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GuardView
Edge AI Detection & Real-Time Alerts for Faster Pre-Incident Response
1. Recognition
Real-Time Detection of People, Vehicles, Hazard Zones, and Unsafe Behaviors
2. Alarm / Behavior
On-Site Alerting via Buzzers, Speakers, and Displays with Equipment Control & Emergency Stop.
3. Management
Risk Classification Based on Distance,
Direction, Speed, and Virtual Zones
4. Record
Automatic Event Logging with Frames,
Timestamps, Zones, and Equipment Signals
Guard View System Diagram
Safety assistance system that detects pedestrians and provides alerts to drivers at any industrial site.
Camera (4 channel)
• AHD Camera (4 Channel)
• View Angle : 102°(D), 88°(H), 48°(V)
• IP69K
Monitor
• On-Device AI Detection
• Adjustable Detection Range
• 7 inch HD
Siren / Speaker
• 92dB High-powered Sound
• Volume Control
• Voice Supprot (Optional)
We adopts advanced technology of AI (Artificial Intelligence) human subject detection and it allows us to detect the subject in real-time.
The driver gets the visible alert with a warning sound to minimize the number of accidents from the working fields.
Guard View System Diagram
AIKEY Product
Safety assistance system that detects pedestrians and provides alerts to drivers at any industrial site.
Camera (4 channel)
• AHD Camera (4 Channel)
• View Angle : 102°(D), 88°(H), 48°(V)
• IP69K
Monitor
• On-Device AI Detection
• Adjustable Detection Range
• 7 inch HD
Siren / Speaker
• 92dB High-powered Sound
• Volume Control
• Voice Supprot (Optional)
We adopts advanced technology of AI (Artificial Intelligence) human subject detection and it allows us to detect the subject in real-time. The driver gets the visible alert with a warning sound to minimize the number of accidents from the working fields.
Camera (4 channel)
• AHD Camera (4 Channel)
• View Angle : 102°(D), 88°(H), 48°(V)
• IP69K
Monitor
• On-Device AI Detection
• Adjustable Detection Range
• 7 inch HD
Siren / Speaker
• 92dB High-powered Sound
• Volume Control
• Voice Supprot (Optional)
Vision Sync AI
Safe Workplace, Safe Family
• AIKey cloud portal offers convenient access to event data and provides real-time alerts for safety management of key events.
• Customized AI tools tailored for customer job sites, along with easy installation and operation for all industrial vehicles.
• Ensures proactive real-time alerts and effective wearable alerts for workers and drivers to prevent accidents and near-misses.
Ultimate Safety Solution for Your Work
• Proactive solution with active alert to driver/worker
• Edge AI for real-time detection of persons, vehicles
• Cloud portal event upload with LTE module
• Real-time wearable alert to worker and driver
On Device AI & Alert
On-device AI: High-precision AI
• nVidia Jetson GPU to process all AI algorithms
• Person/vehicle/hazard detection on edge device
• Computer Vision AI + RTLS personal alert
Mobile Solution:Self-Contained
• Proactive solution with active alert to driver/worker
• Edge AI for real-time detection of persons, vehicles
• Cloud portal event upload with LTE module
• Real-time wearable alert to worker and driver
Vision Sync AI
Safe Workplace, Safe Family
• AIKey cloud portal offers convenient access to event data and provides real-time alerts for safety management of key events.
• Customized AI tools tailored for customer job sites, along with easy installation and operation for all industrial vehicles.
• Ensures proactive real-time alerts and effective wearable alerts for workers and drivers to prevent accidents and near-misses.
