Certification decides the enclosure before the electronics are chosen. Upstream and midstream sites are classified hazardous areas with no mains supply, no network and nobody present — so intrinsic safety, power budget and backhaul are settled at architecture, not selected from a catalogue afterwards.
| Application | Platforms drawn on | Products involved |
|---|---|---|
| Wellhead and pipeline monitoring | Connected Edge | Gateways, NTN modules, sensors |
| Tank level and bulk reconciliation | Connected Edge | Level sensing, LPWAN, analytics |
| Fuel dispensing control | Connected Edge | NFC nozzle reader, tank identification |
| Remote site connectivity | Radio | NTN module integration, private networks |
| Rotating plant condition monitoring | Connected Edge | Predictive maintenance framework |
| Personnel safety in classified areas | Connected Edge | Man-down, gas exposure, UWB proximity |
Everything for this sector
Assembled from one registry rather than written per page, so a link added anywhere appears from both ends.
Hazardous area requirements are established at scoping, because classification constrains battery chemistry, enclosure design and radio power at the same time. The applicable certification route is agreed before component selection rather than discovered at approval.
Satellite non-terrestrial links carry the exception traffic where terrestrial coverage does not reach, with reporting policy designed around the fact that every satellite message costs substantially more energy and money than a cellular one.
Battery life against the maintenance interval. There is no mains supply, and a site visit costs more than the instrument — so reporting policy, not sensor accuracy, determines whether the deployment survives its contract term.
Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.