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AEC Futures Briefing – Civil Infrastructure Design

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Beschreibung

Curious about the road ahead for Autodesk's product and service offerings for infrastructure design and engineering? Join Autodesk product and strategy managers for Civil 3D, InfraWorks, ReCap and Collaboration for Civil 3D to learn about new features and functionality supporting the capabilities and workflows you need to drive more-efficient, more-sustainable, and more-collaborative infrastructure design and construction projects. Learn about the strategic insights and decisions driving development directions, and see early demonstrations of features and workflows yet to be released. Peer into the future of the products you use every day, and engage with Autodesk to help shape those products to better meet your needs and the needs of your company, project teams, and clients.

Wichtige Erkenntnisse

  • Learn about Autodesk's strategic development priorities for improving software capabilities for civil infrastructure.
  • Learn how new and prospective features on AEC product road maps will better support industry workflows and outcomes.
  • Engage with Autodesk product development teams to provide feedback on features in development.

Referenten

  • Avatar für Dave Simeone
    Dave Simeone
    Dave has been Civil Product Manager since joining Autodesk in 1997 with responsibility for products including AutoCAD Civil 3D and Autodesk Land Desktop. His role includes working with customers to understand, prioritize and ultimately deliver solutions that help make civil/survey professionals more efficient and productive. Dave is also focused heavily on facilitating workflows that enable the various professionals working throughout the lifecycle of a project to collaborative more effectively. Dave is a graduate of The University of Massachusetts with a degree in Environmental Design.
  • Daniel Philbrick
    Dan Philbrick leads Autodesk's Infrastructure product line, providing team leadership to build innovative solutions that reimagine how infrastructure is designed and constructed. He is responsible for overseeing product strategy, validation, and delivery to a global customer base. Dan's vision and leadership help drive the future of infrastructure technology, ensuring Autodesk's products evolve to meet the industry's changing demands.
  • Avatar für Tim Yarris
    Tim Yarris
    Tim has been with Autodesk since 2006 and spent several years designing the user experience and producing in-product learning materials for Civil 3D and InfraWorks. In Tim’s current role as Civil 3D product manager, he works closely with customers and the development team to define the future of Civil 3D.
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      Transcript

      DAN PHILBRICK: All right. I think we get started. So welcome everyone. So who's looking forward to this event? This is our Futures event for civil infrastructure. Any first time attendees? Oh, awesome. Quite a few hands. So we'll go over what this is all about. It's welcome. It's great to have you here. And so we'll get started. Let's see, OK.

      So welcome. My name is Dan Philbrick. I lead the Infrastructure Product Line group here at Autodesk. And I'm super happy to be here with you. So this event what this is all about, this is our Futures event. We talk about things that we're working on for the future, sharing new capability and really, really our favorite event at Autodesk University. So on behalf of the product team I welcome you. So it's a little dark in here.

      But again, people on the product team raise their hands. So take a look around. After this event, track any one of us down and we'd love to talk with you about things that you're seeing during this event and follow up with you after the event. Safe harbor statement. So we are going to be showing futures capabilities. This is by no means a guarantee. So don't make any purchasing decisions based on that.

      So like I said, this is when we're showing our future capabilities that we're working on. And I'm really thrilled to be able to share with what we've been working on. So this has been a great year for us. We've had since the beginning of the year nine product updates. That is new functionality over the course of the year, nine product updates. Really important for us to get new capability into your hands as soon as it's ready.

      And I'm really excited to get that out this year. So nine updates. Dave is going to share in a few minutes how you can get involved with this process because this shapes your involvement, shapes these updates, everything that we're working on. So we're also we're going to announce three s here in the next hour. So we announce three betas at Autodesk University. These have also been shaped by your input.

      We have these events that we call Inside the Factories. And this year, we held six. We're going to hold six Inside the Factories. Most we've ever held in the course of a year. And these also help shape what we're working on. So these Insides of Factories. We have a new partnership we're going to announce. You're going to hear about that in a moment. And we did an acquisition earlier this year related to reality capture.

      And you're going to see we did this in the spring. And you're going to see this technology integrated into our portfolio in the next few minutes. So really excited about that. This class is live. We also have a digital version. So in yellow there.

      So when you go back to your offices share this with your colleagues. Everyone watch it. And if you're watching this as a rerun, talk to your supervisors, come to Autodesk next year, we would love to have you live here. But definitely share this with your peers. And we want to definitely share this when you get back to the office.

      So before we get into the details, I want to share our product strategy. And so as we're working on our initiatives, we really have three pillars that we work on when we work on our product strategy. The first is around strengthening the core. So what do we mean here? This is about how we make Civil 3D the most powerful, productive tool for civil engineering.

      And the first area that we've been focusing on for the last couple of releases, is scalability and performance. And so for the last two releases, you've seen performance improvements. And in the next hour, you're going to see more improvements in performance. And we've been working very closely with the AutoCAD team on this too. So you're going to see some dramatic improvements in performance.

      So super excited about that. Secondly, simplifying workflows. So we recognize that we need to simplify workflows. You're going to see how we're doing that. And we're also developing and going to be showing you a new 3D experience within Civil 3D. So that when you're working, you can be working in 2D, you can be working in profile, and you can have a full 3D environment. And you're going to see that in a moment.

      Civil 3D is a global product. So the third area is global design standards, global content and making sure Civil 3D is set up for global projects. And so that's the other area in strengthening the core.

      The middle pillar is all about accelerating digital delivery. So I think here at Autodesk University you've seen all the work that we're doing with data. The work that we're doing around digital project delivery. And this is really important for infrastructure as well. So here with Docs as your CD data at the center, for us collaboration for Civil 3D, it's extremely important that we make that just a world-class experience in terms of collaboration.

      And you're going to see the work that we're doing there. We're also building in infrastructure capability into ACC so you don't have to be using Civil 3D to be able to interrogate models, get information from the models. That's all going to be available natively right in ACC. Realitycapture, you're going to hear how we're integrating this new technology for scan-to-BIM.

      So what does that mean? I have large amounts of data. I'm doing scans. I want to extract information from that and develop BIM models. This is what the acquisition that we did. And you're going to see this live in the next few minutes. That's all integrated into ACC. And then lastly, anyone ever want a building to land on the right location on a train and accurately and confidently, anybody want that?

      AUDIENCE: Yeah.

      AUDIENCE: Oh, yeah.

      DAN PHILBRICK: So Nigel is going to share with you the work that we're doing around geolocation to make sure that you can have high confidence when you're bringing information together both at the design level, but also in ACC. So that's super exciting. And you'll see that in a moment. And then lastly, more forward looking, we are working to transform how civil infrastructure projects are done and workflows.

      And what you're going to see here is how we're now taking analysis and integrating it into the design process. So we did an acquisition of the Inovi Solutions a couple of years ago. And what you're going to see now is how we're integrating this analysis into the design process. So I do the design and I immediately see the impact in terms of analysis. And this is a pattern that you will see with Civil 3D in the future.

      And then the second area is parametric modeling. Anyone here want to see more parametric capabilities in Civil 3D? Content modeling. So super pleased to say that we're heading down this path, leveraging what the bridge team has been doing and bringing that capabilities into Civil 3D parametric content, parametric modeling. And you're going to see that in a moment.