Ultimate Safety Solution for Your Work
• Proactive solution with active alert to driver/worker
• Edge AI for real-time detection of persons, vehicles
• Cloud portal event upload with LTE module
• Real-time wearable alert to worker and driver
On Device AI & Alert
On-device AI: High-precision AI
• nVidia Jetson GPU to process all AI algorithms
• Person/vehicle/hazard detection on edge device
• Computer Vision AI + RTLS personal alert
Mobile Solution:Self-Contained
• Proactive solution with active alert to driver/worker
• Edge AI for real-time detection of persons, vehicles
• Cloud portal event upload with LTE module
• Real-time wearable alert to worker and driver
AIKEY Product
Next Generation Industrial
Safety System
In-Cam
Driver distraction monitoring
and alert
Wearable Cam
FPV event recordings for safety and process monitoring
Buzzer & Light
Audible Buzzer Alert for drivers
and workers
Speaker
Audible Alert for a driver
and workers
AIKEY Product
Next Generation Industrial
Safety System
In-Cam
Driver distraction monitoring and alert
Wearable Cam
FPV event recordings for safety and process monitoring
Buzzer & Light
Audible Buzzer Alert for drivers and workers
Speaker
Audible Alert for a driver and workers
AIKEY Product
Advanced Safety System
Custom Trained Edge AI
• Edge AI model with customers’ data, customized zone, and movement-based detection
• Access anywhere/anytime
• Worker Training
• Remote Monitoring
• Real-time Emergency Response
• Job Process Monitoring
Cloud Data Portal
Safety Heat Map
• Safety event map based on event geo-location, Safety resolution by event analysis
Cloud Analytics
• Event analytics for safety report, Safety trend analysis, and Resolution tracking
Wearable & Mobile App
• Worker Health Monitoring
• Real-time Alert
• Personal Safety Training
Vehicle Trajectory
• Log map for a vehicle movement and analysis of its trajectory
Custom Trained Edge AI
• Edge AI model with customers’ data, customized zone, and movement-based detection
• Access anywhere/anytime
• Worker Training
• Remote Monitoring
• Real-time Emergency Response
• Job Process Monitoring
Cloud Data Portal
Safety Heat Map
• Safety event map based on event geo-location, Safety resolution by event analysis
Cloud Analytics
• Event analytics for safety report, Safety trend analysis, and Resolution tracking
Wearable & Mobile App
• Worker Health Monitoring
• Real-time Alert
• Personal Safety Training
Vehicle Trajectory
• Log map for a vehicle movement and analysis of its trajectory
AIKEY Product
Advanced Safety System
Custom Trained Edge AI
• Edge AI model with customers’ data, customized zone, and movement-based detection
• Access anywhere/anytime
• Worker Training
• Remote Monitoring
• Real-time Emergency Response
• Job Process Monitoring
Cloud Data Portal
Safety Heat Map
• Safety event map based on event geo-location, Safety resolution by event analysis
Cloud Analytics
• Event analytics for safety report, Safety trend analysis, and Resolution tracking
Wearable & Mobile App
• Worker Health Monitoring
• Real-time Alert
• Personal Safety Training
Vehicle Trajectory
• Log map for a vehicle movement and analysis of its trajectory
Custom Trained Edge AI
• Edge AI model with customers’ data, customized zone, and movement-based detection
Cloud Data Portal
• Access anywhere/anytime
• Worker Training
• Remote Monitoring
• Real-time Emergency Response
• Job Process Monitoring
Safety Heat Map
• Safety event map based on event geo-location, Safety resolution by event analysis
Cloud Analytics
• Event analytics for safety report, Safety trend analysis, and Resolution tracking
Wearable & Mobile App
• Worker Health Monitoring
• Real-time Alert
• Personal Safety Training
Vehicle Trajectory
• Log map for a vehicle movement and analysis of its trajectory
Event Detection Algorithm
Anti - Collision System
Argorithm 1. Person Detection
Argorithm 2. Optical Flow
Input : 4 Channels Camera Image
1. GeoFence Region
2. Object Detection
3. Calculate the overlapped area
4. Filter out objects (overlapped area < Th.)
5. Choose the object with the maximum confidence value
6. Moving Window Buffer
Customer Stories (Youngshine Supo)
Validating the AIKEY value statement and expected benefits with objective field evidence
1. Key Features of The Solution
GuardView
GuardView supports construction-site safety through physical AI, with applications in hazardous-zoneaccess management
SiteView
SiteView captures site events and supports worker and vehicle entry/exit monitoring and PPE checks
SkyView
SkyView brings uploaded event evidence and dashboard views into the safety-management workflow.
