Wellhead pressure
Casing, tubing and flowline pressures on one battery-powered transmitter, with a local display for on-site verification and multi-year battery life.
CasingTubingFlowline
Solutions
Oil & gas applications
The pad that calls before it breaks
Casing pressure drifting, a tank filling fast, a plunger running late — your wells report in from the lease, and the alarm reaches your phone before the problem reaches the road.
How it works
One signal chain, four links
01
Sense
Battery or solar instruments mounted at the point of measurement: casing and tubing pressure transducers, tank level sensors, plunger arrival switches, turbine pickup coils, thermocouples on the flare.
02
Report
A license-free radio network carries readings across the lease — point-to-multipoint inside the pad, peer-to-peer between pads — encrypted end to end, with no conduit in the ground.
03
Alert
The console compares every reading against per-well thresholds and pushes graded alarms to phone, email or Telegram, with repeat suppression so one excursion means one notification.
04
Integrate
Modbus RTU/TCP out of the gateway means your existing PLC, EFM or SCADA host polls the same data it always has — it just no longer needs a wire to each wellhead.
Applications
Built for the way Texas fields actually run
Every application below runs on the same instruments and the same console. Start with the one that hurts the most — the rest of the lease comes along almost for free.
Plunger lift automation
Arrival detection and count on discrete inputs, open/close valve control through pulsed outputs, and afterflow rules tuned per well.
Arrival sensorValve control
Tank battery levels
Product and interface level on every tank, high-level and thief-hatch alarms wired to a hard shutdown, and volumes rolled up into daily production numbers.
LevelHigh-level shutdown
Flowline pressure & pump control
Peer-to-peer radio links let one point watch line pressure while another starts or stops the pump — no PLC cabling between the two ends.
Peer-to-peerPump start/stop
Saltwater disposal
Suction pressure interlocks, offload-bay levels, high-level shutdown valve and ESD push-button status — all reported to the same console as your producing wells.
SWDESDInterlocks
Flow measurement & allocation
Turbine pickup coils totalized at the wellhead and delivered over Modbus to your flow computer or EFM for daily allocation.
TotalizerModbus
Chemical injection
Pump runtime and tank level together, so a missed injection is an alarm instead of a corroded flowline you find next quarter.
InjectionRuntime
Multi-well pad networking
Every well on the pad reports to one gateway, and pads daisy-chain peer-to-peer back to the central facility or straight onto cellular.
Radio networkBackhaul
Flare monitoring
Thermocouple input tracks flare temperature continuously for compliance records and combustion sanity checks.
ThermocoupleCompliance
Cathodic protection
Multi-point rectifier and test-station readings prove protection levels across the gather system without a monthly truck roll.
CPTest stations
What you get
What every deployment includes
Five layers, one system. Start with wellhead status and alarms, add diagnostics later — the data model is the same either way.
Wellhead telemetry
The base layer: every well reports its current state on a fixed cadence, with the raw signal preserved for audit.
- Casing / tubing pressure, wellhead temperature, differential pressure
- Configurable polling from 5 s to 15 min per well or per lease
- Full history retained for decline and failure analysis
Pump-off control & diagnostics
For artificial-lift wells, we watch the pump instead of only the tank — the earliest useful signal that something is changing.
- Run time, cycles per day and idle ratio per pumping unit
- Detection of gas lock, fluid pound and pump wear
- Shutdown recommendations with the evidence attached
Alarm engine & dispatch
Thresholds that respect how a lease actually runs: delays, hysteresis, quiet hours and escalation.
- Per-well, per-lease or per-field rule sets
- SMS, email and webhook delivery with acknowledgement tracking
- Alarm storms suppressed at the source, not in your inbox
Production reporting & exports
Numbers your production and accounting teams can use directly, without a spreadsheet rebuild every month.
- Daily volumes by well, lease and operator
- Downtime attribution — deferred, shut-in, failed, planned
- Scheduled CSV / XLSX exports and an HTTP API
IoT management console
The platform behind the data: devices, gateways, users and access — hosted on dedicated cloud infrastructure.
- Device registry with health, firmware and last-seen state
- Role-based access for operators, engineers and partners
- Audit log of every configuration change
Deployment options
However the well is instrumented today, there is a path to get it on the console.
| Scenario | Field hardware | Backhaul | Typical time to live |
|---|---|---|---|
| New well | Field RTU + sensors | 4G LTE / satellite | Same day |
| Retrofit | Gateway to existing instruments | 4G LTE | 1–2 days |
| Remote pad | Gateway + LoRa endpoints | Satellite | 2–5 days |
| Enterprise | Your SCADA as source | VPN / API pull | Project scoped |
Site data is reviewed by our team during onboarding: we map your well identifiers, counties, thresholds and shift patterns before the first alarm is sent.
1 morning typical single-pad install — mount, pair, verify
24/7 every gauge on the lease, live on one console
0 feet of trenching, conduit or permitting
Modbus RTU/TCP straight into your existing SCADA host
Walk your lease with us
Send us a well count, a rough map and your worst recurring problem. We will come back with a radio path plan, an instrument list and a fixed price — usually within two business days.