In remote environmental monitoring applications, reliable data transmission is critical. While traditional monitoring stations often rely on terrestrial networks or manual data retrieval, these approaches can lead to costly gaps in critical data, cause delays, and increase operational risk.
To address these issues, Western Weather Group (WWG) and MetOcean Telematics (MetOcean) have joined forces. With the support of Campbell Scientific, they deliver integrated, end-to-end solutions for remote utility weather-monitoring applications.
Each organization plays a critical role:
Instead of requiring end users to assemble separate components on their own, this partnership provides a fully integrated weather-monitoring solution—one designed, built, and supported as a single, cohesive ecosystem.
The collaboration’s positive impact has grown significantly. With approximately 700 deployments across the Southwestern U.S., the deployment supports wildfire response and utility-sector applications in high-risk areas.
The success of this initiative is rooted in its deep technical collaboration. WWG, MetOcean, and Campbell Scientific worked closely together to fully integrate their components, thereby achieving seamless inter-device communications between Campbell Scientific’s CR1000Xe datalogger and MetOcean’s Iridium satellite modem. Paired with WWG’s installation, deployment strategy, and integration, the solution represents a collaborative approach to ensuring reliable, end-to-end data transmission—even in the most remote locations.
With nearly 700 active units deployed and momentum accelerating, this collaboration demonstrates how integrated satellite connectivity can transform remote weather data collection. As adoption continues to grow, the cooperation between MetOcean, WWG, and Campbell Scientific remains focused on long-term operational resilience and scalable performance.
Together, we are addressing a connectivity gap and redefining what reliable remote monitoring looks like.