In October 2025, AIKEY deployed a pilot GuardView physical AI safety system at a Youngshine Supo heavy construction site located in Seoul, South Korea. The core objective of the pilot system was to transform raw site footage into structured and actionable “Safety Intelligence”, validating the AIKEY value statement and expected benefits with objective field evidence.
2. Analysis of The Actual Work Site
During the five-day window, 9 events were automatically captured and uploaded to SkyView. No manual logging was required. Events were sorted by priority (critical, moderate, and low). Each event is accompanied by the actual SkyView CCTV image capture, a structured problem and corrective action summary, the applicable Korean safety regulations, and, when applicable, a related real-world accident case that illustrates the risk consequence of the same type of failure.
A . Critical Priority Event Details
EVENT 1 – 03/17/26 09:30
WORKER UNDER SUSPENDED MATERIALS. FALLING OBJECT CRUSH RISK
Problem Observed
A worker was observed moving into the crane hoisting radius while a load was being lifted. If the load shifted or rigging failed, the worker would have been struck with fatal force. No dedicated signaler was present to control zone access.
Corrective Actions
Dedicated signaler assigned to all hoisting operations. Physical safety fence and access prohibition signs installed near hoisting radius. Worker entry ban registered in AIKEY Rule KB and communicated to all site workers.
A . Critical Priority Event Details
EVENT 2 – 03/20/26 14:25
SAFETY NET DETACHED AND UNSECURED. ACTIVE FALL PROTECTION FAILURE
Problem Observed
SkyView captured a dangerous and preventable five-step sequence over 90 seconds. A connector detached during a two-person shoveling task, a net was left open after one worker exited, the collapsed net was used while work was still underway, and the net was dragged without repair. An open void with no fall protection existed in work zone.
Corrective Actions
All work is stopped on any tasks that affect facility safety until the proper steps are taken. The safety net was immediately reinstalled to specification under the site manager’s approval. Moving forward, temporary removal of the net now requires prior written approval and a designated monitor.
A . Critical Priority Event Details
EVENT 3 – 03/20/26 16:12
EQUIPMENT MAINTENANCE WITH NO SIGNALER. WORKER ENTRAPMENT RISK
Problem Observed
Maintenance was performed on an excavator while the operator remained in the cab with the engine potentially runnable. No traffic controller was present. Workers were inside the machine's rotation zone with no alert system allowing a crush or entrapment incident to occur without warning if the machine moved.
Corrective Actions
The Operator must exit the cab and remove the ignition key during all maintenance. If the engine must run, all control levers must be moved to the locked position. Traffic controller must be assigned, and the zone must be demarcated with cones.
C . Lower Priority Event
EVENT 1 – 03/20/26 11:30 and 14:22
CELL PHONE USE WHILE WALKING THROUGH ACTIVE WORK ZONE
Problem Observed
Workers were observed using cell phones while in transit through an active construction zone. Phone use while walking diverts attention from ground hazards, moving equipment, and other workers thereby creating trip, collision, and inattention risk.
Corrective Actions
Cell phone use is prohibited while walking on the worksite. Designated stationary phone-use areas have been defined. Policy was communicated and posted at all site entrances. Repeat violations are being tracked in AIKEY Safety Event DB.
B . Moderate Event
EVENT 1 – 03/16/26 10:28
EQUIPMENT MAINTENANCE WITHOUT A HARD HAT. FALLING OBJECT AND COLLISION RISK
Problem Observed
A worker was observed performing equipment maintenance without wearing a hard hat in an active construction zone. This creates risk of injury from falling objects, collision with equipment, and trip falls. Korean OSH law requires PPE provision and enforcement by the employer.
Corrective Actions
Hard hat mandatory for all workers in any equipment proximity zone without exception. Supervisor spot-checks introduced at shift start and during operations. Non-compliance tracked in AIKEY Safety Event DB.
B . Moderate Event
EVENT 2 – 03/16/26 12:35
FIRE, EXPLOSION, AND OCCUPATIONAL HAZARDS IN WELDING OPERATION
Problem Observed
Welding was conducted with no spatter protection screen. Additionally, the gas cylinder was not properly secured against toppling; multiple workers were within the arc flash and fume exposure radius; and the welder's own body protection was insufficient. Combined fire, explosion, and occupational health risk were present simultaneously.
