Solutions

SAIGE VISION

Introduction

Superior Performance, Easy Operation,
Minimal Maintenance

  • Superior Defect Detection Performance

    Deep learning algorithms specialized for manufacturing inspection minimize both false positives and false negatives

  • Labeling Assistance Functions

    A suite of features to make labeling convenient and error-free.

  • MLOps for Efficient Model Operation and Maintenance

    Advanced features ranging from model performance monitoring to automatic deployment and retraining are provided.

Workflow

All-in-one Solution
for Automated Machine Vision Inspection

Data Management

Manage your data more easily and efficiently

Manage vast amounts of data more efficiently with our advanced dataset and meta-information management functions.

Data Labeling

Advanced data labeling tools for training

Reduce image data preparation times with our advanced user tools and features

Model Training

Optimize your deep learning model

Optimize your deep learning model for accuracy and speed with our proven domain-customized algorithms.

Model Deployment

Deploy trained models immediately

Immediately and conveniently field-deploy trained models with the SAIGE VISION SDK.

Impact

AI Vision Inspection achieves more than perfect detection.

  • Maximizing Productivity and Efficiency

    • Significantly increase production speed and throughput by automating repetitive and precise tasks.
    • Detect issues early and resolve them swiftly with real-time monitoring systems.

  • Advanced Quality Control and Defect Rate Minimization

    • Quickly and accurately detect minute defects and flaws to improve product quality.
    • Optimize over-inspection and under-inspection rates by applying consistent quality standards

  • Labor Cost Reduction and Workforce Efficiency

    • Automate repetitive visual inspection tasks to substantially reduce labor costs.
    • Reallocate skilled workers to high-value tasks, boosting overall productivity.

  • Data-Driven Process Optimization and Predictive Maintenance

    • Analyze large volumes of images and inspection data to improve processes and understand quality trends.
    • Enable early detection of equipment anomalies to realize predictive maintenance, reducing downtime and maintenance costs.
Applications

SAIGE VISION
can be applied across various industries.

  • Rechargeable Battery
  • PCB
  • F&B
  • Display
  • Printing
  • Biopharmaceuticals
  • Automotive

  • Rechargeable Battery Industry Where Precise Quality Control Is Essential

    From electrode production to module and pack assembly, AI-powered quality inspections ensure top-level quality at every stage of the complex, multi-component battery manufacturing process.

    • Electrode visual inspection
    • Electrode plate stacking inspection
    • Can welding inspection
    • Jelly roll/welding inspection
    Learn More →

  • PCB Industry That Demands High Precision

    Defects can be detected both in the PCB’s structural elements during manufacturing and in the assembly and connection of electronic components on the board.

    • Circuit patterns
    • Interlayer alignment
    • Drill holes
    • Solder paste application
    • Component placement
    • Soldering inspection
    Learn More →

  • Food Manufacturing Processes Requiring High-Speed Line Inspection

    Monitor and inspect every stage—from raw materials to production and packaging—to ensure both hygiene and product quality.

    • Foreign substance detection in ingredients
    • Process quality inspection
    • Finished product inspection
    Learn More →

  • Display

    Quality inspections can detect even tiny, pixel-level defects on display surfaces.

    • Mura (speckle) inspection
    • Display surface inspection
    • Substrate glass inspection

  • Printing

    Detect issues like smudges, distortions, and blanks to ensure accurate, high-quality print results.

    • Label quality checks
    • Character recognition
    • Printout error checking

  • Biopharmaceutical

    With products that can directly affect human health, it’s important to systematically inspect for defects at every stage of production.

    • Medical kit inspection
    • Drug quality control
    • Vial contamination inspection

  • Automotive

    AI-driven quality inspections at every stage of the complex, multi-component assembly process help improve yield.

    • Component surface inspection
    • Assembly verification
    • Glass and scratch inspection
Functions

Explore the Core Features
of SAIGE VISION

Key Features

  • Classification - Classifying images based on user-defined types.

    Classification

    Classifying images based on user-defined types.

