Monitoring wells and pipelines in remote onshore fields often requires regular site visits to collect operational data. These manual inspections limit visibility into asset performance and increase operational costs, particularly in geographically dispersed oil and gas operations. HiberHilo is an integrated remote well and pipeline monitoring system designed to solve this challenge. By combining IoT sensors with reliable satellite connectivity, the solution enables continuous monitoring of onshore assets, even in areas without terrestrial communication infrastructure.
Once installed, HiberHilo delivers real-time pressure, temperature, and flow data from remote fields directly to a central dashboard. This allows operators to move from periodic manual inspections to continuous onshore oil and gas monitoring, improving operational awareness and enabling faster interventions when issues occur. Deployment follows a structured process guided by Hiber to ensure efficient installation and reliable connectivity from the outset.
Step 1: Planning the Deployment
Every onshore installation begins with a structured planning phase led by Hiber. Using the exact coordinates of wells or pipeline assets, Hiber analyses the field layout to determine optimal placement for sensors and gateways. Connectivity assessments are conducted to validate LoRa communication across the field and confirm stable satellite transmission for remote data delivery.
The result is a detailed deployment plan tailored to the asset environment. The plan outlines the recommended number of gateways, installation locations, and connectivity coverage across the field. With these elements defined in advance, installation teams can mobilise with confidence and complete deployment efficiently. This preparation ensures that the remote pipeline monitoring system and well monitoring infrastructure operate reliably once activated.
Step 2: Training Field Teams
Once the deployment plan is finalised, Hiber conducts structured remote training with the installation team. During these sessions, engineers walk through the installation process step by step, covering sensor mounting, gateway configuration, antenna positioning, and system activation procedures. The installation plan is reviewed in detail to ensure that each monitoring point aligns with the designed connectivity architecture.
By addressing questions and reviewing procedures in advance, field teams are prepared to complete installation efficiently once on site. With proper preparation, commissioning can often be completed within a single working day.
Step 3: Installation and System Commissioning
During deployment, field teams install sensors and gateways according to the approved installation plan. Once the system is powered, data transmission begins through Hiber’s satellite infrastructure. Connectivity between sensors, gateways, and the central monitoring dashboard is verified in real time to ensure that measurements are being transmitted correctly.
This commissioning process confirms that the IoT monitoring system for oil and gas assets is operating as designed, providing continuous data visibility from remote wells and pipelines.
Continuous Support Beyond Installation
Installation is only the beginning of the monitoring lifecycle. Hiber provides ongoing support to ensure the system continues to operate reliably as field conditions evolve.
Technical teams remain available during commissioning and provide guidance if adjustments are required during deployment. Over time, Hiber also assists operators with system optimisation and scaling as additional wells or pipelines are connected to the monitoring network.
This continuous partnership ensures that remote oil and gas asset monitoring remains stable, secure, and aligned with operational needs.
Turning Onshore Assets into Continuous Data Streams
Remote fields no longer need to rely on periodic inspections for operational visibility. With satellite-enabled onshore well and pipeline monitoring, operators gain continuous access to critical production and integrity data.
Instead of waiting weeks between site visits, engineering teams can monitor asset performance in near real time, enabling earlier intervention, improved production oversight, and reduced downtime.
By connecting distributed assets to a unified monitoring platform, HiberHilo helps operators transform remote wells and pipelines into continuous streams of operational insight.