Corrective Actions
Spatter protection screen must be installed before all hot work. Gas cylinders must be properly secured with chains. Non-essential workers are to be excluded from the exposure zone. A qualified fire watcher must be assigned. Full protective equipment is mandatory for all welders, and the designated hot work permit system must be enforced.
B . Moderate Event
EVENT 3 – 03/16/26 11:27
COMBUSTIBLE CONTAINER ADJACENT TO SMOKING ZONE
: FIRE AND HEALTH RISK
Problem Observed
The smoking zone was incorrectly designated directly beside a combustible material container used as a rest area. Waste and scrap materials were piled around the container and blocking fire extinguisher access. Workers inside were exposed to passive smoke and the surrounding clutter created multiple trip and fall hazards.
Corrective Actions
Hard hat mandatory for all workers in any equipment proximity zone without exception. Supervisor spot-checks introduced at shift start and during operations. Non-compliance tracked in AIKEY Safety Event DB.
B . Moderate Event
EVENT 4 – 03/20/26 16:11
WORKER IN EXCAVATOR BLIND SPOT WITH HOSE TRIP HAZARD ON WALKWAY
Problem Observed
A worker was observed moving through the blind spot of a running excavator (tracks visible and moving). A hose was also coiled across the walkway in the same area. Combined risk: Equipment entrapment and trip and fall injury in the same zone simultaneously.
Corrective Actions
A blind spot exclusion zone was physically demarcated around all operating excavators. Hose management protocols were added to the daily housekeeping requirements. Walkway clearance must be verified at the start of all shifts. Blind spot violations to be tracked in AIKEY Safety Event DB.
B . Moderate Event
EVENT 5 – 03/21/26 07:32
PILE DRIVING SILICA DUST: WORKERS UNPROTECTED, NO WATER SUPPRESSION
Problem Observed
Pile driving activities generated heavy sand and silica dust. Adjacent workers were clearly visible inside the dust cloud without appropriate respiratory PPE. Additionally, no water suppression was applied during the operation. Prolonged silica exposure causes irreversible respiratory disease; even short unprotected exposure during heavy dust generation is considered a significant health hazard.
Corrective Actions
Water suppression must be implemented during all pile driving activities, with work to be paused if a functioning system is unavailable. Respiratory PPE is mandatory for all workers within 15 meters of the dust source. Dust exposure zone was registered in AIKEY Safety Event DB for ongoing, continuous health surveillance purposes.
3. Root Cause Analysis
Human Error
Worker Behavior Issues and Attention Failures
Four of the nine events trace directly to individual human behavior: inattention near excavator zones; cell phone use in heavy machinery areas; missing hard hats during maintenance activities; and smoking beside combustible structures.
Assigned Remedy
Targeted briefings, zone-entry coaching, supervisor spot-checks, and ongoing,
continuous, accurate AIKEY Safety Event DB tracking.
Site Set-Up
Ill-Defined or Poorly Managed Physical Environment
Four of the nine events trace directly to individual human behavior: inattention near excavator zones; cell phone use in heavy machinery areas; missing hard hats during maintenance activities; and smoking beside combustible structures.
Assigned Remedy
Physical barriers, proper zone demarcation, additional signage, regular pre-shift checklists,
and ongoing, continuous, accurate AIKEY Safety Event DB tracking.
Process Gaps
Undefined or Incorrectly Defined Work Procedures
Four of the nine events trace directly to individual human behavior: inattention near excavator zones; cell phone use in heavy machinery areas; missing hard hats during maintenance activities; and smoking beside combustible structures.
Assigned Remedy
Newly created SOP documentation, new work permit system, and ongoing, continuous,
accurate AIKEY Safety Event DB tracking.
What Project Gained
1. Real-Time Proximity Alerts
24/7 sub-100ms alarms in all excavator zones,
with no cloud/ network dependency.
2. Site-Wide Behavioral Monitoring
Continuous coverage (phone use, smoking, unsafe posture) captured automatically on every shift.
3. Zero-Miss Event Capture
Nine events captured and uploaded in five days with no manual logging or supervisor report submission.
