Oil & Gas Digital Transformation Built Around the Wellhead, the Pipeline, and the Terminal
We work across oil and gas operations -- from wellhead and pipeline monitoring to refinery automation, storage, and dispatch -- bringing IoT, machine vision, and automation to the specific problems oil and gas operators actually have: remote and distributed assets, energy-intensive processing, rotating equipment condition, and fire and leak hazard detection. This is the monitoring, data, and automation layer around oil and gas operations -- not a certified safety-instrumented system (SIS), fire and gas safety system, or hazardous-area-certified control system, and not positioned as one.
The Weight of Complexity in Oil & Gas Operations
Wellhead and remote production sites spread across a wide geography, where a fault or anomaly is often discovered only when production drops
Pipeline right-of-way spanning long distances, where a leak or integrity issue depends on periodic patrol or manual reporting to be caught
Storage terminals and tank farms tracked on manual gauging or disconnected systems, instead of continuous, unified inventory visibility
Refinery and process plant control systems built up over decades across multiple PLC and SCADA vendors that were never meant to share a screen
Rotating equipment -- compressors, pumps, turbines -- maintained on a fixed schedule instead of actual condition, risking either unnecessary servicing or an unplanned failure
Fire, smoke, and oil-leakage risk around process units and storage areas that depends on a person physically noticing it in time
Extremely energy-intensive refining and processing operations reviewed periodically instead of managed in real time
Tanker, truck, and rail loading at terminals coordinated manually across a high-value, time-sensitive product
None of this is unique to any one operation -- it's the shape of running oil and gas assets across upstream, midstream, and downstream. It's also exactly where we've spent our engineering time: the monitoring, data, and automation layer around these operations, not certified process-safety or safety-instrumented systems themselves.
Value Chain
Where We Work Across Oil & Gas Operations
Oil and gas is a chain of very different operations, spanning upstream, midstream, and downstream. Here's where this platform applies, stage by stage:
Wellhead & Production Monitoring
- Real-time production and wellhead parameter monitoring for remote and distributed well sites, consolidated into one unified view instead of a site-by-site check
- Open, multi-vendor data integration so wellhead instrumentation and existing SCADA, regardless of vendor, connects into the same platform
Pipeline Monitoring & Integrity Support
- Remote monitoring of pipeline right-of-way and key infrastructure points, extending visibility beyond periodic manual patrol
- Machine-vision and sensor-based support for identifying integrity anomalies at monitored points, complementing -- not replacing -- certified leak-detection and integrity-management systems
Storage Terminal & Tank Farm Monitoring
- Real-time tank level and inventory visibility across a storage terminal, instead of manual gauging
- Consolidated inventory data feeding directly into dispatch and logistics planning
Refinery & Process Plant Automation
- Multi-vendor SCADA and PLC integration bringing refinery and process unit control systems onto a single, browser-based Web-SCADA view
- Built for plants running multiple automation vendors across different eras of the operation, without forcing a single-brand standard
Energy & Utilities Management
- Real-time energy monitoring across refining, processing, and utility systems, tracking consumption against actual throughput instead of a periodic aggregate review
- The same energy-monitoring approach already proven on energy-intensive process operations in the metals sector
Asset & Rotating Equipment Condition Monitoring
- Condition-Based Monitoring System (CBMS) tracking rotating equipment health -- compressors, pumps, turbines -- flagging degradation before it causes an unplanned failure
- Maintenance scheduled by actual condition and usage, instead of a fixed calendar
Safety, Fire & Hazard Detection
- Machine-vision-based detection of fire, smoke, and oil leakage around process units, storage areas, and electrical systems -- the same capability already proven for fire, smoke, and oil-leakage detection in industrial plant environments
- Built as a monitoring and early-detection layer that complements certified fire and gas safety systems -- not a replacement for them
Remote & Multi-Site Connectivity
- LoRa-based wireless connectivity extending monitoring to remote well sites, pipeline right-of-way, and terminal infrastructure without a dedicated fibre run to every point
- Built for exactly the connectivity challenge upstream and midstream operations face -- assets spread across a wide, often remote geography
Logistics & Terminal Dispatch
- Dispatch management coordinating tanker, truck, and rail loading at terminals -- weighbridge and gate sequencing included
- The same dispatch-coordination capability already proven for rail and truck loading in industrial logistics operations
Enterprise, ERP & Unified Data Platform
- A single, time-synchronized data layer integrating wellhead, pipeline, terminal, refinery, and maintenance data across systems and vendors that were never built to share a screen
- Asset-management ERP capability tying maintenance planning and spares inventory into one system rather than a spreadsheet-driven process
Machine Vision for Fire, Smoke & Leak Detection
Early detection of fire, smoke, and oil leakage is one of the highest-value applications of machine vision in oil and gas operations, because a hazard caught early costs far less -- in every sense -- than one caught late. The same Vision AI capability already proven for fire, smoke, and oil-leakage detection in industrial plant environments applies directly here, configured to the specific hazard points that matter at a well site, terminal, or process unit. This is a monitoring and early-warning layer -- it complements certified fire and gas safety systems rather than replacing them.
