بترو رابغ
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 Petro Rabigh: 5 demonstrations built by Voho from public knowledge of the sector, not a description of anything Petro Rabigh runs today.
An integrated complex is one machine with many names. A cracker upset does not stay in the cracker: it moves through the derivative units on the same steam and hydrogen systems, and the operators of each are looking at their own screens. The value is in seeing the propagation before it arrives.
5 things it would do here. Open any one.
Propagation through shared utilities, called out before it lands.
Why this one matters
Downstream units trip minutes after an upstream upset and their operators find out when it happens. Warning them first turns three trips into one.
These are demos of how AI would work at Petro Rabigh: 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 Petro Rabigh 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 Petro Rabigh, we will rebuild every one of these against your actual processes.
Next step
Everything above was written from public information about Petro Rabigh, 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 petrochemicals operation like this
Named for Petro Rabigh because that is the page you are on. The shape holds across petrochemicals, which is the point of the library.