      And then lastly, the AEC Data Model. So I think you've heard a lot about the Forma industry cloud and the AEC Data Model. What we're doing here is developing this AEC Data Model and then connecting the infrastructure portfolio into that. And you're going to see that. So this is our overall strategy.

      And in the next 50 minutes you'll see all of this as we're developing it. So with that, I'm going to turn it over to Dave to talk a little bit about customer engagement as well as a look back.

      DAVE SIMEONE: Awesome. Thanks, Dan. Thanks, buddy. Hey, everybody.

      [APPLAUSE]

      Just to note, there are some seats available if people would like to be able to not stand for the hour. I know everyone loves standing and walking at AU, but again, plenty of seats open over there. Thanks, everyone, for joining. Greatly appreciate it.

      We thought to help set up the conversation that we're going to have today while we talk a little bit about where we've been. How many people were using Civil 3D in its very first release? So you guys remember where we were before that? I mean, before that we were using land desktop. There was no relationship between, say, an object and its label. There was no relationship between objects. All those things were new.

      The very first phase of this was all about building out that foundation. 2004 is when that really started. Nate Philbrick's in the audience. Nate stand up. This is Dan's son. Nate was probably six years old when we were starting to work on Civil 3. Just for context how long this journey has been, he'll be taking over soon, right Dan? That's the plan? There's your succession plan right there. I think that's probably an upgrade.

      Anyway, beginning was all about building that core, not just for us, but I think for you as customers. You had to change your workflows. You had to really figure out how you're going to adopt and implement this new way of working. It took a little while. There some scars I think, that we had to work through, but it was a significant change from a technology standpoint.

      The next phase to each individual there's going to be a different set of releases on this. But conceptually speaking, this range of 2010 through 17 was all about, how do we fill in those workflows?

      Giving you gravity pipe functionality, giving you the full quarter modeling capabilities, all of those things that you needed to actually be able to use this to replace your legacy workflows. So it was about the workflow completion and it was about the quality of those workflows. It should be consistent and reliable.

      The third stage, note to speakers, don't go too far. Third stage is all about optimizing that. So this is where we get into, how do we simplify those workflows? Tim, we worked on-- there's Tim over there. Turn on things like quarter transitions in taking what would have been many, many, many picks and turning it into few picks, making it easy for people to access and learn.

      And then also really as Dan said, focusing heavily on the performance and scalability of the product. That brings us to where we are now. This is a really exciting phase for all of us on the product team and it's really about reimagining what we could do.

      There are tremendous amount of changes at the platform level that AutoCAD has made that enable us to do new things. And that's really going to guide what we talk about today. So we'll talk about all of those things. You are critical in us being able to deliver what you need.

      Here's a list of I'd say the most common ways that we engage. Well, actually let me ask, here's a big laundry list. We'll keep touching on that, but a couple. Public Roadmap. How many people are up or aware of the Public Roadmap or leveraging it? Two goals of this for those who are not.

      One of them is for you to give us influence on what those things are that we should work on. And we connect this to Autodesk ideas. We connect this to our interviews with customers. So it's not done in a vacuum, but you help us prioritize up there. The other part that I think is probably just as valuable is it gives you insight into what we may be working on because it's broken into what's in progress, what's next, and what's on our radar.

      And then also what we've delivered. We also understand from you that it's very difficult sometimes to know we've delivered these things. Dan talked about the number of updates that we have, annual releases and so on. There's a lot going on across the portfolio, so use it that way. The next one would be Futures. Show hands on Futures, how many people? Put them down.

      How many people join the weekly webcast that Tim hosts? Great. Tim, you're welcome to buy Tim a beer. I mean, there's a ton of work that goes into that. Also a ton of work with the product owners and product managers that are around the room. So hopefully you get a chance here to put some faces and names together.

      But this is a way that you can really engage. It's a bit of a one to many, so please, please, please get involved with that. Here's one that's maybe a more direct opportunity. Sprint Reviews, involvement in those. Show of hands, anyone here? A couple. OK, this is a I hate to say a hidden gem, but this is one that we want to expand.

      One of our goals for this year is all of our teams work in two week sprints, and what we ultimately would like is to have some percentage of customers in those two-week sprint meetings to review what we did and then to give feedback on what we're going to do over those next two weeks. Keeps us in line on solving your problems. It could be defects and it could be new workflows.

      To get involved with that, you're going to be engaged through Infrastructure Futures. Everything's going to point back to that. So please, please, please it's an opportunity to get closely involved with our teams. Inside the Factories, how many people have been to an Inside the Factory?

      Dan Philbrick used to use Inside the Factories as a way to get better scores in his classes at AU. It was always a giveaway. But anyway, what we've transitioned to more of a generic approach to much more of a targeted segment in regional focus. So for instance, like rail, digital project delivery, civil structures, reality capture, dedicated events.

      So we get the right segment of customer in the room, as well as trying to geographically broaden it, make it a little bit easier for people in Europe. We've done one. We did one in Singapore. Ramesh isn't here yet, but we did one in Singapore last year for reality capture.

      So again, these are available to you. Again, the way you're going to get involved with those, best chance of getting into these is involvement with Infrastructure Futures. So with that I now want to pass it on to Andrew Milford. He's going to really get us into the details of the content. So Andrew.

      ANDREW MILFORD: Thanks, Dave.

      [APPLAUSE]

      Hey good morning, everyone. Thanks for attending. Yeah, I'm Andrew Milford, I'm the Senior Product Manager for Civil Infrastructure. But I'm going to talk today about what we're doing around the digital project delivery space.

      So here at Autodesk we define digital project delivery as a seamless integration of digital technologies throughout the life cycle of a project. This involves a series of tools, platforms, people and processes. We're covering everything from planning to design to construction through operations and maintenance. The aim of this is to really improve efficiency of your daily workflows, reduce costs, and your overall project timelines.

      So with Autodesk Docs as our common data environment or CDE, this is really the heart of everything. It's where we host all of our centralized data. And it's been heavily used in the construction and the building space for many years. You do have many additional capabilities such as markups and issues, tools like Model Coordination because let's face it, we never work individually. We all work across multiple domains.

      But then once you have that data inside of Docs, you also get access to tools like Insights & Analytics. And we're looking to expand those. But these are the core capabilities just out of the box with Docs. And because Autodesk Platform Services is an extensible platform, we're going to start building more capabilities around infrastructure-focused workflows.

      Things like better ISO 19650 support. Being able to move files around inside of Docs and not break your references. Making sure drawing integrity inside the Docs environment is the equivalent to that, that you actually have on the desktop. We need coordinate system and geolocation support. So currently we're looking to expand the Autodesk viewer capabilities to really cater for those large scale infrastructure projects that sit out in the real world.

      And lastly, the one I'm going to do a bit of a deep dive on is our new infrastructure design review tools in the Autodesk Construction Cloud. This is brand new technology. We've just released it as a private beta. And I'm going to give you some insights into that in just a second.

      But before we do, we just want to talk a little bit about some of the other digital project delivery tools that are available to you these days. We have the DWG Migration for Docs tool. This was recently released. Version 2 was put up in the App Store in late September. In addition to being able to run a series of preflight checks on your data to make sure that you have good integrity before pushing it to the cloud, you can now actually repair projects.