4. Contextual AI Analysis
AIKEY's VLM identified contributing factors (context, task, environment, timing) instead of simply reporting events had happened.
5. Expert Safety Reports
AI findings reviewed by certified safety professionals and delivered
as structured Safety Intelligence Reports.
Customer Stories (Youngshine Supo)
Validating the AIKEY value statement and expected benefits with objective field evidence
1. Key Features of The Solution
GuardView
GuardView supports construction-site safety through
physical AI, with applications in hazardous-zone
access management
SiteView
SiteView captures site events and supports worker and vehicle entry/exit monitoring and PPE checks
SkyView
SkyView brings uploaded event evidence and dashboard views into the safety-management workflow.
In October 2025, AIKEY deployed a pilot GuardView physical AI safety system at a Youngshine Supo heavy construction site located in Seoul, South Korea. The core objective of the pilot system was to transform raw site footage into structured and actionable “Safety Intelligence”, validating the AIKEY value statement and expected benefits with objective field evidence.
2. Analysis of The Actual Work Site
During the five-day window, 9 events were automatically captured and uploaded to SkyView. No manual logging was required. Events were sorted by priority (critical, moderate, and low). Each event is accompanied by the actual SkyView CCTV image capture, a structured problem and corrective action summary, the applicable Korean safety regulations, and, when applicable, a related real-world accident case that illustrates the risk consequence of the same type of failure.
A . Critical Priority Event Details
EVENT 1 – 03/17/26 09:30
WORKER UNDER SUSPENDED MATERIALS. FALLING OBJECT CRUSH RISK
Problem Observed
A worker was observed moving into the crane hoisting radius while a load was being lifted. If the load shifted or rigging failed, the worker would have been struck with fatal force. No dedicated signaler was present to control zone access.
Corrective Actions
Dedicated signaler assigned to all hoisting operations. Physical safety fence and access prohibition signs installed near hoisting radius. Worker entry ban registered in AIKEY Rule KB and communicated to all site workers.
A . Critical Priority Event Details
EVENT 2 – 03/20/26 14:25
SAFETY NET DETACHED AND UNSECURED. ACTIVE FALL PROTECTION FAILURE
Problem Observed
SkyView captured a dangerous and preventable five-step sequence over 90 seconds. A connector detached during a two-person shoveling task, a net was left open after one worker exited, the collapsed net was used while work was still underway, and the net was dragged without repair. An open void with no fall protection existed in work zone.
Corrective Actions
All work is stopped on any tasks that affect facility safety until the proper steps are taken. The safety net was immediately reinstalled to specification under the site manager’s approval. Moving forward, temporary removal of the net now requires prior written approval and a designated monitor.
A . Critical Priority Event Details
EVENT 3 – 03/20/26 16:12
EQUIPMENT MAINTENANCE WITH NO SIGNALER. WORKER ENTRAPMENT RISK
Problem Observed
Maintenance was performed on an excavator while the operator remained in the cab with the engine potentially runnable. No traffic controller was present. Workers were inside the machine's rotation zone with no alert system allowing a crush or entrapment incident to occur without warning if the machine moved.
Corrective Actions
The Operator must exit the cab and remove the ignition key during all maintenance. If the engine must run, all control levers must be moved to the locked position. Traffic controller must be assigned, and the zone must be demarcated with cones.
B . Moderate Event
EVENT 1 – 03/16/26 10:28
EQUIPMENT MAINTENANCE WITHOUT A HARD HAT. FALLING OBJECT
AND COLLISION RISK
Problem Observed
A worker was observed performing equipment maintenance without wearing a hard hat in an active construction zone. This creates risk of injury from falling objects, collision with equipment, and trip falls. Korean OSH law requires PPE provision and enforcement by the employer.
Corrective Actions
Hard hat mandatory for all workers in any equipment proximity zone without exception. Supervisor spot-checks introduced at shift start and during operations. Non-compliance tracked in AIKEY Safety Event DB.