  • Detection - Detecting defects in images. (bounding box)

    Detection

    Detecting defects in images. (bounding box)

  • Segmentation - Detecting defects in images at pixel level.

    Segmentation

    Detecting defects in images at pixel level.

  • OCR - Detecting text and character location in images.

    OCR

    Detecting text and character location in images.

  • Anomaly Detection - Detecting defects using only normal training images.

    Image Anomaly Detection

    Detecting defects using only normal training images.

Special Features

  • Defect Generation - Generating realistic defect images.

    Defect Generation

    Generating realistic defect images.

  • Image Enhancement - Enhancing low-quality images for increased resolution and quality.

    Image Enhancement

    Enhancing low-quality images for increased resolution and quality.

Strength

Discover What Makes
SAIGE VISION Different

  • Over 1.25x Higher Defect Detection Accuracy Compared to Competitors

  • Solving Diverse Vision Challenges with Defect Generation and Image Enhancement

  • Provides a Range of Labeling Tools, Such as Auto Label, Quick Label, and Label Tag

  • Providing MLOps function including AI Model Monitoring, Data Collection & Management, and Model Deployment & Versioning

SAIGE VIMS

Introduction

Real-Time Detection of Process Errors and Anomalies
(VIMS: Video Intelligent Monitoring Solution)

  • Detects process errors and anomalies in real-time from streaming IP camera video footage. Requires only normal video footage (no errors) for training.

Functions

Process Monitoring and
Video-Based Defect Inspection

  • Inspection of Anomalies via Key Frame Image Analysis

    • Automatic extraction of key frames for video-based inspection
    • Utilized for equipment status checks and simple product inspections

  • Continuous Object Monitoring through Video Analysis

    • Real-time analysis of streaming video
    • Ongoing monitoring of specific areas (equipment, products)
    • Anomaly detection and equipment control based on defined criteria

  • Manufacturing Process Cycle Analysis

    • Real-time Video Stream Analysis
    • Monitoring of Equipment Operations and Speed in Video
    • Process Optimization Recommendations

Key Features

  • Monitoring and Control

    Monitoring and Control

    Provides real-time monitoring and control of dozens of cameras within the manufacturing process.

  • 실시간 이상 동작 감지

    Real-Time Anomaly Detection

    Detects process anomalies as they occur and automatically saves the footage for later analysis.

  • Statistical Analysis

    Statistical Analysis

    A complete statistical analysis of errors and anomalies together with trend information.

Types of detectable process anomalies

  • Collapsed

    Collapsed

  • Transfer error & drop

    Transfer error & drop

  • Surface defects

    Surface defects

  • Process Repeatability

    Process Repeatability

  • Jammed

    Jammed

  • Equipment anomaly

    Equipment anomaly

  • Routing error

    Routing error

  • Product contamination

    Product contamination

Applications

SAIGE VIMS can be applied across various industries.

  • Rechargeable Battery
  • F&B
  • Biopharmaceuticals
  • Automotive Parts

  • Rechargeable Battery Production: Precise Quality Control

    On high-speed battery production lines, early detection of cell tilting, jamming, drops, and surface defects reduces defects, minimizes downtime, and identifies process or equipment issues—maximizing overall efficiency.

    • Inspections for cell tilting
    • Jamming
    • Dropping
    • Equipment anomalies
    • Process repeatability

  • Food Manufacturing Process Requiring High-Speed Production Line Inspection

    From raw materials to filling and packaging, AI detects foreign contaminants, packaging errors, and product drops early—ensuring food safety and minimizing defects and production losses.

    • Foreign object detection
    • Filling and packaging defects or missing components
    • Product drop detection

  • Biopharmaceutical Manufacturing: Raw Drug Processing

    From raw ingredient processing to filling and packaging, AI solutions detect foreign contaminants and packaging omissions in real time—maintaining aseptic conditions while boosting quality and efficiency.

