WebOccult WebOccult Gotilo Gotilo
The Gotilo platform
Platform overviewOne deployment, every camera on site Gate automationANPR, container OCR, damage evidence Yard and vehicle trackingLive slot, movement history, search
How it runs
Edge deploymentRuns on site, no cloud dependency IntegrationsTOS, ERP, VMS and gate systems What it changesThe numbers from live sites
WebOccult Services
Custom CV developmentModels trained on your site conditions POC to productionA measured pilot before you scale
175+

Active Deployments at ports, plants and enterprise campuses across the Globe

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Logistics and ports
Container OCRISO 6346 code reading at gate speed ANPR and gate automationPlate capture, ticketing, barrier control Yard automationSlot occupancy, planning, movement audit Reefer monitoringSet point reads and exception alerts
Quality and manufacturing
Surface defect detectionScratch, dent, weld and finish faults Print and label verificationBatch codes, artwork, placement Production line monitoringCounts, stoppages, line health Railway track monitoringFastener, ballast and clearance checks
Safety and people
PPE complianceHelmet, hi vis, shoes, goggles, gloves Hazard and zone alertsRestricted area and proximity warnings Vehicle speed monitoringIn plant speed limits, repeat offenders People counting and attendanceHeadcount, staff entry validation
2 to 4 weeks

From first camera to a working proof of concept on your own lane.

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Logistics
Ports and terminalsGate to yard visibility CFS and ICDStuffing, destuffing, custody records Empty depotsCondition grading on arrival
Industrial
ManufacturingInline quality and line health Steel and heavy equipmentHot, dusty, high risk environments SemiconductorPrecision defect detection
Enterprise
Government and infrastructureSurveillance and compliance Banking and financeBranch security and attendance Retail and educationFootfall, safety, access
230+

Gate lanes live on Gotilo across Ports, Terminals, Plants and Yards.

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  • Industrial PC partners
  • Camera & Lights Partners
  • Edge Ai Partners
  • VMS Partners
  • System Integrators
  • Global Partners
27

Global partners building and deploying Gotilo with us.

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About usSee beyond vision Our storyFrom services to a product platform
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ContactAhmedabad, North Carolina, Tokyo, Milan SupportExisting deployments
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WebOccultGotilo

CMP Quality Monitoring

Perfect the Planarity. Catch Surface Irregularities Before They Cost You Yield.

CMP Quality Monitoring

PLANARIZE WITH PRECISION. DETECT WITH VISION.

CMP Quality Monitoring 2

Chemical Mechanical Planarization (CMP) is critical for achieving flat surfaces before lithography and metalization layers, but it’s also one of the most defect-prone processes in semiconductor fabrication. Microscopic erosion, dishing, scratches, and thickness variations can easily go undetected until later stages, causing metal bridging, poor pattern fidelity, and electrical faults.

AI-powered CMP Quality Monitoring systems use real-time computer vision and surface profiling to inspect wafers for planarity issues, pattern distortions, and mechanical damage, before wafers exit the CMP tool.

OUR HOLISTIC VIEW TO CHALLENGES & FEATURES

Challenges

Dishing and Erosion Go Unnoticed

Dishing and Erosion Go Unnoticed

Surface depressions or raised areas often escape detection using static metrology tools.

Post-Process Inspection Is Too Late

Post-Process Inspection Is Too Late

By the time defects are caught, wafers have already moved forward, resulting in batch-level loss.

No Feedback Loop to CMP Tools

No Feedback Loop to CMP Tools

Traditional CMP lacks intelligent automation for adjusting pad pressure or slurry flow in real time.

Non-Uniform Planarization Across Wafers

Non-Uniform Planarization Across Wafers

Edge vs. center planarity variations often go undiagnosed without full-field visual inspection.

Features

Real-Time Surface Profile Scanning

Real-Time Surface Profile Scanning

Vision systems detect topography variations like dishing, erosion, and micro-scratches as wafers exit the platen.

Edge-to-Center Planarity Mapping

Edge-to-Center Planarity Mapping

Full-wafer visual analysis to ensure uniform thickness across all regions.

Automated Defect Classification

Automated Defect Classification

AI detects and classifies CMP-related defects using training data, reducing false positives.

Live Feedback to CMP Parameters

Live Feedback to CMP Parameters

Detects trends in pad wear or slurry issues and feeds data back to adjust process settings.

WHO BENEFITS FROM CMP QUALITY MONITORING?

CMP Quality Monitoring 3
  • CMP Process Engineers Identify polishing inefficiencies and adjust parameters in real time.
  • Yield Engineers Catch planarization-induced defects early to prevent yield loss downstream.
  • Equipment Maintenance Teams Monitor pad wear and platen stability visually without shutting down production.
  • Metrology Integration Leads Reduce reliance on delayed post-CMP metrology with inline visual validation.

BUILDING AND DEPLOYING PROCESS

CMP Quality Monitoring 4
CMP Process Mapping & Tool Assessment

CMP Process Mapping & Tool Assessment

We begin by auditing your specific CMP tools, single or double platen, and defining inspection points for incoming and outgoing wafers.

Wafer Imaging System Configuration

Wafer Imaging System Configuration

High-speed line-scan or area-scan cameras are calibrated for low reflectivity surfaces, mounted above wafer exit conveyors with optical flattening filters to reduce glare.

Model Training with Dishing & Erosion Datasets

Model Training with Dishing & Erosion Datasets

AI models are trained using thousands of annotated wafer images to recognize surface artifacts like microscratches, pad marks, and planar deviations with high accuracy.

Inline Deployment with Real-Time Alerts

Inline Deployment with Real-Time Alerts

The system is integrated directly into the CMP tool’s output lane or post-clean module, providing instant alerts for abnormal surface profiles and enabling dynamic process correction without production delay.

Insights on innovation

Stay updated with the trending and most impactful tech insights. Check out the expert analyses, real-world applications, and forward-thinking ideas that shape the future of AI Computer Vision and innovation.

June 26, 2026 - 4 minutes to read

Do It Safe, Then Prove It: Insurance-Grade Footage for Yard Safety Compliance

Three months after the incident, the assessor sits across from Meera, the operations manager, and slides a form over the desk. She is ready for questions about helmets, about whether the supervisor was present, about protocol. He asks none of them. He asks one thing instead: show me the footage. Meera’s yard runs safety well. […]

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Ruchir Kakkad

CEO & Co-founder

June 24, 2026 - 4 minutes to read

22 vs 30 Moves an Hour: Finding the Hidden 1% Gains in Terminal Productivity

Deepak runs operations at a mid-size terminal, and one number has bothered him for a month. Two ship-to-shore cranes, side by side. Same model, same year, same maintenance schedule. Crews rotate between them every shift. One averages 22 moves an hour. The other averages 30. He sends a maintenance team over the slow one. They […]

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Ruchir Kakkad

CEO & Co-founder

June 23, 2026 - 4 minutes to read

Empties Are Inventory, Not Furniture: Smart Empty Container Yard and CFS Management

Pravin has run the empty depot for nine years, and he will tell you he knows every box in it. Then he walks you to the far corner, points at a container furred with dust, a small spider web in the corner casting, and goes quiet. It came in months ago. Nobody remembers the booking. […]

Read More

Ruchir Kakkad

CEO & Co-founder