      So if I have a project that's either on a local drive or in the cloud, I can pull those down. I can run the repair tools across those and then push it back into Docs. So you're making sure that you're always working with complete, coherent data. The second is our improvements to Sheet Set Manager for Web. We released a whole bunch of big updates around Sheet Set Manager across the May and June time frames.

      We included many of your customer requests such as we introduced plotstyle overrides being one of the biggest. We're supporting your custom line types. So your SHPs, your SHX files, as well as introducing just better user experience behavior. Being able to multi-select items within your sheet set itself to be able to move, copy, and delete.

      Oh and most importantly, we improve the plotting performance. We made it just a lot more reliable. We're giving you more information so it's not so much of a black box anymore. And lastly, with the release of Civil 3D 2025.1 back in August, we introduced our survey database support in ACC.

      So that is your figure prefix databases, your survey line work databases, as well as the survey DB. You can now connect those directly and run those directly from your collaboration for Civil 3D workflows.

      All of these capabilities in collaboration for Civil 3D are only enabled by the Desktop Connector. And so the Desktop Connector team, who I think may be in the room, they have been working incredibly hard on this recent release that we're about to launch. It's currently in beta 3. It's the 16.11. But what you'll see is that there are huge improvements in this new release. This is a big, big release.

      The first you'll notice is that it's going to be much more performant. So as you perform jobs and your syncing data back and forth to the cloud, you're now going to get at least 2x performance improvements with intent to go even beyond that in the future. Secondly, they've changed the database so that we can now scale to much, much larger projects and really reduce the amount of CPU usage.

      Thirdly, you can see in the bottom right corner there, you're actually able to now pin the Desktop Connector to your desktop. So you can actually have it open at all times. Again, these are all feature requests that have been made by you. And we're listening to you and we're bringing these to fruition. You can also see we've added more of the user experience to the forefront, not as hidden in the back end.

      Tools like the Reference Explorer and the troubleshooting tools are all easily accessible directly from that pin desktop. So I'm really excited about this one. This is going to bring a lot of huge updates to customers in terms of performance, reliability, and scalability.

      [APPLAUSE]

      Thank you. Thank the Desktop Connector team. All right, so what else are we doing? Docs markups and issues. AutoCAD started with some markups in the 2025 release earlier this year. They're looking to extend that to bring issues down as part of that PDF syncing to AutoCAD experience. We are also releasing the infrastructure design review in Autodesk Construction Cloud tools.

      I said, I'm really excited to show that on the next slide. As we look a little bit into the future, we are looking to extend and improve the performance of the DWG Migration for Docs tool. We understand you guys have a lot of data and we're not talking megabytes or gigabytes, we're talking terabytes. We need to help you get that data into the Docs platform as quickly and efficiently as possible.

      And we're also looking at opening up for those developers out there. We're looking at actually introducing data shortcuts, extending the API to access our ACC projects, much requested feature from many of the development folks out there.

      As we look into the future on the radar, we want to actually give you better versioning control in Docs. We don't want you to create a new version every single time you hit Save. We want you to actually have a much more controlled publish type experience. We want to have better file support in Docs. I did hear a clap there, which was great.

      And lastly, we want you to be able to host not just your project data, but all of your content information in ACC as well. So we're working with the unified teams and we're working with the Docs teams to ensure that all of your pipe catalogs and all of your specs and all of your other content can be hosted in that centralized location as well.

      So here's just a quick overview. We did announce this, and we're extremely pleased to announce this private beta that we've just opened up for the infrastructure design review in ACC. These tools are going to allow Civil 3D and non-Civil 3D users to perform some basic design review capabilities directly within the Docs viewer. And so we're adding a rich and expanded set of capabilities for infrastructure users in Docs.

      So here's what it looks like. So you can see this includes a whole bunch of tools. You've got a complete separate toolbar just for Civil Infrastructure users. This is a Civil 3D drawing inside of Docs. You are able to navigate. We select all of your profiles and alignment information. But you see now as you select an alignment, we actually have Docs now recognize that is an alignment.

      We're creating some dynamic labeling on this. So you can see as you zoom in, you're actually starting to see your stationing appear. And we're also building out specific measurement tools for Civil Infrastructure users. Tools like station and offset, spot coordinates, things that currently don't exist in the Autodesk Construction Cloud. So this is all specifically geared to accelerating your infrastructure workflows in Docs.

      You can see as well we have station tracking tools. So you're able to navigate your way along the alignment. We are looking at introducing more of the measurement tools in the future, but you can see you have complete control over just how granular you want that information to be. So in this case, I'm specifying a specific station increment. You can step along the alignment quite easily.

      But the other great advantage is that once you select a station of choice, you can then come in and start to section the model perpendicular to the alignment, which is a hugely requested feature from customers because doing that today in the existing viewer is not the most user friendly experience. So all of these tools will be available very soon inside of the Autodesk Docs viewer. Yeah, come on.

      [APPLAUSE]

      But this is just the beginning. We have got a lot of work to do to flesh this out. So the next thing we're doing, and this is all based on user feedback. And we've got a lot of great feedback from our recent inside the factory event was, we want to actually extend the capabilities to work in the Model Coordination module as well as Docs. And we also want to support IFC as being one of the major file formats in the future.

      But as we look even further into the future, we want to introduce independent windows for cross-sections and long sections. So you'll be able to get more out of your design review process, as well as improve just the general overall querying experience inside of Docs. Again, really excited about what we're planning in the future. And I believe with that, I'm now going to hand over to Tim.

      [APPLAUSE]

      TIM YARRIS: Thank you, sir. Hi, everybody. So I have the pleasure of being able to present some of the things that we have been working on, on Civil 3D Core. So anybody here not use Civil 3D? Awesome, OK. So I figured, I was almost always going to ask, does anyone-- well, but that just seemed silly. So here we go.

      But basically, as Dave mentioned earlier, I mean, Civil 3D has come a very long way in its lifespan. And I mean, we're still investing heavily in it, making it better and better and better year over year. And so I just wanted to touch on a handful of things that we're doing, that we've done over the past year, and that we're doing this coming year that are really going to round out Civil 3D.

      So the first thing that I'm going to talk about here is performance. So number one customer satisfaction issue that has been identified through all the different customer research activities that we've done over the past several years is performance. Civil 3D was too slow. It took you a while to open large files, to just do simple things like panning and zooming and things like that.

      So we've invested a ton of resources over the last few years and just incrementally making Civil 3D faster. So drawing open times, we've been getting a lot of great help from the AutoCAD team to make it so that the complex drawings open much more quickly. Rebuilding corridors and rebuilding surfaces and things like that. Just that you would have to originally kick off and then go get a cup of coffee.

      Those are things that just happen much more performantly now. So I mean, you're seeing some graphs up here on screen, just incremental enhancements, it takes much less time to do things in Civil 3D now than it had been in legacy versions. And we're absolutely not stopping with that.

      So one of the things that we're doing that I think is going to be very welcome is just, does anybody here not use DREFs? Again, this is more likely the not thing. So everybody uses DREFs. And the case here that we're looking at that I'm going to show you here is some work that we've been doing to make it so that if you have a gigantic surface that you have, you don't necessarily want to reference in a gigantic surface into every single drawing.