B . Moderate Event
EVENT 2 – 03/16/26 12:35
FIRE, EXPLOSION, AND OCCUPATIONAL HAZARDS IN WELDING OPERATION
Problem Observed
Welding was conducted with no spatter protection screen. Additionally, the gas cylinder was not properly secured against toppling; multiple workers were within the arc flash and fume exposure radius; and the welder's own body protection was insufficient. Combined fire, explosion, and occupational health risk were present simultaneously.
Corrective Actions
Spatter protection screen must be installed before all hot work. Gas cylinders must be properly secured with chains. Non-essential workers are to be excluded from the exposure zone. A qualified fire watcher must be assigned. Full protective equipment is mandatory for all welders, and the designated hot work permit system must be enforced.
B . Moderate Event
EVENT 3 – 03/16/26 11:27
COMBUSTIBLE CONTAINER ADJACENT TO SMOKING ZONE
: FIRE AND HEALTH RISK
Problem Observed
The smoking zone was incorrectly designated directly beside a combustible material container used as a rest area. Waste and scrap materials were piled around the container and blocking fire extinguisher access. Workers inside were exposed to passive smoke and the surrounding clutter created multiple trip and fall hazards.
Corrective Actions
Hard hat mandatory for all workers in any equipment proximity zone without exception. Supervisor spot-checks introduced at shift start and during operations. Non-compliance tracked in AIKEY Safety Event DB.
B . Moderate Event
EVENT 4 – 03/20/26 16:11
WORKER IN EXCAVATOR BLIND SPOT WITH HOSE TRIP HAZARD ON WALKWAY
Problem Observed
A worker was observed moving through the blind spot of a running excavator (tracks visible and moving). A hose was also coiled across the walkway in the same area. Combined risk: Equipment entrapment and trip and fall injury in the same zone simultaneously.
Corrective Actions
A blind spot exclusion zone was physically demarcated around all operating excavators. Hose management protocols were added to the daily housekeeping requirements. Walkway clearance must be verified at the start of all shifts. Blind spot violations to be tracked in AIKEY Safety Event DB.
B . Moderate Event
EVENT 5 – 03/21/26 07:32
PILE DRIVING SILICA DUST: WORKERS UNPROTECTED, NO WATER SUPPRESSION
Problem Observed
Pile driving activities generated heavy sand and silica dust. Adjacent workers were clearly visible inside the dust cloud without appropriate respiratory PPE. Additionally, no water suppression was applied during the operation. Prolonged silica exposure causes irreversible respiratory disease; even short unprotected exposure during heavy dust generation is considered a significant health hazard.
Corrective Actions
Water suppression must be implemented during all pile driving activities, with work to be paused if a functioning system is unavailable. Respiratory PPE is mandatory for all workers within 15 meters of the dust source. Dust exposure zone was registered in AIKEY Safety Event DB for ongoing, continuous health surveillance purposes.
C . Lower Priority Event
EVENT 1 – 03/20/26 11:30 and 14:22
CELL PHONE USE WHILE WALKING THROUGH ACTIVE WORK ZONE
Problem Observed
Workers were observed using cell phones while in transit through an active construction zone. Phone use while walking diverts attention from ground hazards, moving equipment, and other workers thereby creating trip, collision, and inattention risk.
Corrective Actions
Cell phone use is prohibited while walking on the worksite. Designated stationary phone-use areas have been defined. Policy was communicated and posted at all site entrances. Repeat violations are being tracked in AIKEY Safety Event DB.
3. Root Cause Analysis
Human Error
Worker Behavior Issues and
Attention Failures
Four of the nine events trace directly to individual human behavior: inattention near excavator zones; cell phone use in heavy machinery areas; missing hard hats during maintenance activities; and smoking beside combustible structures.
Assigned Remedy
Targeted briefings, zone-entry coaching, supervisor spot-checks, and ongoing, continuous, accurate AIKEY Safety Event DB tracking.
Site Set-Up
Ill-Defined or Poorly Managed
Physical Environment
Four of the nine events trace directly to individual human behavior: inattention near excavator zones; cell phone use in heavy machinery areas; missing hard hats during maintenance activities; and smoking beside combustible structures.
Assigned Remedy
Physical barriers, proper zone demarcation, additional signage, regular pre-shift checklists, and ongoing, continuous, accurate AIKEY Safety Event DB tracking.
