiring

Counting

Perform instant machine recognition for accurate and fast counting.
Application
  • Parts inventory audit
  • Kitting for assembly

Identication / Classication

Assure items are correctly place and organized.
Application
  • Content checking before shipment
  • Simple retail checkout
  • Fruit categorization

Inspection

Identify defects on objects that are difficult to inspect using a fully automated line.
Application
  • Low-volume high-mix production
  • Multi-sided objects applications

Optical Character Recognition

Save time when identifying and recording characters.
Application
  • Meter reading
  • Part number identication
  • Misprinted labels

Benefits

  • Reduced human error

  • Increased frontline throughput

  • Lower cost and risk than factory automation

  • Easy to implement

  • Reliable machine vision combined with human dexterity

  • Suitable for skilled and unskilled workers

  • Accelerated new staff training

Key Features

  • Easy-to-use AI annotation tools

  • Only few image samples required

  • Livestream video or snapshots image recognition

  • Fast recognition results

  • Command through voice recognition

META-aivi Industries

Logistics

Manufacturing

Healthcare

Welding

Metal Work

Consumer Goods

Panel Building

Automotive

META-aivi Industries

Logistics

Manufacturing

Healthcare

Welding

Metal Work

Consumer Goods

Panel Building

Automotive

META-aivi Industries

Logistics

Manufacturing

Healthcare

Welding

Metal Work

Consumer Goods

Panel Building

Automotive

Hardware Requirements

Type of H/W Support2D AR Glasses (RealWear HMT-1/Navigator 500)
Inferencing IPC   OS:     Ubuntu 20.04.3 LTS (Desktop Version)
CPU:     Min. Intel Core i5  /   Recommended:     Intel Core i7
GPU:     Min. NVIDIA GeForce RTX 3070 (RAM: 8GB)
RAM:    Min. 16 GB   /  Recommended:    32 GB
Training IPC   OS:     Windows 10 (64 bit)
CPU:     Min. Intel Core i5  /  Recommended:   Intel Core i7
GPU:     Min. NVIDIA GeForce RTX 3070 (RAM: 8GB) /
Recommended:  NVIDIA GeForce RTX 3080 Ti
RAM:    Min. 16 GB  /  Recommended:   32 GB
Wireless connection supported4G LTE, 5G, WiFi 6

Hardware Requirements

Type of H/W Support2D AR Glasses (RealWear HMT-1/Navigator 500)
Inferencing IPC   OS:     Ubuntu 20.04.3 LTS (Desktop Version)
CPU:     Min. Intel Core i5  /   Recommended:     Intel Core i7
GPU:     Min. NVIDIA GeForce RTX 3070 (RAM: 8GB)
RAM:    Min. 16 GB   /  Recommended:    32 GB
Training IPC   OS:     Windows 10 (64 bit)
CPU:     Min. Intel Core i5  /  Recommended:   Intel Core i7
GPU:     Min. NVIDIA GeForce RTX 3070 (RAM: 8GB) /
Recommended:  NVIDIA GeForce RTX 3080 Ti
RAM:    Min. 16 GB  /  Recommended:   32 GB
Wireless connection supported4G LTE, 5G, WiFi 6

AR Glasses Specifications

RealWareRealwear HMT-1
Camera16 MP, 1080p60 video
Audio4 built-in microphones
Supported LanguagesEnglish, Chinese, Spanish, Italian, German, Japanese,Portuguese, Russian, Korean, Thai, Polish, French
RealWareRealwear NAVIGATOR 500
Camera48 MP, 1080p60 video
Audio4 built-in microphones
Supported LanguagesEnglish, Chinese, Spanish, Italian, German, Japanese,Portuguese, Russian, Korean, Thai, Polish, French

AR Glasses Specifications

RealWearRealwear HMT-1
Camera16MP , 1080p60 video
Audio4 built-in microphones
Supported LanguageEnglish, Chinese, Japanese,Korean,Spanish, Italian, German,Portuguese, Russian,Thai, Polish, French
RealWearRealwear NAVIGATOR 500
Camera48MP , 1080p60 video
Audio4 built-in microphones
Supported LanguageEnglish, Chinese, Japanese,Korean,Spanish, Italian, German,Portuguese, Russian,Thai, Polish, French
AccuPick 3D Learn about AccuPick products

META-aivi

“Learn more about META-aivi”

AccuPick 3D Learn about AccuPick products

META-aivi

“Learn more about META-aivi”

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