Drones and robots reduce the need for crews to climb flare stacks, enter confined spaces, inspect tank roofs, or walk active pipeline rights-of-way—keeping personnel out of high-risk or H₂S-exposed zones.
LiDAR and photogrammetry deliver rapid, accurate data for pipeline corridor mapping, facility layout updates, tank-farm modeling, erosion monitoring, and construction progress tracking.
Automated inspections identify corrosion on tanks, valve abnormalities, heat anomalies in compressors, or structural issues on platforms—helping teams address problems before they disrupt production.
Thermal sensors detect leaks, failing pump components, overheating equipment, insulation failures, and fugitive emissions early—supporting preventative maintenance and environmental compliance.
Dock 3 and Spot enable autonomous patrols at refineries, pump stations, compressor sites, tank farms, and remote well pads—spotting intrusions, wildlife hazards, equipment tampering, and perimeter breaches.
All platforms can be operated remotely from a central command centre, allowing consistent inspections across pipeline segments, processing plants, and remote production facilities without deploying field crews.
Our ROC program gives oil & gas operators access to high-quality inspections, monitoring, and reporting—without purchasing or maintaining any hardware. We manage the entire workflow for pipelines, tank farms, compressor stations, refineries, and remote production sites. You simply select the data and inspections you need, and pay a predictable monthly fee. It’s the easiest, safest, and most scalable way to modernize asset integrity workflows across your entire network.
We begin by meeting with your team to understand your workflows, hazards, data requirements, and operational constraints. This helps us map out where automation, inspection tools, and remote capabilities can create the biggest impact.
Once we understand your environment, we identify the right mix of drones, ground robots, sensors, and software. Every recommendation is backed by real industrial use cases—ensuring the technology fits your standards, budget, and scalability goals.
We bring the equipment on-site or host you at one of our facilities for a hands-on demonstration. Your team gets to see the hardware in action, evaluate data outputs, and understand operational workflows before making any commitment.
For emerging or high-risk applications, we move into a structured POC phase. This allows your organization to validate performance, test integrations, measure ROI, and build internal buy-in before full deployment.
Learn more| Model | DJI Dock 3 | DJI Matrice 400 | Boston Dynamics Spot |
|---|---|---|---|
| Compatible drones / Payloads | DJI Matrice 4D / T series | H30T Camera, Zenmuse L3 LIDAR | Spot Cam+IR |
| IP rating | IP56 | IP55 | IP54 |
| Payloads | Thermal & Zoom | Thermal & Zoom, LiDAR, Photogrammetry | Thermal & Zoom, Environmental sensors |
| Operating temperature | -30°C to 50°C (-22°F to 122°F) | -20°C to 50°C (-5°F to 122°F) | 0°C to 35°C |
| Software | FlightHub 2 / FlytBase | FlightHub 2 | Orbit |
| Model | Parrot ANAFI UKR | ARA Robotics ARA408 | Inspired Flight IF800 |
|---|---|---|---|
| Flight time | Up to 38 minutes | Up to 40 minutes | Up to 54 minutes |
| IP rating | IP53 | IP54 | IP43 |
| Payloads | Thermal & Zoom | 2.6 kg capacity | 3 kg capacity |
| Operating temperature | -36°C to 50°C | -40°C to 50°C | -10°C to 45°C |
| NDAA compliant | |||
| Blue sUAS |
Using advanced robotic systems, we safely inspect tanks, boilers, vessels, and other enclosed or hazardous assets—without human entry. Our approach leverages contact-based ultrasonic Non-Destructive Testing (UT) combined with visual, thermal, and 3D-scan data to deliver certified integrity reports in line with industry standards such as API 653 and EEMUA 159.
Fixed-wing VTOL system enabling long-range missions up to hundreds of kilometers. It’s built for pipelines, remote well sites, solar farms, and offshore/nearshore monitoring.
A rugged, autonomous inspection robot for dangerous, remote, or repetitive site tasks across oil & gas, substations, and industrial plants.
High-density LiDAR payloads deliver precise mapping for pipeline corridors, transmission routes, and terrain modeling in complex oil & gas environments.
Dock drones enables true 24/7 autonomous flight operations for perimeter patrol, pipeline monitoring, flare stack observation, and emergency response. Once installed, the system deploys automatically on scheduled missions or alarm-triggered events — giving Oil & Gas operators continuous situational awareness across large facilities.
Using the thermal drones, inspectors can detect overheating components, leaks, insulation loss, or flare stack issues instantly — without shutting down operations.
Drones provide rapid, safe, real-time intelligence during emergencies and environmental events—helping responders make faster decisions while minimizing risk to personnel. From wildfire monitoring to wildlife protection, drones deliver situational awareness, thermal detection, and high-quality imagery that support safer operations across remote and industrial environments.
For 24/7 automated aerial patrol, thermal monitoring, and perimeter inspection.
Complete aerial inspection kit for high-accuracy mapping and detailed asset imaging.
Autonomous mobile robot for routine inspection and hazardous area monitoring.
Don't see the right kit?
The Matrice 400 with L3 LiDAR and H30T provides the best combination of thermal, visual zoom, and survey-grade mapping.
DeltaQuad Evo offers exceptional range and endurance for long corridor inspections and mapping.
Dock 3 enables fully automated, scheduled flights for perimeter and infrastructure patrol.
Spot provides autonomous inspection inside facilities, around equipment, and in hazardous areas.
Yes — all recommended systems are designed for harsh industrial conditions including heat, cold, dust, and wind.
Thermal sensors on the H30T and IR-equipped Spot can identify overheating components, leaks, and anomalies early.
Zenmuse L3 LiDAR or GreenValley LiDAR delivers survey-grade data suitable for volumetrics, terrain modeling, and geotechnical analysis.
Yes — we offer mining-focused proof-of-concept programs for aerial mapping, LiDAR workflows, and robotic inspection.