Fire, Smoke & Leak Detection
Early detection of fire, smoke, and oil/gas leakage around process units, wellheads, and storage.
Tank Farm & Terminal Hazards
Continuous visual and thermal hazard monitoring across storage terminals and tank farms.
Refinery Unit Inspection
Configured to specific hazard points across refining and processing infrastructure.
A monitoring and early-warning layer that complements certified fire and gas safety systems rather than replacing them.
Remote Connectivity Across Upstream & Midstream Assets
Oil and gas assets -- well sites, pipeline right-of-way, remote terminals -- are often the most geographically distributed infrastructure in any industry. LoRa-based wireless connectivity, already proven extending monitoring to remote and hard-to-cable industrial sites, applies directly to this reality -- connecting distributed assets without requiring a dedicated fibre run to every point.
Built on EpsumThings
Every capability on this page runs on EpsumThings, Hailiot's industrial operations platform -- Unified Data Lake for multi-vendor data integration across wellhead, pipeline, terminal, and refinery systems, Web-SCADA for unified visibility, SCADAA for trend and deviation analytics, Vision AI for the fire, smoke, and leak-detection work described above, Workflow Automation for maintenance and safety workflows, and AI Agents for the next layer of autonomous decision support. This is the same platform already proven across steel and power operations -- built to extend into oil and gas's upstream, midstream, and downstream operations, working alongside your certified process-safety systems rather than replacing them.
Why Oil & Gas Operators Work With Us
Purpose-Scoped Strategy
Purpose-scoped to the monitoring, data, and automation layer around oil and gas operations -- not a certified safety-instrumented system or process-safety supplier, and not positioned as one.
Remote-Asset Connectivity
Connectivity designed for remote, distributed upstream and midstream assets -- LoRa-based monitoring -- rather than assuming every point already has cabling.
One Connected Platform
One platform across asset condition, safety monitoring, energy, dispatch, and enterprise data, instead of a different vendor for each capability.
Proven Track Record
A platform with a genuine track record in energy-intensive, safety-critical industrial operations, not a first deployment anywhere.
What This Changes for Oil & Gas Operations
Wellhead, pipeline, and terminal status visible in real time, instead of tracked by periodic patrol or manual check
Rotating equipment maintained on actual condition, instead of a fixed calendar that either over- or under-services critical assets
Fire, smoke, and leak hazards flagged early, as a monitoring layer alongside certified safety systems, instead of depending solely on manual observation
Energy consumption tracked against actual throughput in real time, instead of reviewed periodically
Terminal dispatch coordinated against real inventory and yard status, instead of a manual daily check
Frequently Asked Questions
No -- we are not a certified SIS or process-safety systems supplier. What we provide is a monitoring, data, and early-detection layer that works alongside your certified safety systems, not a replacement for them.
Have a Question, or Still Finding Out About Equipment or Hazard Issues After the Fact?
If wellhead status, equipment condition, or an early-stage fire or leak hazard depends on a periodic patrol or manual check rather than a system that flags it in real time, that's exactly the gap this platform is built to close.