      Maybe you just want-- oop, I'm loosing my mic here. Maybe you only want a certain area of interest that you are currently working on. So some enhancements that we're working on right now are when you actually go in and you reference a surface, you create a DREF to it. You can actually just pick a polygonal area and just say, I only want this area, and then it brings in just that portion of the surface. It doesn't store any-- it's a good one, isn't it?

      [APPLAUSE]

      And again, it's all dynamic. So it's not like if you have to modify the polygonal area, you have to reload the surface or anything like that. It just happens. So really good improvement on that side. Otherwise this one is really good. The other one was awesome too. But this one's good too. I'm excited.

      So this one is, does anybody use the old Civil 3D object viewer? I heard the word crash. [LAUGHS] About everybody who are here would say that same word about the object viewer. But that was an old tool that its intention was to give you a bit more context about how your overall model looks in 3D and just how things are coming together with your model.

      But I mean, again, the technology is old. It was not the best. And so it hasn't kept up with the advancements in Civil 3D. So what we've been doing is working on a new version. We're calling it the model viewer at this point in time. But basically the general idea here is to have it be a modeless dialog box so that you can just peel it off over onto a second screen, leave it open, and it's going to show you it's incredibly performant. It's super fast.

      I mean, the old object viewer was clunky. And if you went in there and had to only-- if you really wanted to add things to it, you had to close it out and go back into it. This one is pretty amazing because the performance is spectacular, it's modeless, and it also gives you the opportunity to [INAUDIBLE] of the objects that are shown in the object viewer.

      And then you can toggle things on and off right in that workspace without having to exit out of it and go back in and that sort of thing. And again, with all the edits that you're doing, you're seeing on screen here, it's almost instantaneous that the updates populate directly back into the model viewer.

      So I mean just overall, this is a great example here, just showing just the scale of data that you can get in this object viewer. And just the level of detail is pretty spectacular. So we're leveraging an entirely new graphics engine different from the old model viewer that you really get a lot of great detail in this one.

      [APPLAUSE]

      All right, next up. So Dave mentioned that Civil 3D again has come a very long way over its lifespan. And some of the feedback that we've gotten is over time, it's gotten to be a huge product. There's a lot in here. And it can be challenging to learn. So in order to help people get more up to date with basically what are the new functionality and what's the best way to use the product, we're really excited to be working on this whole personalized insights within Civil 3D.

      That basically right now it's in a limited beta at this point and we're launching it in the near future. It basically tracks usage of the product, how you're using different commands and different workflows, and then it's giving you a report either via your account or via email.

      And it's basically saying, hey, I see you've been using these particular workflows, maybe try this one. This is something that might make you a little bit more productive in your day-to-day work. And then the more that you interact with it and say, yes, that insight was very helpful, the better it learns that how it can help you better along the way. So definitely very excited about how insights are going to help people just learn Civil 3D much more proficiently.

      Other thing, anyone use Dynamo here? Clapping, awesome. Some of the reason that a lot of people dabbled a little bit in Dynamo and then saw some of its limitations and so we really wanted to address some of that. So what we've done with Dynamo has made a huge expansion over 5.1.

      So basically what we have now is over 1,100 new nodes that just make it hugely expanded so that you can really unlock the power of Dynamo. And this is just a simple workflow that we're seeing here. This is just an example of how Dynamo works. This is just a case where it's basically saying, I want to add structure and I want to add inlets at all of the low points in my drawing.

      And it's just very quickly doing that and updating those inlets at the appropriate locations as it does it. I just want to show that video again because it was really cool. But anyway, you get the idea. I mean, and again, in the same result of or in the same vein of making it easier to learn, we've also included tons of new sample graphs and great new documentation to make Dynamo for Civil 3D much easier to learn.

      And again, all about making you a lot more productive as you're just using your day-to-day workflows. So check out Dynamo if you haven't yet. Oh yes, and this is a good one. So Zach Jensen is somewhere in the room here. I see bright lights, so it's hard to see where people are. But Zach has an outstanding blog. He is our internal Dynamo champion.

      If you're interested in [INAUDIBLE] a bit more what is new in Dynamo, check this QR code. He has a blog that really gets into the nitty gritty about what's new in Dynamo. So highly recommend you check that out. And he's been a frequent guest lately on our webcast series. He's been doing it, do it for Dynamo series to really get into some custom workflows on what you can do. So really, really good stuff.

      Next thing I wanted to touch on, this is a topic that's near and dear to my heart. So anybody do drainage design here? OK, a bunch of people, that's outstanding. We've been hard at work on drainage-related functionality in Civil 3D over the last couple of years. So at AU last year during this session, I was up here and I gave a very brief conceptual workflow, a video showing how you could analyze a pipe network in the cloud.

      Was anyone here for that? So since then we've been really hard at work, laying the groundwork to really take that to the next level. And so basically, what we've been doing since then is building the platform, building the really necessary tools that we needed in order to really accelerate this workflow.

      So things like being able to build a framework in Civil 3D to define your rainfall, catch runoff on catchments and all that good stuff, and just building reporting tools within Civil 3D itself-- or I'm sorry, within the analysis results. And so the other big thing that we've been working on is a pond object in Civil 3D.

      So a drainage system isn't just about inlets and pipes and catchments that we had in Civil 3D in the past. I mean, the stormwater has to flow somewhere. So in order to do that, well, we're starting with a pond object to collect that stormwater and then have it exit the site in a controlled manner.

      And so what we've done is we have a purpose built pond object now. So essentially what this is going to do, it's a first class Civil 3D object that is just like any other object. You create it from the ribbon. You give it a series of standard parameters like your name and freeboard and an initial depth and that sort of thing. And then from there, you just sketch it out like you would any other Civil 3D object.

      Once you're there, it gives you a whole series of grips that you can do things just like you can with any object. Moving it around, changing the elevation, changing the geometry, that sort of thing, adding curvature, making sure you can enter the appropriate radii per curve and all that sort of thing.

      And then when you've got all that in place, again, it's part of an overall drainage system, so you need to be able to make sure that the appropriate connections of the pipes are in place to connect it and make sure that you can have the appropriate water flowing in and then outlets making sure that the outfalls are going out as well.

      And again eventually down the line, we're giving you tools to extract feature lines from that pond so that then you can tie it into your overall proposed ground surface and just use the existing grading tools within Civil 3D that you're already familiar with in order to do that. So really excited about the pond object. And that's just one of the objects that we're working on to build this entire drainage system within Civil 3D.

      The other part of it is back to the analysis portion. So last year at AU I mentioned the whole idea of we wanted to get away from import and export and data loss and opening up a separate product like InfoDrainage or SSA or any other tool. And so basically, what we wanted to do was enable that drainage analysis workflow from directly within Civil 3D. So where we are with that is this kind of a quick demo of that.

      So basically, you're kicking off the process by starting the command. Well, actually beforehand, we've done some updates in Civil 3D to enable support for SES runoff method and a whole host of other parameters that you can then update in the catchment object. And then when you're ready to actually run this system analysis, you kick off the command.

      It basically select any object that is connected to the system. And then you basically specify rainfall data by either entering it manually or importing known rainfall. And then basically you hit Analyze.

      It takes the appropriate components up to the cloud, returns it back to your desktop, where you can then validate any of your analysis results on all the different drainage objects in the system for any warnings or errors and that sort of thing, and let you address any of those and then run the analysis again before you then actually apply the analysis results onto the drainage objects within Civil 3D.

