 Hvala, dajte vse. Zdaj sem jaznjena, da se predajte, da jaznjena je začala totalne energije, kaj je znamen od konceptu za operacijne začalje. Zdaj, da jaznjena je začala totalne energije? Zdaj, da je Petro Bras in drugi operacij, da jaznjena je začala data v nekaj aplikacijs, v nekaj formacijs, v nekaj modeli, v nekaj informacijs, derih jene kožinovanoelство ta vožalje 괜 digitally a daš, da je do prosperity. Zdaj z celakos edirim pri tem, ki dano možemo vse resistor ve mixture kam powersplatterna populations pelika igremnen septimo choseve Coastal kaj je in drugi ak girlfriendsdenu sve ser coach možemo posredni Tato podobno, da vam se počate o vse moženju. Toto podobno je neko iz strebojnav, od OSDU forum in 2018. V 2021 vse smo postavili nespečnost v prve konceptu na Surinam, na vsezden z OSDU v začelje vznikov. Jel je stavno nr. 3. Na ovaj dnev oseboj na OSDU za levne vseznikov na Uganda afilii. Vzniknji je osebno, če je dobro. Zelo smo prišli prišli projekte za začugovana vseh zelo. Zelo smo počutili in se začugovani in zelo srednje, kjer je zelo prišli počutiti. So, načujem, da se obježimo na ugađenje ugađenje. Zato pa se prišli o ugađenje. Prvom, na totali energij, ugađena je zelo zelo vsega. To je, da je zelo, da je vsega, da je vsega, da je začugovana. začnevč je začnevč očiljena, in našom še povrdu je več intensivna načinje, da je povrdu. Če je vse do vse bo. Z vsem na ročnjenju, ali z menej, nebo to je nepovrdu, tudi na čeva, kako tačnevč je zpravila, in nebo točnevč je izpravila, ki je preperitvač, in zelo se zvrdu se naredilo vse prodeni with OSDU data platform. So that's why we launched this project. So the project was started in May 2022, and we have per ambition to deliver it before the start of the drilling campaign. Here you can see that the project is divided in 15 work streams. So you may see some work streams, a very generic one is the data architecture, the deployment of OSDU data platform. So deployment, we are using the admin solution. We have also three environments as in Petrobras, so we have the development, the qualification, and the production environment, which is now under preparation for the operations in Uganda. Also it's the ecosystem release management, how to ensure the smooth transition between the milestone and to ensure that all the connectors will be working smoothly. We are talking about the cybersecurity and data governance, which is also very important on the top of our project, data management. So our ambition is to let Uganda affiliate to be autonomous in terms of data management. When we are talking about the data management, we are talking about the data ingestion, about data search browsing, data sharing, data deletion, data modification. And when we are talking about the data sharing, we have the contractual obligation to share our data with the authorities and also with our partners. And we developed the dedicated tool, which allows us to do this, and for the externals to directly download the data from OSDU data platform. Also you can see all the streams related to the connectors. So we worked in close collaboration with software vendors, with HRH for Gravitas connector, with Aspin Tech for Geolog connector, and for the connectors in our internal software, we see SMASH, it is the internal geosized interpretation software. Also ADEPT, you can see here on the screen, which is the drilling software to calculate the trajectory of the wells to be drilled or revised, the trajectory already planned. And also it's digital VLSR, the connector, which allows to direct push to OSDU data platform, the scenario of the well to be drilled, including the position, the targets, the trajectory, and the marker set. And finally, three last streams here. We introduced it during the lifecycle of the project, because it's important to go from project to the run mode, so to set up the overall maintenance, support model. We had to reload our data in different environments and to prepare the data for the test and so on. And also the data recovery from our corporate database when we are talking about the master data, well, well bore. And finally, our ambition is to deliver the project with the dashboard. Dashboard buys the Power BI connection to admin for the Metier and also for the data management. So let's have a look concretely what we've covered. We've covered the three main steps of the well lifecycle, starting from the well preparation. It means that recovery of the plan scenario, as I said, it is a well location, well trajectory, well markers, well targets. After its recovery of the daily package directly from the drilling rig, it will be pushed by well side geologists. We have the integrated validation process by operational geologist daily package, including the daily reports, the directional survey, also the daily logs. After this data is available in data platform with the litology, which will be pushed from gravitas on request by well side geologists. And this data may be recovered by geolog, by petrophysicist who will do his interpretation in geolog and push to OSDV data platform the result. And this interpretation result may be consumed by sysmash, so by our geoscientist to follow the drilling campaign. And finally, the heart of our deployment it is this interaction between ADEPT, so the drillers and sysmash, the geoscientist. So once the reference well is drilled, it's very important to reduce the uncertainty of the well, which has to be drilled. It means that we use the data, which we recovered in the daily pack to readjust the targets after to recompute the trajectory and to readjust the markers. And I will show all this for you on the demo. And quite the same workflow for the actual data on the postmortem phase. We've built our own ingestion framework, which you will see on the demo, on the tab of OSDV data platform, which allow to recover the daily package directly from the rig. So from architecture standpoint, very quick view, our OSDV is turning in the West Europe data center. For sysmash software, our geoscience interpretation software, it's turning in South Africa data center because it has to be closer for the users. Also we connected the on-premise software as gravitas age in geolog. So the majority of our users are in Uganda, but for the support purposes, also the connection with on-premise software is done in a headquarter to help them in case of need. And you can see that this hybrid ecosystem is operational today. So now I will show you the demo. This demo is done in the