    • Foreign object detection
    • Packaging omission detection
    • Label error inspection

  • Automotive Parts Manufacturing: Ensuring Performance, Safety, and Efficiency

    Detects key process anomalies in real time, including part transfer errors, equipment malfunctions, and jamming. Monitoring process repeatability also minimizes quality variations and ensures stable production.

    • Part transfer error detection
    • Equipment anomaly monitoring
    • Part jamming inspection
    • Process repeatability verification
Strength

Technologies Optimized for Process Monitoring

  • Specialized for High-Speed Manufacturing Processes

    • AI inspection of up to 60 images per second
    • Stable continuous inspection even at variable line speeds
    • Continuous tracking and analysis of processes and defects from video
    • Automatic capture of optimal inspection timing via key frame extraction
    • Detects fleeting changes or tiny defects difficult to spot in a single frame

  • Easy Installation and Operation

    • Directly connect to existing CCTV for instant AI vision inspection—no complex hardware needed
    • Automatically identifies inspection targets without trigger setup
    • Integrates seamlessly with existing equipment without stopping production

  • Real-Time Anomaly Detection with Unsupervised Learning

    • Cuts operating costs by removing the need for manual labeling
    • Detects all abnormal behaviors, including unforeseen ones
    • Supports real-time process analysis and monitoring using live data

  • Detection Algorithms Tailored for Industrial Sites

    • Ensures stable monitoring despite lighting or environmental changes
    • Automatic ROI adjustment allows continuous monitoring without model retraining, even if camera angles shift

SAIGE SAFETY

Introduction

From Ensuring Work Site Safety
to Preventing Accidents

  • Real-time Risk Detection

    Effectively manage a site’s safety level with AI-powered video detection technology.

  • Ensure Industrial Safety

    Ensure adherence to industrial safety rules and practices with continuous site monitoring.

  • Quick Awareness and Action

    Receive real-time information on source and locationof safety-related events as they take place and take immediate action.

Functions

Intelligent Safety Monitoring of Industrial Sites

  • Hazard Detection

    Hazard Detection

    Detects real-time events from CCTV footage such as falls, fires, smoke, and unauthorized intrusions.

    • Instant detection of various events including falls, fires, smoke, and intrusions
    • Customizable hazard detection events tailored to site-specific conditions
  • Integrated Monitoring

    Integrated Monitoring

    Centralized control of multiple CCTVs, accident statistics analysis, event search and filtering.

    • Supports centralized monitoring of multiple CCTV cameras
    • Provides statistics by accident type, location, and date
    • Offers event search and filtering capabilities
  • Alert Notifications

    Alert Notifications

    Sends alerts via SMS, email, mobile notifications, and IoT-integrated alarms upon hazard detection.

    • Immediate notifications through SMS, email, and mobile alerts
    • Integration with IoT devices (speakers, warning lights) for alarm activation

Early Detection of Situations That Could Put Your Work Site at Risk

  • Fire

    Fire

  • Smoke

    Smoke

  • No Safety Helmet / Vest / Harness

    No Safety Helmet / Vest / Harness

  • Hazardous Equipment Access

    Hazardous Equipment Access

  • Trespassing

    Trespassing

  • Worker Injury

    Worker Injury

  • Heavy Equipment Pinch Point

    Heavy Equipment Pinch Point

VALUE 01

Fewer False Positives with Safety-Specialized VLM,
Focus Only on Real Hazards

Contextual reasoning re-checks initial detections and blocks unnecessary alerts before they reach the control room.

SAIGE SAFETY VLM Verification Layer on Top of Your Existing CCTV

  • Existing CCTV

    On-site video footage

  • AI Detection

    Basic object detection

  • VLM Verification

    Safety-specialized Context-based re-check

  • Accurate Alerts

    Focus on real hazards

  • Context Awareness

    Reads on-site context, like welding sparks and worker posture, to filter out false positives.

  • Natural Language Events

    Describe a new hazard type in plain language and apply it on site instantly, with no retraining.

  • Easy Deployment

    No camera replacement. Simply add a VLM verification layer on top of your existing CCTV.

