Hours back from the road
Two drive-bys a day across a 20-well lease is more than a thousand windshields a year. The routine loop becomes an alarm — you drive when the data says to, not because the calendar says to.
Texas oilfield telemetry · 24/7 alarm coverage
Your wells, watched 24/7 — so you don't have to be.
Texas Energy streams wellhead pressure, temperature, flow and pump behaviour from the Permian, Eagle Ford and Gulf Coast into one operator console — so a problem reaches your phone before it reaches the road. Most operators cut routine well visits roughly in half within the first month, and catch the failures that used to cost a week of production. The same stack ships as products you can buy: an open-hardware gateway, a self-hostable platform and an AI operations agent.
~50%Fewer routine well visits
< 1 minAlarm to phone
1 morningInstall per pad
0Trenching or permitting
Typical figures for a monitored lease — we will size them against your visit schedule on a walkthrough.
Online1,187/1,240
Alarms1
Latency3.4 s
| Well | County | Status | WHP psi | Temp °F | bbl/d | Last |
|---|---|---|---|---|---|---|
| TX-MID-0142 | Midland | Flowing | 1,842 | 143 | 412 | 4 s |
| TX-ECT-0873 | Ector | Pumping | 968 | 128 | 187 | 6 s |
| TX-AND-0219 | Andrews | High WHP | 2,410 | 156 | 0 | 3 s |
| TX-MRT-0455 | Martin | Pumping | 1,120 | 131 | 224 | 5 s |
| TX-HWD-0091 | Howard | Shut-in | 0 | 96 | 0 | 8 s |
| TX-REV-0630 | Reeves | Flowing | 2,105 | 149 | 508 | 4 s |
| TX-WNK-0117 | Winkler | Offline | — | — | — | 41 min |
| TX-PCS-0308 | Pecos | Pumping | 1,003 | 126 | 176 | 7 s |
Illustrative demo data — your console looks like this with your own wells, counties and thresholds.
Top marketMidland–Odessa
Score84.2
Texas tracked6
| Market | State | Grid | Verdict | Score |
|---|---|---|---|---|
| Midland–Odessa | TX | ERCOT | BUILD | 84.2 |
| Williston, ND | ND | MISO | BUILD | 76.9 |
| Rural SPP | KS | SPP | BUILD | 75.8 |
| Upper Peninsula MI | MI | MISO | BUILD | 75.6 |
| Cheyenne | WY | WECC | BUILD | 74.8 |
| North Kansas City | MO | SPP | BUILD | 72.6 |
Texas: Midland–Odessa (BUILD 84.2) · El Paso (BUILD 67.4) · The Woodlands (BUILD 62.5) · Katy (BUILD 61.2) · Midlothian (BUILD 61.1) · Garland (BUILD 60.9)
Data: DC Hub (dchub.cloud) · CC-BY-4.0 · refresh with npm run dchub:refresh
Why it pays for itself
What it saves you
The crew that knows every well is aging out, and every truck roll costs twice — once in hours, once in risk. Continuous telemetry turns the daily drive into an exception, and late discoveries into early alarms.
Downtime caught early
A rod parting or a pump gas-locking on a Friday night used to cost three to seven days of production. Continuous wellhead data with graded alarms turns those into hours, with the evidence on screen before the truck leaves.
Fewer surprises at the battery
Tank levels, high-level shutdowns and chemical-injection runtimes report themselves. The midnight call about an overflow becomes a scheduled fluid haul, and the record keeps itself.
Every lease is different. Send us your well count and today's visit schedule — we will size the savings with you on a field walkthrough, or you can see where it applies first.
What we monitor
One telemetry stack covers the wellhead, the pump and the facility around it — no separate systems to reconcile at month-end.
Wellhead pressure & temperature
Continuous analog telemetry from casing and tubing sensors, trended per well and per lease, with automatic outlier filtering.
Flow rate & production allocation
Meter and virtual-flow inputs rolled up to daily and monthly volumes, reconciled against your allocation model.
Pump-off control & diagnostics
Rod load, run time and dyno-card analysis to catch pump wear, gas lock and fluid pound before the well goes down.
Tank, battery & facility levels
Tank gauges, separator pressures and battery voltages in the same view, so hauling and power issues surface early.
Alarm engine & dispatch
Per-well thresholds, hysteresis and quiet hours. Alarms route to email, SMS or your own API within seconds.
Field connectivity
4G LTE, satellite or LoRa backhaul with local store-and-forward — data resumes intact after a network drop.
Products & technology
We make the gear as well as the software
Four product lines sit behind the monitoring service. Each one is usable on its own, and each is documented in enough detail to evaluate before you talk to us.
TXG-200 Field Gateway
An open industrial IoT gateway you can read the source of.
Open hardwareModbus
$449 assembled & calibrated · volume pricing on request
Texas Energy IoT Platform
The device registry, rules engine and console behind every deployment.
Self-hostableREST API
$49 / mo up to 25 devices · self-hosted licence from $2,400 / yr
FieldOps AI Agent
Ask about the field in plain English, get answers grounded in your data.
AgenticOn-prem option
$99 / mo per lease group · included in Enterprise platform tier
Off-Grid Compute Module
Turn field gas into compute capacity, with no grid interconnection.
Gas-to-computeContainer DC
Request a review priced per kW installed and per kWh generated
Full specifications, container models and pricing live on the products page; checkout and quoting are at shop.texasenergy.online.
Gas-to-compute
No grid, no problem: containerised compute at the wellhead
Our monitoring stack already lives at the pad. The next step is to put compute next to it — take associated gas that would otherwise be flared, run it through gensets, and feed a container data centre. Remote mine sites and distant pads get real compute capacity without waiting years for an interconnection agreement.
01
Field gas
Associated or flared gas taken off the separator — gas that would otherwise be burned at the flare stack.
02
Conditioning
Knockout drum, filtration and pressure regulation bring variable field gas to genset specification.
03
Generation
Stoichiometric gas gensets with N+1 redundancy; battery ride-through covers the load during transfer.
04
Compute
Containerised GPU or general-purpose racks run inference, telemetry processing or third-party workloads.
05
Operations
The same IoT platform monitors wells, gensets and racks; the AI agent triages alarms across all three.
Gas in9.4 MMBtu/h
Generation1.02 MW
IT load913 kW
| Subsystem | State | Value |
|---|---|---|
| Genset A / B / C | Running | 44 Hz block · 2 of 3 loaded |
| Gas conditioning | In spec | 1,042 BTU/scf · 42 psi |
| Battery ride-through | 100 % | 4.1 min at full load |
| Rack inlet temp | Watch | 29.4 °C · rising 0.3 °C/h |
| Flare stack | Pilot only | 0 scf/h diverted |
Illustrative view from the same console our operators already use — an AI agent watches these alongside the wellhead data and proposes actions for approval.
Put your lease on one screen
Send us a lease list and we will show you the console with your own well identifiers, counties and thresholds — and where alarms will save you the most. Or start with hardware: a gateway on your desk this month.