What is FME?
The only all-data, any-AI platform
TRAINING
Hands-on, practical training for individuals and teams
INTEGRATION
Remove silos, connect all your data and make it usable
CUSTOMER SUCCESS STORY
Napier Port Uses FME to Deliver Real-Time Construction Asset Tracking Across the 6 Wharf Development
By deploying FME Flow to automate site works alerts against business rules and permissions protocols, Napier Port’s GIS team gave the 6 Wharf construction project complete, real-time visibility over the location and safe operation of major assets — removing manual data handling and keeping people safe throughout one of New Zealand’s most significant port infrastructure developments.
NZ’s 4th largest container port
Operational for almost 150 years, with the 350-metre 6 Wharf set to extend vessel capacity and operational performance
Real-time asset visibility
Precise locations of hot works, dredging, piling and overall site composition monitored continuously throughout construction
Automated site alerts
FME Flow triggers alerts based on business rules and permissions governing the position and safe operation of major assets
Manual data handling eliminated
FME removes the need for manual data manipulation, ensuring transparency over site operations, hazard identification, and regulatory compliance
Transparency over the placement, progress and current use of major assets on a project site is incredibly important. FME delivers that type of real-time data visualisation and associated system alerts which is invaluable in keeping people safe and minimising disruption to construction progress.”
– Matthew June, Infrastructure GIS/CAD Technician, Napier Port
The Challenge
Knowing Where Every Major Asset Is at Every Stage of Construction
Napier Port, operational for almost 150 years, is the 4th largest container port by volume in New Zealand. Commencing in early 2020, construction of the new 350-metre-long 6 Wharf at Napier Port will extend the vessel capacity and operational accomplishment of this already hard-working asset, which is a global gateway for importers and exporters across the central and lower North Island.
Knowing the whereabouts of major assets on a construction site at any given stage is a safety requirement of all large building projects. It is also a significant operational efficiency enhancer. Understanding the precise locations and ensuring the routine monitoring of hot works, dredging, piling, and the overall composition of site works at 6 Wharf is an essential requirement of the port construction project.
The Solution
FME Flow Automating Site Alerts Across the GIS Stack
Introduced by Locus to the GIS team at Napier Port in 2019, FME delivers highly automated, transparent, seamless data flow across a number of day-to-day operations, working alongside ArcGIS to maintain the integrity of the new wharf infrastructure development.
Employing FME Flow, the Napier Port GIS team were able to easily set up a system of site works alerts set against a backdrop of business rules and permissions protocols governing the position, availability, and if applicable, safe operation of major construction assets.
The Results
Complete Transparency, Identified Hazards, Confident Compliance
FME removes the manual manipulation of data, ensures complete transparency over site operations and progress, identification of potential hazards, and compliance with resource and regulatory requirements.
Why it Matters
On a live construction site, the difference between knowing and guessing the location of a major asset isn’t just an efficiency question, it’s a safety one. When data has to be manually pulled together to answer that question, the answer always arrives too late.
By utilising FME Flow to automate real-time asset tracking and alerts within a GIS environment, port and infrastructure operators can maintain continuous, rules-based visibility over complex construction activity, protecting workers, maintaining regulatory compliance, and keeping projects moving without the friction of manual data handling.
Success Stories
Powered by Locus Expertise