Can Your AI Read the Context?

Same welding sparks, two different AI judgments

  • Conventional AI Camera

    Unnecessary alerts → Alert fatigue in the control room

  • AI Camera with VLM

    Reads context → No false positives, real hazards only

  • VLM Reasoning Log
    • Scene Indoor rebar work area
    • Detected Sparks at weld joint
    • Context PPE-controlled work
  • Analysis Result

    The worker appears to be welding while wearing PPE. The detected sparks come from a controlled industrial task, not a hazard.

Why VLM Is Now a Must for Industrial Site Safety →
VALUE 02

From Your Existing CCTV Footage,
AI That Understands 3D Space

  • Estimates object distance and position through 3D spatial analysis (worker location and height, distance to heavy equipment)
  • Designed for complex factory environments with reflections, changing light, and occlusion by equipment
  • Detects and alerts on hazardous-zone intrusions and pinch points within 1 second
Seeing in 2D vs. Knowing in 3D — Intelligent Spatial Awareness →
Available

SAIGE SAFETY Edge
Also Available as an Edge Device

A compact edge device powered by SAIGE’s on-device AI. Connect it to an on-site camera to analyze and detect hazards on the spot, without sending video to a server.

Edge Device + Mobile CCTV: A Complete Setup

  • Palm-Sized Edge Device

    SAIGE on-device AI · All SAFETY features on a single board

  • Mobile CCTV

    On-site camera — existing or third-party (not a SAIGE product)

Confirm True and False Positives Right on Site

    • AI Analysis on the Edge

      Instant hazard detection, even without internet

    • Events at a Glance on Your Phone

      Mark each event as false positive or confirmed

    • Detect – Alert – Act – Confirm

      History automatically logged to the cloud

Why Construction Sites Use Edge Devices →
LINEUP

Choose the Right Lineup for Your Needs

Lite Standard Plus
Detection Method Basic Object Detection Lite + VLM (Context-Aware) Standard + Depth AI
Detected Objects Person · Fire · Smoke Person · Fire · Smoke Person · Fire · Smoke + Heavy Equipment
VLM False Positive Filtering –
Natural Language Events –
Depth AI (3D Intrusion · Pinch Point) – –
Lite default 6 events: Fire · Smoke · No Safety Helmet · No Safety Harness · Unauthorized Site Access · Worker Injury
Applications

SAIGE SAFETY Supports
Various Industries

  • Construction
  • Port
  • Logistics
  • Manufacturing

  • Construction Sites

    • Instantly detects safety equipment violations, such as missing helmets or harnesses during high-elevation work, and alerts supervisors
    • AI monitors real-time pinch point risks between heavy equipment (cranes, forklifts) and workers to prevent onsite accidents
    Learn More →

  • Maritime & Port Sites

    • Uses AI video analysis to detect and instantly alert unauthorized intrusions, loiterers, and unsafe zone access—even during natural disasters or at night
    • Improves operational safety by recognizing heavy equipment collisions, fires, smoke, and other hazards in real time during container loading
    Learn More →

  • Logistics Sites

    • AI monitors forklift routes and worker movements to identifycollision risks and send alerts proactively
    • Detects safety hazards such as falling objects or worker falls in real time, minimizing inventory loss and accident risks
    Learn More →

  • Manufacturing Sites

    • Detects and alerts on explosion and fire signals that may occur in semiconductor, display, and biotech manufacturing processes.
    • Real-time detection of onsite hazards such as machinery entrapment, falls, and object collisions to prevent workplace accidents.
Certification & Patent

Proven quality and technology are the most reliable safeguards for your workplace.

  • Certified by Korea Internet & Security Agency (KISA)

    (KISA-IC-2024-011)

  • Awarded GS Certification Grade 1

    (25-0033)

  • Patent Filed for Core AI Safety Monitoring Technology

    (10-2024-0021512)

  • Selected as an Industry Convergence Innovation Item

    (2024-867-품004호)