      And then again, you're seeing here that there are a bunch of things you can do here, like automatically plotting your HGL and EGL results onto the profile view exporting the results as a report to Excel for something that you can use later on down the line. So come a long way with drainage design in this one.

      And again, in the spirit of this event used to be a beta launch for us. We're launching this beta at AU this year. So super excited about this. We have the beta Live. It's a small installer that goes on top of Civil 3D 2025.1.

      And we have a series of steps on the Beta Portal to give you at least a couple of breadcrumbs of things that we would like you to focus on testing so that we can really target your feedback and make sure that we're getting good broad coverage of beta testing on this so that we can make it as good as possible before we actually release it in production.

      So please, please, please scan that code, go to Futures and download the beta and give us feedback. Thanks. And with that, I'm going to pass it to Nigel.

      [APPLAUSE]

      NIGEL PETERS: Hello, everyone. So I'm going to concentrate on rail, roads, and highways. So released in the dot 1 update, we're really excited to have new functionality. So on your profile or long sections you can show adjacent roads or adjacent tracks. This allows you to do dual carriageway-making or conversions, and you need to be able to report on them.

      The geometry is scaled using the stationing of the main alignment defining the profile. And again, you can have any number of them. But moving forward, we want to be able to do full for rail users cant reporting. We need to do these long sections where you might have six or seven tracks, where you need to report the horizontal geometry. But for a rail user, you have to also be able to report the cant geometry.

      So we're adding the cant geometry band. So you can now have any number of camp bands, any number of horizontal geometry bands in your profiles. Again, this is a major push forward. But continuing the vein of cant and to make Civil 3D as usable and as powerful as possible, the rail working group-- the rail working group I host, it's got about 100 members.

      It's born out of the ITF events we held originally in Potsdam, but we held one this year in Krakow. They asked for five new cant values, and then at the ITF they asked for a couple of extra ones. They have been built into the software. So these additional cant values are critical for track designers to analyze their designs. We've added them as APIs. We're adding them in Dynamo. We're adding them in labels.

      In fact, wherever you can see cant before, the policy is you should be able to see alignment, geometry, speed, and cant. Again, we've enhanced the cant editor to show these new values. Some of this has been released in the dot 1 release. The rest is in progress.

      This is the big one for us. A major new enhancement to our survey data to alignment generation. Civil 3D has had for a long time a best fit alignment solution. Take survey data and it produces your alignment made out of curves, multiple small curves sometimes, some spirals, some tangents. It was very inflexible. It did exactly what it said on the tin. It was a best fit solution.

      We're doing a total rewrite of this solution and working a true linear regression. Take survey data, and that could be survey COGO points. It could be a feature line from the surveyor. It could be a left and right rail for track users. It could be the left gutter and right gutter of a road. You take that data in, it allows you to order the points, but it does a really good job of calculating the order anyway.

      It produces a center line if you're giving the left and right side. And then it allows you to, or will eventually allow you to edit and manipulate where these transitions start and end. If the radius it's decided is going to be 299 feet, you might actually say that's 300. So it'll allow you to adjust that. And then when you're happy with the results, you'll be able to export it to Civil 3D as an alignment.

      And also along with a feature line that can be used for skew or difference reporting downstream. And again, in the reporting we're going to be doing on that will all be done inside Project Explorer. So we're trying to not reinvent the wheel for the reporting that you need on these linear regressions. Really excited about this. This is in progress. And I can't wait to get betas out to people to play with it.

      So as Dan mentioned, anyone here ever had a problem putting a Revit model in to Civil or taking Civil data to Revit? In fact, putting it into the large model viewer, doing any model coordination digital twin workflows. Coordinate systems are a big issue. We've looked at it. I've spent the last six months analyzing and working out what we could do. And we decided we're going to flip the terminology slightly and start talking about Geolocation.

      Geolocation is where something is on the Earth, or where the anchor or insert point is if you've got a building, that you would like to define where that building could be placed on the globe.

      Inside Geolocation, you would have potentially coordinate system define the scaling and how to do it. But if we do this right, you'll be able to geolocate your data inside Civil, you'll be able to have reference points inside. So if you're working on an airport, the ends of the runway might be the reference point. The survey points the airports, that might be the reference point. But also the front of the terminal building might be a reference point.

      And if you're bringing other models like the terminal from Revit into that model, if it's georeference to the same datum point of the front of the terminal, you'd get very low loss errors in bringing the data across. Really excited to do this. The intent and the drive and we're just kicking off the internal teams for this. This is going to be a Autodesk-wide from cloud to desktop.

      Every product that needs to have coordinate systems will have the same workflow, same experience. We're going to have a standard global definition that we're using that's shareable, exportable, or cloud-based. And we're going to make a lot of the workflows Geolocation-aware. So it might be a new xref command inside Civil. It might be an enhancement to the existing xref commands.

      But ideally when you xref a drawing in that's got Geolocation in it, or you link a Revit model in with Geolocation in it, it will be placed correctly in the model with little or no interaction from you. It will just work. That's the North Star.

      [APPLAUSE]

      I hope this time next year to show you at least proof of concepts, if not further. No guarantees. So moving forward to open standards, IFC. I just want to highlight IFC 4.3. It is key to infrastructure worldwide. Is he going to start? It's key to infrastructure worldwide. It is now an ISO standard. It was certified as the ISO standard in April this year, formally published.

      When buildingSMART released the standard, within a month we had released support for the final version. When the ISO standard came out, we made another tweak and we released that within a month. We're committed to IFC.

      At the moment, we are one of four software design software vendors, I'll ignore the API companies who have been invited by buildingSMART, who had a mature enough version of IFC 4.3 to work with them this year on the certification program for 4.3. BuildingSMART are pushing for the end of the year, and I can say that because it's buildingSMART's end of the year, we're not supposed to give times, but I think they'll miss that deadline.

      But they have an online tool @validate.buildingsmart.org, where you can upload an IFC file. It's in beta at the moment, and that file is validated by buildingSMART. Is it syntactically correct? Is it data correct? Is it structurally correct? And are parameters that are mandatory there on all the objects?

      That is the law that basically because they own it, that is if you get a file from someone and it doesn't pass those tests, don't expect it to load into software. Because we're working on this, they've only done about a third of the tests they want to do on all files. All four vendors that are involved in this project are playing chicken and egg. They update a new set of rules.

      We then update our software to ensure where we are in the wrong, they are now correct. But most of the time, we're actually arguing about the rules with them that they're not non-standard rules. For example, the current one we're in discussion is their definition of an alignment is all joints need to be tangential, and that includes on the profile.

      If you've got a surface profile, of course, it's off a tin. There are no tangential joints anywhere on a surface profile. So we're arguing that some of these rules are nonsensical, but we're working. And again, I'm committed to releasing IFC updates until their certification program project is finished.

      And that I want to move to geotech modeling. And as Dan mentioned, we have gone into a partnership with a company called GeoDin. This solution is currently in beta. We're really excited to present Devrez to give you some update on that topic.

      DEVREZ KARABACAK: Thank you Nigel.

      [APPLAUSE]

      I'm really excited to be here. My first AU event, and it's been quite a ride. And it's been an honor to be here. I'm excited about the collaboration that we're going into the partnership this week with Autodesk and sharing with you the first results of that partnership.