Process Gaps
Undefined or Incorrectly
Defined Work Procedures
Four of the nine events trace directly to individual human behavior: inattention near excavator zones; cell phone use in heavy machinery areas; missing hard hats during maintenance activities; and smoking beside combustible structures.
Assigned Remedy
Newly created SOP documentation, new work permit system, and ongoing, continuous, accurate AIKEY Safety Event DB tracking.
What Project Gained
1. Real-Time Proximity Alerts
24/7 sub-100ms alarms in all excavator zones,
with no cloud/network dependency.
2. Site-Wide Behavioral Monitoring
Continuous coverage (phone use, smoking, unsafe posture)
captured automatically on every shift.
3. Zero-Miss Event Capture
Nine events captured and uploaded in five days with
no manual logging or supervisor report submission.
4. Contextual AI Analysis
AIKEY's VLM identified contributing factors (context, task, environment,
timing) instead of simply reporting events had happened.
5. Expert Safety Reports
AI findings reviewed by certified safety professionals and
delivered as structured Safety Intelligence Reports.
Customer Stories (Manufacturer L)
At Manufacturer L’s U.S. manufacturing facility, AIKEY applied GuardView to an existing manually operated forklift, connecting vision-based person detection to speed reduction and stopping. AIKEY reports that the on-site demonstration led to broader adoption on existing forklifts and the start of operational deployment.
1. GuardView Installation and Application
GuardView adds vision-based person detection and a configured vehicle response to an existing forklift.
The original field photograph below shows the installed arrangement
(Original field photograph supplied by AIKEY.)
From Person Recognition to Vehicle Response
In the reported application, the system identifies a person within the relevant camera coverage, assesses their position against the configured zone and applies the specified speed reduction or stop through the vehicle control interface.
Considering a Similar Application
The project progressed from a functional demonstration to a decision to extend the application across existing equipment. AIKEY reports that initial installations were operating at the time of this case study. The documented outcome is the adoption and operational application of pedestrian-responsive vehicle control.
2. The Operational Need / Demonstrated Value in this case
Where pedestrians and manually driven forklifts share a work area, a safety upgrade must be applicable to equipment already in use. This case focused on making an existing vehicle respond to a person approaching the configured operating zone.
Application
Detection Linked to Control
Reported Implementation
Person detection connected to forklift speed reduction and stopping
Customer Value
Observe the vehicle response to a detected pedestrian during an on-site evaluation.
Application
Existing Equipment Retained
Reported Implementation
Retrofit installation on a manually operated forklift already in service
Customer Value
Evaluate additional safety functions separately from a vehicle replacement decision.
Application
Progression into Operation
Reported Implementation
Demonstration followed by wider adoption and initial operation
Customer Value
Use an implemented application as a reference for further deployment evaluation.
The adoption outcome
The project progressed from a functional demonstration to a decision to extend the application across existing equipment. AIKEY reports that initial installations were operating at the time of this case study. The documented outcome is the adoption and operational application of pedestrian-responsive vehicle control.
Existing Equipment Retained
The case provides a practical reference for manufacturers considering active safety functions on their installed fleet. Its value lies in the combination of vehicle control integration, retrofit installation and actual adoption at the site. Each additional vehicle application requires confirmation of compatibility and the required operating response.
Anti - Collision System
Customized Case Study
Case Study 1. Customized Model
1. No False Positive
a. Accurate Detection of Forklift Body
b. Accurate Detection of Multiple Objects in a Factory
c. Edge Case Scenario
2. Fast Detection
a. Reliable & Accurate
b. Reliable & Accurate
3. Faster Detection
a. More Reliable & Accurate
1. No False Positive
Accurate Detection of Forklift Body
2. Fast Detection
Reliable & Accurate
3. Faster Detection
More Reliable & Accurate
Case Study 2. Event Logic
1. Only Close Detection
2. Automatic Create Event
Customized Case Study
Anti - Collision System
Case Study 1. Customized Model
1. No False Positive
2. Fast Detection
3. Faster Detection
Case Study 2. Event Logic
1. Only Close Detection
2. Automatic Create Event
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