SiteHive adds weather monitoring to environmental platform

SiteHive has launched SiteHive Weather, adding hyperlocal weather monitoring to its environmental intelligence platform.

The product brings weather data into the same cloud system used by construction and infrastructure operators to track dust, noise, vibration and water conditions across sites in Australia and New Zealand.

The launch reflects a broader shift among asset operators towards connected systems that bring operational and environmental data together in one place rather than across separate tools. In construction, weather remains a significant source of disruption, while monitoring data has often sat outside the main systems used by site teams.

SiteHive's platform links connected monitoring devices with cloud analytics so users can view site conditions in real time. With the weather addition, teams can compare changing local conditions with environmental readings as events unfold and during later reviews.

Single platform

The offering is aimed at organisations managing large construction and infrastructure projects, where weather can affect scheduling, compliance and incident investigation. Users have often relied on public weather services, standalone weather stations and separate environmental dashboards, making it harder to build a single record of site activity.

The weather unit uses ultrasonic wind and acoustic rain sensors and does not rely on moving parts. This differs from traditional weather stations, which use mechanical anemometers and tipping bucket systems.

Functions include real-time weather and environmental monitoring through one cloud platform, automated alerts for weather and environmental thresholds, historical datasets and reporting, and automated site imagery captured every 15 minutes to verify conditions.

Ben Cooper-Woolley, Co-founder at SiteHive, linked the launch to a broader change in industrial monitoring.

"Industrial and infrastructure environments are becoming increasingly instrumented, but the data is still often trapped in silos," Cooper-Woolley said.

"Weather is one of the most significant external variables affecting operations, safety and performance, yet it often sits outside the systems teams use to manage sites in real time. By integrating weather and environmental monitoring, we're providing a connected operational intelligence layer that reflects what's actually happening on site."

Project use

The system was tested on the Sydney Metro West project during a beta phase. Gamuda's environmental advisor on the project said the combined view of weather and environmental conditions had practical uses for day-to-day site management.

"Having accurate, real-time weather alongside our environmental monitoring helps the team prepare for environmental risks, supports planning for high-risk activities and minimises site costs associated with weather-related setbacks," Shutt said.

Demand for combined monitoring systems has grown as field operations become more digitised and companies seek a clearer operational picture from a wider range of data sources. Bringing weather together with environmental readings can also support compliance work and post-event analysis by keeping records in one system rather than across several platforms.

Cooper-Woolley said customers do not simply need more devices on site but information they can use in context.

"Customers don't just need more monitoring devices - they need connected intelligence that makes sense in context," Cooper-Woolley said.

"When weather sits alongside environmental monitoring, teams can respond faster, better understand environmental events and build a complete digital record of site activity."