      We've been hearing from you, the designers about the challenges of designing on uncertain ground in an ever complex urban environment with existing infrastructure there. We recognize this challenge. So together with Autodesk, we've decided to break down the silo between the ground data and the design environment.

      We are releasing the private beta. It's available for all of those who are interested, where you can load ground data, the geotechnical data that is available in a GeoDin database directly from the Civil 3D environment into your design environment. You can visualize it, you can analyze it, you can use it as part of your design workflow.

      This is the first step in our collaboration, where we will be bringing ever richer data into the design environment, including geophysical data and environmental data as we progress. Thank you.

      [APPLAUSE]

      ARA ASHIKIAN: Is this on? Yeah, OK. All right. Let's talk about civil structures. So last year we introduced parametric modeling of bored tunnels. And then this year we added portals. We improved the Bored Tunnel Modeling so that you can avoid cruciform joints, so that you have integrity in the bored tunnels.

      We've added Revit families for bored tunnels. And this is just the overall workflow of how we can model civil structures, bridges, and tunnels very quickly. Very detailed bridges, very detailed tunnels. But we want to take it further and we want to expose all these capabilities so you can use Dynamo and automation to augment these.

      So you shouldn't have the choice of saying, I either use all the parametric modeling tools that we've had in our civil structures workflows and instead model everything from scratch with Dynamo. We want to do combine both approaches. So one example here is this tunnel I showed last year. And placing the cross passageways between two bored tunnels, which have different vertical and horizontal alignments.

      So I worked with our colleague Zach Jensen to say, well, let's create a Dynamo script today using InfraWorks to save the data of the tunnels to a spreadsheet. And we'll talk about what's coming up next. And in Civil 3D, I can then create a Dynamo script that recognizes both alignments. And you can control some of the metadata and it will figure out the exact placement of these very detailed cross passageways.

      And you can just update the data. And here you go. In a few minutes, you have a very detailed cross passageways on a very detailed bored tunnel. This is an example of taking our parametric models further with automation in Dynamo.

      We always keep working on improving the geometry of bridges and tunnels. So we've been working on providing much more control on the geometry the end of girders. Let's look at that.

      So when you place your bridges, you might have skewed abutments, skewed piers. In the past, we would skew all the girders, but in this case, the steel plate box girders would be skewed. But you might decide that you don't want to skew the prestressed concrete girders. So you have all these new options to control the end geometry of girders. So controlling vertical or horizontal skews is now very simple.

      I'm going to exaggerate the vertical profile here. And you can control also whether the section is going to be vertical or plumb. In this case, it's very exaggerated. But you might want to have the steel box girder to be vertical so that you have stiffeners, et cetera. So again, always improving the level of detail as you go from concept design into detail design.

      If we take this idea of leveraging Dynamo on top of our civil structures as opposed to instead of our civil structures, will go much further. So here's an example of a bridge. This is an IFC 4x3 bridge example that we have as a vendor to model. I'm just using it in this case as an example.

      So imagine we have this bridge in Civil 3D. So we created an example Dynamo script that would automatically create plan sheets for every pier in abutment and section in elevation view. So we're exposing all the APIs of the civil structures at a component level accessible from InfraWorks, Civil 3D, and in the future Revit.

      So this is automated plan production. It doesn't matter how many piers you have et cetera. And we can add a lot more detail. We could put quantities. We could put all additional information on these. So this is again the idea of augmenting the workflows.

      [APPLAUSE]

      But we want to take parametric modeling beyond simple structure. So in Civil 3D we want to expose all that capability we have in InfraWorks. So we're basically componentizing the logic that we have that sits above Revit families and Inventor parts and assemblies. We're putting that at a platform level, a component level.

      And that's going to be available in Civil 3D and elsewhere. And also the bridge system intelligence. But let's start by exposing inside of Civil 3D parametric modeling. So one example would be, here I have a headwall for a culvert system. Instead of having hundreds of static models, you can have an Inventor part or a Revit family that is in your catalog in Civil 3D. Or you create a custom one and bring it in.

      So here inside of Civil 3D, I have this dynamic and parametric component. So these could be used for drainage. It could be used for rail, all other domains beyond Civil structures. And you have full editing control. We see the Civil 3D viewer on the side. Whoops, I'm going to skip to the next slide here.

      We're also talking about a much bigger vision for Civil 3D. Andrew is going to step up here in a moment and talk about system level future enhancements for Civil 3D. But I'm going to show really exciting work in progress of how we've taken the bridge logic of InfraWorks and put it at the component level above everything. And you'll be able to leverage that in Civil 3D and then later in Revit.

      So here's an example of a bridge in InfraWorks that we're bringing into Civil 3D. And inside of Civil 3D, it's not going to be static anymore. I'll be able to dynamically edit the bridge. So this is sitting on top of that parametric component. Here, all the girders resolve. They can select a pier. I can skew the pier.

      It's going to update all the girders. It's going to update all the bearings. I can change parameters directly in Civil 3D, which would allow you to go at a bridge in Civil 3D and go directly to Revit with the alignment and the bridge or the tunnel. Or you might open up that same bridge inside of InfraWorks with multiple bridges.

      So it's same data, same intelligence, accessible from Civil 2D InfraWorks and in the future Revit. So you can see here the importance of model viewer. When you get into Civil structures in Civil 3D, there's going to be a lot of detail. And this model viewer is really going to help. And with that, I'm going to pass it on to Andrew to talk about even the bigger picture.

      [APPLAUSE]

      ANDREW MILFORD: Awesome stuff. Yeah, thanks, Ara. So what we're thinking about is this is actually like a working prototype the team we've been working on. And as you can see, it's pretty exciting stuff. And it's going to open up a whole new world of possibilities. But this is just a really high level hypothetical glimpse as to where we're looking to extend some of these parametric capabilities to fit into some more general infrastructure workflows.

      So as we move to the future, we can see a workflow where you can start to work in a very non-destructive environment, where you can actually allow you to go back in terms of your design history and make changes upstream that will propagate downstream.

      We want to be able to host all of these parametric objects inside of a hosted centralized library, and be able to actually perform much more interactive editing with these objects in a more dynamic environment.

      And of course, all of this is not as useful unless you're actually able to save any of these templates. So we're really thinking about how can we group some of these parametric objects together and create say in this particular instance, a complex refuge island which we can then save and store in a library, which we can then use either in the same project or actually use it in downstream other projects.

      And of course, we want to be able to provide obviously, all of these items, being in the world, nothing is ever the same. You want to be able to come in and make overrides to those templates themselves. So being able to instance and override parameters. So this is just giving a glimpse as to what we're thinking as to where we can start to take these parametric models in the future.

      And again, it's a really exciting opportunity for us, and we look forward to starting to build this out and hopefully have something to show in the near future. So thanks. And with that, I'm going to hand over to Ramesh.

      [APPLAUSE]

      RAMESH SRIDHARAN: I think I got it. I got it, right? Oh, thanks. I know what you guys are thinking. I'm thinking the same thing. I should have gone to the beginning of the presentation. It's a tough act to follow, all that stuff. Anyway thanks, guys. I'm Ramesh Sridharan. I'm leading our reality solutions team.

