02 — Work

Company Project
References.

A selection of machine vision systems we have designed, engineered, and deployed across industries — each built to production standards with measurable business outcomes.

High Speed Tracking

Autonomous High-Velocity
Drone Tracking System

Development of a localized, real-time tracking system utilizing low-latency GPU acceleration for the identification and trajectory prediction of high-speed aerial objects on edge hardware. The system operates fully offline, eliminating cloud dependency and achieving deterministic sub-millisecond response times in dynamic, uncontrolled environments.

Multi-drone detection and trajectory tracking

Key Pillars

  • Edge GPU Acceleration (NVIDIA Jetson / TensorRT)
  • High-Frequency Inference Pipeline
  • Tensor-based Parallel Image Preprocessing
  • Kalman Filter Trajectory Prediction
  • Custom Object Detection Model Fine-tuning

Business Value

  • Zero-latency response via on-device processing
  • Bandwidth optimization through edge analytics
  • Resilient operation in disconnected environments
  • Scalable to multi-camera deployments
Profilometry

High-Resolution Laser
Profilometry Systems

Advanced integration of triangulation-based laser profilers for the generation of ultra-precise 3D point clouds, enabling sub-micron surface analysis and structural verification. The pipeline processes raw profiler data at line rates, reconstructing complete surface topologies in real time for inline process control.

3D Laser Profilometry Point Cloud

Key Pillars

  • Laser Triangulation & Optical Filtering
  • High-Density Point Cloud Registration
  • Real-time Surface Topology Mapping
  • Sub-Micron Dimensional Metrology
  • Multi-Profile Fusion & Alignment

Business Value

  • Micro-defect detection (cracks, warpage)
  • Automated pass/fail quality gates
  • High-speed inline process control
  • Eliminates manual measurement overhead
Metrology

Advanced Quality
Inspection Stations

Development of high-precision automated metrology stations for non-contact optical inspection of complex mechanical and electronic components. Designed for inline production environments, the station integrates natively with SAP/ERP systems and delivers micron-level measurement accuracy with full traceability.

Quality Inspection System

Key Pillars

  • Advanced Sensing (High-end optical & structured lighting)
  • Precision Metrology (Sub-millimetric accuracy)
  • Multi-axis robotic integration
  • Advanced Optics & Telecentric Lensing

Business Value

  • Automated detection of burrs and thread defects
  • Native SAP/ERP bidirectional data sync
  • Micron-level measurement accuracy
  • Significant reduction in manual overhead
GPU Architecture & HPC

High-Resolution Tiled
Reconstruction Engine

End-to-end GPU-accelerated pipeline for the reconstruction and processing of ultra-high-resolution imagery, utilizing massive parallelization to stitch and analyze gigapixel-scale tiled datasets. Built for scenarios where conventional systems fail due to memory and throughput constraints.

Key Pillars

  • Distributed GPU Computing (Multi-node scaling)
  • High-Resolution Tiling & Seamless Stitching
  • Automated Artifact Correction & Blending
  • Custom CUDA Kernel Development
  • Zero-copy memory pipeline architecture

Business Value

  • Infinite detail scalability (gigapixel support)
  • Maximum TFLOPS utilization and hardware ROI
  • Decision-ready imagery for downstream inspection
  • Processes datasets impossible on CPU-bound systems
Quality inspection

Textile Quality Inspection System

Detect production defects on highly dynamic surfaces that bend and deform. By sampling just a few reference points, the system automatically generates a grid model used for precise defect detection. Because performance is critical, the system supports non-stop, continuous inline production with improved robustness against changing light conditions and environmental contaminants (such as dust, insects, or spurious material).

Textile quality inspection

Key Pillars

  • Dynamic Surface Topology Modeling
  • Sparse-Point Grid Calibration
  • Adaptive Environmental Filtering
  • High-Throughput Inline Processing
  • Continuous Material Tracking

Business Value

  • Dramatically Lower False-Alarm Rates
  • 100% Continuous Inline Inspection
  • Rapid Deployment & Changeovers
  • Reduced Material Scrap & Waste
  • Standardized Autonomous Quality Control

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We work with manufacturers, automation integrators, and R&D teams who need precision vision systems built right, the first time.

info@idetica.it