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Westpac NZ, an Infosys Finacle customer evaluated nCino Bank OS

Wayfair, a Korber HighJump WMS customer just evaluated Manhattan WMS

Moog, an UKG AutoTime customer evaluated Workday Time and Attendance

Cantor Fitzgerald, a Kyriba Treasury customer evaluated GTreasury

Michelin, an e2open customer evaluated Oracle Transportation Management

Citigroup, a VestmarkONE customer evaluated BlackRock Aladdin Wealth

Swedbank, a Temenos T24 customer evaluated Oracle Flexcube

Westpac NZ, an Infosys Finacle customer evaluated nCino Bank OS

Wayfair, a Korber HighJump WMS customer just evaluated Manhattan WMS

Moog, an UKG AutoTime customer evaluated Workday Time and Attendance

Cantor Fitzgerald, a Kyriba Treasury customer evaluated GTreasury

Michelin, an e2open customer evaluated Oracle Transportation Management

Citigroup, a VestmarkONE customer evaluated BlackRock Aladdin Wealth

Swedbank, a Temenos T24 customer evaluated Oracle Flexcube

List of Pix4Dcatch Customers

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Logo Customer Industry Empl. Revenue Country Vendor Application Category When SI Insight Insight Source
HSC Pipeline Engineering Pte Professional Services 59 $6M Singapore Pix4D SA Pix4Dcatch Geographic Information System 2022 Easepect In 2022, HSC Pipeline Engineering Pte deployed Pix4Dcatch as part of a Geographic Information System implementation to support subsurface utility engineering and trench documentation across Singapore. The deployment centralized field capture and stakeholder access for site documentation, enabling faster delivery of georeferenced survey outputs to engineering and project management teams. The implementation combined Pix4Dcatch with RTK positioning and PIX4Dcloud for processing and delivery of project artifacts. Core capabilities configured included mobile site scanning with survey grade positioning, automated cloud processing into point clouds and orthomosaics, and generation of 3D models and deliverables aligned to subsurface utility engineering workflows. Integration scope included a field to cloud workflow, with Pix4Dcatch collecting RTK referenced scan data and PIX4Dcloud hosting processed deliverables for remote access. The reseller Easepect delivered the civil engineering implementation, overseeing configuration, rollout sequencing for field crews and engineering users, and establishing centralized cloud access for multi‑stakeholder review and approvals. Measured outcomes from the engagement were reported, with site scanning sped up 30–50 percent and pipe laying productivity improved by about 5 percent, improving site documentation throughput and stakeholder access to survey deliverables.
Kanemotogumi Japan Construction and Real Estate 50 $8M Japan Pix4D SA Pix4Dcatch Geographic Information System 2024 n/a In 2024, Kanemotogumi Japan tested Pix4Dcatch in a comparative accuracy assessment for earthworks and site management in Miyazaki Prefecture. The evaluation targeted the Geographic Information System use case, deploying Pix4Dcatch with RTK and comparing mobile scanning capture against a Trimble SX12 laser scanner and an unmanned aerial drone. The deployment emphasized mobile scanning capabilities of Pix4Dcatch, using on-device RTK to capture ground-level detail and generate survey-oriented point clouds for civil construction monitoring. The civil construction test showed Pix4Dcatch produced results comparable to the laser scanner while offering faster onboarding and easier capture of ground-level detail for site management, outcomes that point to simplified field capture workflows and improved usability for site teams managing earthworks.
Midori Net Toyama Japan Government 15 $1M Japan Pix4D SA Pix4Dcatch Geographic Information System 2024 n/a In 2024, the Toyama Prefecture Land Improvement Business Association Federation Midori Net Toyama implemented Pix4Dcatch within its Geographic Information System workflows in Toyama, Japan, to support reservoir sediment measurement. Midori Net Toyama used Pix4Dcatch together with an RTK device to supplement aerial drone imagery for surveying and mapping of reservoirs. The deployment combined terrestrial Pix4Dcatch mobile scans with aerial datasets processed in PIX4Dmatic, creating a merged 3D point cloud and model workflow. Functional capabilities included high-precision RTK positioning, rapid ground control point capture, and integrated 3D model generation for volumetric sediment analysis, with on-site scanning feeding directly into PIX4Dmatic for photogrammetric processing. Operational coverage focused on reservoir surveying and asset management activities within Toyama, improving field survey efficiency and reporting quality. The implementation produced clearer 3D models for reporting and asset management, sped up GCP capture and reduced fieldwork time, and improved sediment measurement accuracy by approximately 70 percent.
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