ICE CYPRESS

Urban-Scale Scene Modeling Solution

Relying the “space-air-ground” integrated data collection system and independently developed core modeling software Mirauge3D, we provide global customers with an end-to-end solution covering data collection, fusion processing, 3D reconstruction and application services.

Industry Pain Points

4 Core Challenges Hampering Efficient Urban-Scale Modeling

Massive Data in Aerial Triangulation (AT)

Urban aerial photography produces massive images; multi-sensor collection and space-air-ground fusion often cause program errors/crashes, leading to AT failure and project delays.

Large-Scale Model Lightweighting

Large model files easily result in precision loss, texture distortion, poor compatibility and slow processing during lightweighting, affecting subsequent applications.

Photography Blind Spots & Model Defects

Aerial photography cannot cover many ground-view areas, resulting in incomplete 3D model surfaces, missing details, and insufficient ground-view realism.

Complex Terrain Processing Bottleneck

Complex terrains (hills, low-texture lakes, long rivers) require massive image processing, high hardware/technical requirements, and result in cumbersome, inefficient workflows.

Solution Overview

Space-Air-Ground Integrated: End-to-End Intelligent Modeling Solution

Centered on the self-developed Mirauge3D fully automatic image 3D modeling system, we provide an end-to-end solution covering data collection, processing & modeling, and application services, seamlessly connecting all key links in urban-scale modeling.

Solution Highlights

4 Core Highlights: Leading Innovation in Urban Modeling Technology

100% Independent R&D

Self-developed core technologies, a trusted choice for 3D reality modeling, rooted in innovation and technical maturity.

10-Million-Scale Distributed Processing

In-house developed distributed pose calculation system; multi-machine parallel processing—1 million-scale data completed in 10 hours with 5 nodes, far outperforming peers.

Robust Multi-Source Complex AT

Accurately calculates the position and attitude of massive images, handles error-prone data (low-texture, long strip), supports multi-source joint AT with high pass rates and low rework.

LIDAR & Image Fusion Modeling

Integrates LiDAR and image data to refine 3D surface details. Adopts minimal data for 3D structure representation, achieving up to millimeter-level modeling accuracy.

Core Functions

6 Core Functions: Empowering High-Precision & Efficient Modeling

Efficient & Robust AT Calculation

  • Self-developed XBA V2.0 system: Handles 1M+ images per project stably, 10M-scale distributed processing. High pass rate, low rework for complex data.
  • Excellent accuracy with minimal ground control points, meeting 1:500 cadastral standards. Compatible with multi-source joint pose estimation (aerial, ground, indoor/outdoor, close-range photography).
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Intelligent Orthophoto Mosaicking

  • One-stop automated fast stitching, mosaicking & color balancing—10,000 UAV images processed in 45 mins.
  • Auto-identifies/avoids obstacles (e.g., buildings) for optimal mosaic lines; corrects color discrepancies from flight time gaps, ensuring orthophoto integrity & visual consistency.
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AI-Powered Ground Point Classification & Semantic Segmentation

  • Self-developed semantic segmentation AI: 90% auto ground point classification accuracy, precisely identifying 3D scene objects.
  • Automated semantic analysis & segmentation (70%+ accuracy), supporting subsequent applications with structured intelligent data.
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Lightweighting & LiDAR Point Cloud Fusion Reconstruction

  • Self-developed optimization algorithm: Refines 3D details with minimal data, 50% model data reduction.
  • LiDAR-image fusion modeling, breaking single-data limits. Millimeter-level precision, balancing efficiency & detail.
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Multi-Source Data Compatibility

  • Device/method-agnostic: Compatible with multi-source/multi-view data (UAV of varying heights, ground circular photography, handheld/indoor shots).
  • One-pass processing for complex scenes with discontinuous image stitching via joint AT. Min. 0.02m GSD, adapting to diverse collection scenarios.
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Typical Cases

Benchmark Cases with Proven Results, Demonstrating Practical Value

Cooperative Project

Jointly built with Binzhou Water Group — Shuiyun Binzhou: Integrated Supervision, Operation & Management Water Utility SaaS Platform and Digital Twin Development Project

Project Honor

Selected as a 2024 Smart Water Utility Typical Case by the Ministry of Housing and Urban-Rural Development (MOHURD)

Customer Feedback

Accurate pipeline simulation and real-time monitoring effectively improve O&M efficiency and pipeline network safety.

"IceCypress Technology's digital twin solution has brought tremendous benefits to our mine management. Through real-time monitoring and data analysis, we can accurately track the operation of all mine links, promptly identify and resolve issues, significantly improving production efficiency and safety."

A Mining Company
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