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Wayfair, a Korber HighJump WMS customer just evaluated Manhattan WMS

Moog, an UKG AutoTime customer evaluated Workday Time and Attendance

Swedbank, a Temenos T24 customer evaluated Oracle Flexcube

Michelin, an e2open customer evaluated Oracle Transportation Management

Citigroup, a VestmarkONE customer evaluated BlackRock Aladdin Wealth

Westpac NZ, an Infosys Finacle customer evaluated nCino Bank OS

Cantor Fitzgerald, a Kyriba Treasury customer evaluated GTreasury

List of Geonexus Integration Platform Customers

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Logo Customer Industry Empl. Revenue Country Vendor Application Category When SI Insight Insight Source
Anchorage Water and Wastewater Utility Utilities 300 $64M United States GeoNexus Technologies Geonexus Integration Platform iPaaS (Integration Platform as a Service) 2018 n/a In 2018, Anchorage Water and Wastewater Utility implemented the Geonexus Integration Platform, an iPaaS (Integration Platform as a Service), to address GIS and Maximo synchronization and data quality challenges after their GIS and Maximo integration tool was found to be unsupported with Maximo 7.6 and was impeding Esri ArcGIS upgrades. The implementation followed a formal RFP process, with selection criteria emphasizing an out-of-the-box integration solution, adherence to budget and timeline, and straightforward configuration for rapid deployment. The Geonexus Integration Platform was deployed as an orchestration and synchronization layer between Esri GIS and IBM Maximo, configured to run scheduled nightly synchronization jobs that propagate updates, edits, and asset decommissioning across systems. Key functional capabilities implemented included data quality rules, automated workflows for asset status and decommissioning, a configured calculated field rounder to reconcile shape length discrepancies, and reporting that surfaced asset misclassifications for corrective action. Operational coverage centered on the GIS team and Maximo asset management processes, with the platform enforcing GIS as the system of record for asset status to align asset ledgers across applications. Integrations explicitly tied Esri ArcGIS and Maximo into a single operational flow, enabling nightly automation to maintain bidirectional alignment of asset records and specifications. Governance and process changes included re-establishing GIS as the authoritative source for asset status, standardizing workflows for asset reclassification and status updates, and embedding quality checks into day-to-day update procedures. Reported outcomes included improved data integrity through identification and correction of mismatched records, the ability to reconcile asset specifications, and increased flexibility to proceed with future system upgrades while retaining synchronized GIS and Maximo data.
Detroit Water and Sewerage Department Government 652 $110M United States GeoNexus Technologies Geonexus Integration Platform iPaaS (Integration Platform as a Service) 2015 n/a In 2015, Detroit Water and Sewerage Department implemented Geonexus Integration Platform to synchronize field-collected hydrant condition data across GIS and enterprise work management systems. The initiative responded to documented failures in paper based inspection workflows and established an iPaaS (Integration Platform as a Service) backbone for real time data sharing between field crews and asset stewards. The deployment leveraged GeoNexus Technologies commercial component GeoWorx Sync, which was installed and configured within one workday, enabling immediate synchronization capabilities. Geonexus Integration Platform was configured to map geodatabase feature updates into enterprise asset records, supporting hydrant inspection, condition reporting, and asset lifecycle attributes consistent with standard GIS to EAM integration patterns. Integrations were explicitly implemented between Esri Collector for ArcGIS used by Fire Department crews, the DWSD geodatabase, and Oracle Work and Asset Management as the enterprise work and asset management system. Operational coverage focused on hydrant inspection and maintenance workflows, aligning field operations in the Fire Department with DWSD asset management and work order functions. Governance and process changes included moving from paper based inspections to mobile collection and automated synchronization, establishing a single source of truth for hydrant condition data and streamlining reporting and data sharing between departments. The immediate outcome noted in project documentation was that GeoWorx Sync allowed DWSD to start sharing hydrant data between the two disparate databases without delay, improving the technical linkage between mobile GIS collection and enterprise work management.
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