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Demo · built by Voho

SLB (Schlumberger)

شلمبرجير

Voho builds AI that answers your phones, reads every document you hold, watches your cameras and writes the paperwork, connected to the software and databases you already run, in Arabic and English. Below is what that would look like at SLB (Schlumberger): 5 demonstrations built by Voho from public knowledge of the sector, not a description of anything SLB (Schlumberger) runs today.

Wireline, drilling and completions crews on client rigs, supported from district bases by tool inventories, calibration labs and drivers. The calls come from a well site at night: a tool has failed, a job has changed, a client wants a deliverable. The answer is in an inventory system, a calibration record and a journey-management plan, and it has to arrive before the rig starts costing the client for waiting.

Energy → AI for Oil & GasHouston · Saudi operations in DhahranFootprint: District bases across the KingdomCost of waiting: Client rig day ratePeak channel: Well site to base, at night

5 things it would do here. Open any one.

A tool that failed at 2,800 metres

A wireline engineer who wants the nearer tool, and a calibration date that says he cannot have it.

Why this one matters

A log run on a tool with lapsed calibration is a log the client can reject, and a re-run is a day of rig time at the service company’s cost. The two hours saved by the nearer base are not worth that, and it is not a call a tired engineer at two in the morning should be making alone.

Live call
ar-SA · najdi · district base support00:00

Caller

السلام عليكم، معك مهندس الوايرلاين على الحفارة في الشرقية. أداة المقاومية طلعت من البئر خربانة على عمق ألفين وثمان مية متر، والعميل يبي بديل قبل الظهر.

Peace be upon you. This is the wireline engineer on the rig in the Eastern Province. The resistivity tool came out of the hole failed at 2,800 metres, and the client wants a replacement before noon.

running…

These are demos of how AI would work at SLB (Schlumberger): Voho’s own work, built from public knowledge of the sector, unrequested, and without access to their systems, data or processes. Every name, account, reference and figure in them is invented. Nothing here describes what SLB (Schlumberger) runs today. We do not work with them and have not been asked, endorsed or appointed; company names identify the operating context and no logos or brand assets are used. If you are at SLB (Schlumberger), we will rebuild every one of these against your actual processes.

The harness · on the job

How the harness would run on an SLB job

The five channels above show one desk each. These show the same platform on the job itself: a client rig, a wireline unit, a source handling permit, every one of them at an hour when the district base is asleep and the rig is not.

Demonstrations built from public knowledge of how SLB (Schlumberger) works. SLB (Schlumberger) has not asked for this and does not run it.

01 · Drilling intelligence

A directional run on a client rig, read in real time

SLB’s directional and MWD crews sit on the client’s rig with the client’s day rate ticking. The harness reads the same WITSML stream the driller sees, compares it with the offset wells SLB has already drilled in the field, and puts a recommendation in front of the directional driller before the client asks why ROP fell.

Quaternary sandsAnhydriteShaleCarbonate reservoirTight limestone0 m500 m1,000 m1,500 m2,000 m2,500 mMUD PUMPS9⅝ in shoeBIT · 8½ in PDC2,847 m MD · 2,536 m TVDIllustrative well. Schematic, not to scale.
SLB D&M · client rig 47 · well SDGM-118 · WITSML 2.01 s · live
ROP16.7m/hr
WOB17.7klbf
RPM107rpm
Torque8.6kft·lbf
Standpipe pressure3,199psi
Flow in723gpm
Lateral vibration-0.07g
7 channels → HarnessDrilling Agent

Stick-slip developing at 3,140 m MD in the Khuff. Torque and lateral vibration oscillating together while ROP falls with WOB unchanged.

Suggested: reduce WOB 18 → 15 klbf and raise surface RPM 122 → 140. SLB ran SDGM-112 in this interval last quarter with the same signature and recovered on the same change; the client’s company man was told before he asked.

Evidence: WITSML log · SDGM-112 end-of-well report · BHA run 3 · directional driller approval required

02 · Field capture

A tool string checked by voice before it goes in the hole

A wireline engineer standing at the unit at two in the morning will not open a laptop. He reads the tool string out; the harness checks each serial against the calibration record and the district inventory, flags the one that is out of date, and writes the pre-job check to the job file with the photographs attached.

Field capture · wireline unit WL-14 · well site · 02:10
No app · no typing · illustrative

Radio · Saudi Arabic

Inspection record

template · recognising…

Asset

Location

Isolation · LOTO

Findings

Photographs

requested

Record completes when the technician finishes talking.

03 · Permit to work

A source handling permit that stops until the RSO signs

Loading a radioactive logging source at the well site is the permit on which SLB’s licence to operate rests. The harness fills it from what the engineer says, asks for the survey meter readings by number, refuses to tick the exclusion zone until it is confirmed, and holds the permit for the radiation safety officer. The agent prepares; the RSO authorises.

Permit · radioactive source loading · well site · 02:40
illustrative

Radio · Saudi Arabic

Permit RSP-2026-01192

filling from the conversation

Permit typenot yet stated
Locationnot yet stated
Source and containernot yet stated
Survey meternot yet stated
Authorised handlersnot yet stated
Exclusion zonenot yet stated
Source lognot yet stated

A control is ticked only when it was said. Nothing is ticked by default.

The permit reaches the area authority when the supervisor finishes.

Next step

Run these against your own operation.

Everything above was written from public information about SLB (Schlumberger), not from their systems. Pointed at your own calls, documents and records, the same 5 scenarios are a working deployment rather than a demonstration.

Bring your call volume, your average call length, and the one process that costs you most when it goes slowly. Forty five minutes with an engineer, in Arabic or English, is enough to say what it would take.

What we would build first, for a energy operation like this

  • Answers the phoneA tool that failed at 2,800 metres
  • Answers on chatWhere is our final log
  • Reads all your documentsA field ticket, read
  • Finds the answerAsk the standard, get the clause
  • Creates automatic documentsThe post-job report, written

Named for SLB (Schlumberger) because that is the page you are on. The shape holds across energy, which is the point of the library.