      Nice to see a lot of familiar faces. Like you guys know the reality capture part, we are continuing to the trend of how to make the data more usable, more easy to access. It's not just about tools or features, it's deriving the fundamental intelligence from the data. How to make it as an actionable item for you to work on detailed design. As a part of this, our cloud-based visualization is still going strong. A lot of new capabilities added.

      For those who don't know, RealityCapture data is a huge data. That I think you know. But the thing is, now you can publish everything to ACC. You can access the data anytime, anywhere, practically from any device in your workflows. And it's a large data. What I'm showing is-- I think I showed this before maybe for some of you. It's about 1 terabyte of data, 500 kilometers of high resolution mobile LiDAR data.

      It's a tough stuff, but now you can see it with a click of a button in ACC viewer. On top of it, there is a model builder with a mesh you create from point clouds. You can overlay with your Civil 3D drawings or Revit models. Anything you have for your project right in the browser and you can visualize it also.

      Great for design verification, checking all those things. This workflow going to get a facelift. I'll cover that in a few seconds, but this workflow by itself gets a lot of advantage for your data. On top of this-- thank you.

      [APPLAUSE]

      [INAUDIBLE] is one piece, but you want the information from it. How can I extract my detailed design geometries from it? It got a lot better this year. Here are some examples of different data sets, including mobile and drone and different collection.

      Now you can collect pretty much anything you want as a 3D geometry. Lines and points and assets and attributes and anything you want from the point cloud data right from the browser. You don't have to download the point, extract as a feature coded geometries. As feature lines take it into your Civil 3D, finish your project.

      Again, anytime in your project life cycle, imagine doing this from multiple miles of detailed design data? Usually it comes to 40 or 50 GB, maybe 100 GB depending on your number of lane collection All those things you can do. And I'm not just trying to dazzle you with only automatic features.

      When there are features to the templates you can extract automatically, but there are manual capabilities you can override. When there is a gap in the data, shadow in the data, we understand things happen in the point cloud data. But at the end of the day, extracting these features, these assets the way you want in your organization or your project, take it to Civil 3D and finish your project is a big deal from the point cloud.

      It's been eluding in our industry for quite some time, especially with this cloud-based workflow makes it much easier. And the ADA ramp and all those things, those are new features we added this year.

      I think one of you mentioned this. The ADA ramp, it takes about 30 to 35 seconds to extract a ramp geometry from the large point cloud data, which is a huge step up when you talk about the feature line extractions. So check this out. This is also part of the ACC viewer. Truly collaborative way of extracting features from the point cloud data.

      On top of this, we want to keep up with the technology. A lot of you folks might be working with a backpack LiDAR or walking and collecting. It collects with imagery. You want to access that. We totally get it. While we are innovating on the piece on the cloud process, we want to keep up with the technology going as well.

      With the latest ReCap 2025.1 release, you can export those NavVis data or any other backpack data as a part of a structured point cloud into ReCap Pro. And obviously, the rest of the workflow follows from there. Really cool feature. Try it out. It just got released a couple of weeks back as a 2025.1 release like I said.

      And moving forward. Now that we have a foundational scan to design, extracting detailed design from the point cloud in place, and a lot of you guys are using it giving a great feedback, it's time to kick it up a notch on what else we can do with it. One is adaptive feature extraction.

      What you're seeing here is a little bit exaggerated example where when you have automatic extraction goes through the curves and curve extraction software adjust itself, add more vertices, hugs the curves and everything, extract the features more automatically, most importantly more accurately for you so you can get the job done much, much faster.

      So these adaptive intelligence something we are planning to add more, not just on the curve aspect, but also for the rail-related workflow. You can extract rails today, nothing is actually stopping you. But we are trying to make customized rail-specific workflows, so it makes your job even easier to extract those information from the large point cloud data.

      And on top of the rail views and other parts, the ACC viewer, the performance enhancement is a key. We understand some real views are a little bit slow now. We are working on to make this much faster.

      Bottom line is, when you look at the data it should appear like this. You can extract faster. Get on with your design. That's what you want the point cloud anyways. That's exactly what we are trying to achieve here.

      It's all great. Extracting feature line is great. We talked about surface and everything last year, but what else we can do with the point clouds? You are collecting a high resolution data and not to interpolate between 30 feet or so to make the surface. Yes, that is the workflow we are using today. What else we can do? We really want to push that limit further and further from RealityCapture.

      This is one such piece. Imagine, it's a building example. I'll get to the point soon. Imagine having a point cloud goes through an automatic segmentation where it is smart enough to realize what objects are there in your point cloud. In this case, it's a doors and windows and all those stuff.

      And now I have an object identified, I can create a mesh of those objects, not just one big mesh that you have to live with, here create an object-specific meshes. Now we are changing the ball game completely. It's no longer a point cloud workflow. It's an object-based workflow.

      Information in the point is essential and that's what we are trying to derive at it. And once you have it, you can use a segmented mesh for anything, you can use to create a BIM model, all this stuff. How it can help in civil infrastructure? Lots of ways.

      To begin with are a fantastic work on the bridge workflows. This really amps up the point cloud data to the bridge aspect. Imagine getting the point cloud, identifying the bridge pillars and girders, and converting it to a parametric model. I cannot talk as smooth as Ara on the bridge, but I get the point across.

      So you can actually do all those things with this BIM workflow. Even more, actually we have fantastic discussions in AU this week about creating a large area surfaces using mesh. Now it's a mesh, a simple representation and having a large area in a Civil 3D other design product is tough.

      How about using this mesh technology to get what you want? Now you can control how much smoothness you want a surface, how you want to define it, even extract some automatic break lines from it because mesh already has those things. So phenomenal potential on this workflow. And what you're looking at is the tip of the iceberg.

      And if you ask me what is the vision, how long you have to wait for it? Maybe 10, 20 minutes. You guys can download the beta version today. It just got released last week. So ReCap Pro 2025.2 beta. Is that what we're calling? You can do this whole mesh generation, mesh editing. It comes with the Revit plugin, make your job much easier. Definitely check it out. A lot of cool stuff from ReCap Pro and good to know your feedback. Thank you.

      [APPLAUSE]

      DAN PHILBRICK: So thanks, Ramesh. Really cool. So next steps. So we can't do this work without you. We need your help. Dave talked through all the areas of customer engagement. So we announced some betas. I saw people scanning the QR codes. Please get involved with the betas. We have the Public Roadmap.

      We look at that weekly, if not more frequently. So you can vote on things. You can make comments on things. So please get engaged there. And then any involvement that you can do, we have an ITF coming up in January in Toronto. If that's of an interest let us know. And so with that, thank you for your time and we'll be around.

      So if you want to talk about any of these topics, feel free to talk to any one of us and enjoy the rest of AU. And then also on the way out, there's some hats. I don't know, maybe you've done some validation sessions. Civil 3D hats, there at each of the doors. Grab a hat on the way out and enjoy the rest of AU. Thank you.