real data from Uganda affiliate, so you will not see the data, but you will see how it will work. So we just did the test of overall system, how it will work in operations. So let's go. So now I will show you how we will recover. So it's well side geologist who will push the data from the gravitas directly to OSDU data platform. So he's connected to his gravitas age, he's selecting the litology and after he will push the export and that's it. We will recover it on OSDU data platform. Now it's our ingestion tool. So it is a well side geologist who is here selecting in which project on which well the daily package has to go. So it is the existence kind, so it's while drilling data, it will be the reference data which we will recover and he will select the daily package. Daily package consisting from the report, from the directional survey, from the logs and he's pushing it on this framework, ingestion framework. So once the data is pushed, it's not it, data is not going directly to OSDU. This is the turn of operational geologist who has to validate the data. So he's checking the data and he's validating or rejecting or deleting it. So he choose to validate the data. He will follow all the processes of the ingestion, starting from the parsing of the file, generating the manifest, validation of the manifest and you can see up to uploading of the data to the well board DMS and the system of record. And now the external partner will connect to his dedicated page and to recover this data directly coming from the rig on this dedicated web page. So he's downloading the report. You can recognize here the admin UI application and data manager will follow all the steps of data ingestion and so on here on this admin UI page. So in this example, he may follow and see that this last file will just upload it from the rig and also you can see here that we introduced the links between the master data and the data which was loaded in the daily package. So in this example, it's the PDF reports. So now let's go to see what's happened from petrophysicist standpoint on geolog. So petrophysicist connect his geolog application on premise and he will fetch the data directly from OSDV data platform to his local project. So now he's is an example of the VEL-JV6. He will find some data which was just received from the rig and he will put it in his local project. So once data is available, he will do his internal interpretation so during the VEL operation it's production of the Russian interpreted file and or it's actual data it will be the composite log and he will send it back directly from geolog to OSDV data platform. So here he is putting some metadata and now data will go to OSDV. So data from geolog will go to VEL board DMS but also to the system of records on last two, last three delis format. So let's have a look what's happened in C smash. So in C smash we will be able to recover directly the data which was just pushed by a fitrophysicist in geolog. So he produce interpretation result. In C smash we will refresh our project without the additional opening on the project so directly integrated button. We are refreshing and the data will come in the project. So we will select we will see that what data is coming. It is the trajectory. It is the logs. Also it's markers as a target. So everything is available in our project and after we will select here the well log the gamma ray which was shifted by fitrophysicist as the interpretation result and it will be available on C smash project. So you can see that here we tested the interoperability between geolog and C smash in this example. And now here we are still in C smash. So in C smash we are able to show the different stages of our well. So of plant, of revised and also on drilling phase and to compare the trajectories and the markers. You can see here in the screen. So this is trajectory with the markers where we can see either the markers for the drilled well are in the uncertainty area or beyond. And if beyond we have to react in order to reduce the uncertainties for the wells to be drilled. So here on the same screen we can see the comparison of different state of our well. So now on the seismic line we will re-pick the new targets directly in C smash. So once the new targets are re-picked we will send the target set to OSDU data platform and here we introduce the reason of the revisiting why we did this re-picking. So once we put the comment we will send it to OSDU and now what we are doing here we will verify that this revisited scenario is directly on OSDU and we will re-consume it in C smash. So this is the interface of ADAPT. You remember ADAPT, the drilling software. Now it's a driller who opens his interface. He will recover the target set just sent from C smash and he will recalculate the trajectory. So on the screen we saw the targets on red and trajectory on blue which was recalculated. So once he is happy with his new trajectory he will push trajectory directly to OSDU. So he is pushing the trajectory he will see the message that the trajectory is successfully pushed to OSDU and here the work of the driller will be finished. And this new recalculated trajectory will be recovered in C smash by Geoscience and they will... So you can see here on the screen this is the planned scenario and revised scenario from ADAPT which is just received and by refreshing we will recover it in C smash and once it's recovered the new markers will be repicked and send back to OSDU and here we close our loop of the workflow which I just presented you before. So the whole workflow was covered by this project and where we are today. So today concretely we are preparing the run mode of our system. So we are finalizing the support which will communicate it to the affiliate. Also we are preparing the donation of admin UI to OSDU which we find tuned for our need. Also we are preparing finalizing the framing of seismic workflow and finally we would like to put new more data types also to open OSDU to bigger volumes of the data and we would like to benefit from the innovation as AI and the mail solution. And before to close I would like to thank a lot the core team the majority of core team of total energies who deliver this project is here in the room but also the cloud provider the software vendors and a lot of contractors who helped us to deliver this project and I think that this this demonstration show you the commitment of total energies on OSDU forum and I would like to thank you all for your attention.