Oil & Gas • OG-04
IoT Telemetry & Edge
Get reliable data off assets that sit far outside network coverage.
Scope
What the engagement covers.
Upstream telemetry fails on power, coverage and harsh conditions. This service designs edge acquisition that buffers, validates and prioritizes data over intermittent links.
Included capabilities
- Edge acquisition with local buffering and store-and-forward
- Low-power and solar node design for remote unmanned sites
- Data validation, gap detection and quality flagging at the edge
- Bandwidth prioritization for alarms over routine telemetry
- Hazardous-area certified installation design
Outputs and deliverables
- Edge and communications architecture
- Hazardous-area compliant installation design
- Data quality and gap monitoring configuration
- Field trial results and rollout plan
Workflow
How it is delivered, step by step.
Each step has an owner, an entry condition and an artefact that has to exist before the next step begins.
01AssessSites, power, coverage, hazardous area classification and data needs.
02DesignEdge node, power, enclosure and communications architecture.
03PilotField trial through a full weather and load cycle.
04DeployStaged rollout with commissioning and coverage verification.
05OperateMonitoring of node health, gaps and data quality.
Use cases
Where this is typically applied.
Assets where existing telemetry has chronic data gaps
New field developments defining a telemetry standard
Delivery model
The operating pattern for Oil & Gas.
The same delivery discipline applies across every capability in this line, so combined engagements stay coherent.
Assess
Asset criticality, data sources, connectivity gaps and production losses.
Instrument
Telemetry, edge nodes, coverage and data acquisition at the wellsite.
Model
Surveillance logic, twins, GIS layers and analytics tuned to the field.
Operate
Control room workflows, alarms, field mobility and escalation.
Extend
Additional fields, midstream and downstream assets on the same platform.
Integration
- SCADA, DCS and historian layers across upstream and midstream assets.
- ERP, maintenance and logistics systems for work orders and movements.
- Reservoir and production engineering toolchains for model calibration.
- HSE and permit-to-work systems for field workforce safety.
Engagement approach
Work is scoped per asset and per production problem. A single field or pipeline segment proves the telemetry, analytics and operating model before the same pattern is extended.
Related
Other capabilities in Oil & Gas.
OG-01
Smart Well
Continuous well surveillance instead of periodic well tests.
OG-02Digital Oilfield
One integrated operating picture from reservoir to export point.
OG-033D GIS & Asset Visualization
Put the asset, the terrain and the network in one navigable model.
OG-05Mobile Engineer & Field Workforce
The field crew works from the same data as the control room.
OG-06Petroleum Logistics
Track the product from terminal gate to customer tank.
OG-07Pipeline Monitoring & Integrity
See the leak, the theft and the corrosion before the regulator does.
OG-08Fleet & Heavy Equipment
Control the cost and risk of the vehicles that keep the field running.
OG-09Refinery Video Analytics
Turn existing cameras into a safety and integrity sensor network.
OG-10Retail Site & Customer Analytics
Understand what happens on the forecourt, not just what the till records.
OG-11AI Transformation Office
Give the digital programme a spine so pilots become production.
OG-12Private LTE/5G for Upstream
Build the network the field automation assumes already exists.