Energy extraction & processing
03 / 08Inspection without exposure.
From hazardous-area inspection to security monitoring and shutdown-free maintenance, robots take on the most dangerous work, keeping personnel out of harm’s way while monitoring sprawling, remote assets around the clock.
Hazardous-area inspection · Security monitoring · Shutdown-free maintenance
Deployment challenges
Where projects typically stall.
The friction points we solve, identified across real deployment attempts in this sector.
Personnel safety in hazardous environments
Refineries, offshore platforms, tank farms and processing facilities expose personnel to explosive atmospheres, toxic gases, confined spaces and high-risk operating conditions. Every human intervention is a managed risk event.
Critical infrastructure security & asset protection
Pipelines, refineries, storage terminals and offshore assets must be monitored continuously against intrusion, theft, vandalism and sabotage. These facilities are vast, often remote and increasingly targeted, and too large for human patrols to monitor continuously.
Inspection & maintenance without shutdowns
Operators must inspect and maintain critical assets in hazardous or hard-to-access environments while avoiding costly shutdowns and keeping personnel exposure to a minimum.
Use cases
What we deploy.
Simulation-validated use cases. Each one begins with a digital twin of your environment, before any hardware is specified.
Autonomous Hazardous Area Inspection
Quadruped robots and autonomous inspection platforms run routine inspections in ATEX/Ex zones, reading gauges, detecting anomalies and collecting operational data without exposing people to risk. This directly answers personnel safety in hazardous environments, taking humans out of the most dangerous routine tasks.
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Critical Infrastructure Security Monitoring
Autonomous drones and robotic patrol systems provide continuous surveillance of pipelines, tank farms, refineries and offshore facilities, detecting intrusions, vandalism, theft attempts and security incidents in real time. This answers critical infrastructure security and asset protection: robots watch vast, sprawling sites 24/7, covering significantly more ground than human teams at a fraction of the cost of round-the-clock patrols.
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Remote Inspection & Maintenance Operations
Drones, climbing robots and specialised inspection systems reach elevated, confined or hazardous structures to inspect equipment, detect defects and support maintenance planning, enabling inspection and maintenance without shutdowns or scaffolding.
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FAQ
Securing critical oil & gas assets.
Common questions on robotic inspection and security in sprawling oil & gas sites with hazardous areas.
How do we keep watch over sprawling refinery and tank-farm sites that are hard to see across?
Refineries, tank farms and pipelines are vast, hard to oversee and part of the critical infrastructure. Autonomous robots and drones watch perimeters, process areas and remote assets around the clock, catching intruders, leaks and thermal anomalies early and holding a continuous operational picture, even across ground that security teams rarely reach. Security and condition monitoring happen in a single pass.
Can robots operate in explosion-hazard (Ex/ATEX) zones?
Yes. In hazardous areas we use explosion-protected platforms certified for the specific Ex zone, and we validate every mission in a digital twin of the site beforehand. That lets dangerous inspections run reliably without putting your people in harm's way. The exact certified hardware depends on your zone classification.
Does the plant have to be shut down for a robotic inspection?
No. Depending on the plant, inspections can run while it stays online. Robots read instruments, take thermal readings of flanges, tanks and flare stacks, and log each asset's condition, keeping production up and downtime costs to a minimum while critical equipment stays under constant watch.
Will this work with our existing control and security systems?
Yes. As a vendor-agnostic engineering partner, we integrate the right robot platforms into your existing control room and security architecture instead of bolting on a standalone silo, so the data lives and is processed inside the systems you already run.