      [APPLAUSE]

      ______
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      Wir nehmen die Dienste von Qualtrics in Anspruch, um Kundenfeedback anhand von Befragungen und Onlineformularen einzuholen. Sie können auf Zufallsbasis für die Teilnahme an einer Befragung ausgewählt werden oder sich aktiv für die Mitteilung Ihres Feedbacks entscheiden. Wir erfassen Daten zu dem Zweck, ein besseres Verständnis der Aktionen zu erhalten, die Sie vor der Teilnahme an einer Befragung durchgeführt haben. Dadurch sind wir besser in der Lage, jegliche von Ihnen erfahrene Probleme abzustellen. Qualtrics-Datenschutzrichtlinie
      Akamai mPulse
      Wir nehmen die Dienste von Akamai mPulse in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Akamai mPulse-Datenschutzrichtlinie
      Digital River
      Wir nehmen die Dienste von Digital River in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Digital River-Datenschutzrichtlinie
      Dynatrace
      Wir nehmen die Dienste von Dynatrace in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Dynatrace-Datenschutzrichtlinie
      Khoros
      Wir nehmen die Dienste von Khoros in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Khoros-Datenschutzrichtlinie
      Launch Darkly
      Wir nehmen die Dienste von Launch Darkly in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Launch Darkly-Datenschutzrichtlinie
      New Relic
      Wir nehmen die Dienste von New Relic in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. New Relic-Datenschutzrichtlinie
      Salesforce Live Agent
      Wir nehmen die Dienste von Salesforce Live Agent in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Salesforce Live Agent-Datenschutzrichtlinie
      Wistia
      Wir nehmen die Dienste von Wistia in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Wistia-Datenschutzrichtlinie
      Tealium
      Wir nehmen die Dienste von Tealium in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Tealium-Datenschutzrichtlinie
      Upsellit
      Wir nehmen die Dienste von Upsellit in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Upsellit-Datenschutzrichtlinie
      CJ Affiliates
      Wir nehmen die Dienste von CJ Affiliates in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. CJ Affiliates-Datenschutzrichtlinie
      Commission Factory
      Wir nehmen die Dienste von Commission Factory in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Commission Factory-Datenschutzrichtlinie
      Google Analytics (Strictly Necessary)
      Wir nehmen die Dienste von Google Analytics (Strictly Necessary) in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Google Analytics (Strictly Necessary)-Datenschutzrichtlinie
      Typepad Stats
      Wir nehmen die Dienste von Typepad Stats in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Typepad Stats-Datenschutzrichtlinie
      Geo Targetly
      Wir verwenden Geo Targetly, um Website-Besucher auf die für sie relevantesten Webseiten zu leiten und/oder maßgeschneiderte Inhalte für ihren Standort anzubieten. Geo Targetly ermittelt den ungefähren Standort eines Geräts anhand der IP-Adresse eines Website-Besuchers. Dadurch werden Besuchern Inhalte in ihrer (wahrscheinlichsten) lokalen Sprache angezeigt.Geo Targetly-Datenschutzrichtlinie
      SpeedCurve
      Wir verwenden SpeedCurve, um die Leistung Ihrer Website zu überwachen und zu messen, indem wir die Ladezeiten von Webseiten sowie die Reaktionszeit von nachfolgenden Elementen wie Bildern, Skripten und Text messen.SpeedCurve-Datenschutzrichtlinie
      Qualified
      Qualified is the Autodesk Live Chat agent platform. This platform provides services to allow our customers to communicate in real-time with Autodesk support. We may collect unique ID for specific browser sessions during a chat. Qualified Privacy Policy

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      Erfahrung verbessern – Anzeige relevanter Inhalte

      Google Optimize
      Wir nehmen die Dienste von Google Optimize in Anspruch, um neue Funktionen auf unseren Websites zu testen und Ihre Erfahrung mit solchen Funktionen individuell anzupassen. Dazu erfassen wir Daten zur Verhaltensweise während Ihrer Nutzung unserer Websites. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID und weitere Angaben gehören. Es kann vorkommen, dass unsere Websites aufgrund von Funktionstests unterschiedlich ausfallen oder Ihnen personalisierte Inhalte auf Basis Ihrer Besucherattribute angezeigt werden. Google Optimize-Datenschutzrichtlinie
      ClickTale
      Wir nehmen die Dienste von ClickTale in Anspruch, um ein besseres Verständnis jeglicher Schwierigkeiten bei der Nutzung unserer Websites zu erlangen. Wir zeichnen Sitzungen auf, um zu erfahren, wie Sie mit unseren Websites und den einzelnen Elementen auf den entsprechenden Seiten interagieren. Personenbezogene Daten werden dabei maskiert und nicht erfasst. ClickTale-Datenschutzrichtlinie
      OneSignal
      Wir nehmen die Dienste von OneSignal in Anspruch, um digitale Werbung auf Websites zu platzieren, die von OneSignal unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von OneSignal als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die OneSignal von Ihnen erfasst hat. Wir nutzen die Daten, die wir OneSignal bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. OneSignal-Datenschutzrichtlinie
      Optimizely
      Wir nehmen die Dienste von Optimizely in Anspruch, um neue Funktionen auf unseren Websites zu testen und Ihre Erfahrung mit solchen Funktionen individuell anzupassen. Dazu erfassen wir Daten zur Verhaltensweise während Ihrer Nutzung unserer Websites. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID und weitere Angaben gehören. Es kann vorkommen, dass unsere Websites aufgrund von Funktionstests unterschiedlich ausfallen oder Ihnen personalisierte Inhalte auf Basis Ihrer Besucherattribute angezeigt werden. Optimizely-Datenschutzrichtlinie
      Amplitude
      Wir nehmen die Dienste von Amplitude in Anspruch, um neue Funktionen auf unseren Websites zu testen und Ihre Erfahrung mit solchen Funktionen individuell anzupassen. Dazu erfassen wir Daten zur Verhaltensweise während Ihrer Nutzung unserer Websites. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID und weitere Angaben gehören. Es kann vorkommen, dass unsere Websites aufgrund von Funktionstests unterschiedlich ausfallen oder Ihnen personalisierte Inhalte auf Basis Ihrer Besucherattribute angezeigt werden. Amplitude-Datenschutzrichtlinie
      Snowplow
      Wir nehmen die Dienste von Snowplow in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Snowplow-Datenschutzrichtlinie
      UserVoice
      Wir nehmen die Dienste von UserVoice in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. UserVoice-Datenschutzrichtlinie
      Clearbit
      Clearbit ermöglicht Datenanreicherung in Echtzeit, um unseren Kunden eine personalisierte und relevante Benutzererfahrung zu bieten. Zu den erfassten Daten können aufgerufene Seiten, verwendete Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Clearbit-Datenschutzrichtlinie
      YouTube
      YouTube ist eine Plattform für den Videoaustausch, auf der Benutzer eingebettete Videos auf unseren Websites anzeigen und teilen können. YouTube bietet Zuschauerzahlen zur Video-Performance. Datenschutzrichtlinie für YouTube

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      Werbung anpassen – Schalten zielgerichteter Werbeanzeigen

      Adobe Analytics
      Wir nehmen die Dienste von Adobe Analytics in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Adobe Analytics-Datenschutzrichtlinie
      Google Analytics (Web Analytics)
      Wir nehmen die Dienste von Google Analytics (Web Analytics) in Anspruch, um Daten über Ihr Verhalten auf unseren Websites zu erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Wir ziehen diese Daten zur Messung der Leistung unserer Website und zur Auswertung der Benutzerfreundlichkeit unserer Online-Präsenz heran, um ggf. Funktionsverbesserungen vorzunehmen. Des Weiteren setzen wir erweiterte Analysemethoden ein, um Ihre Erfahrung mit unserem E-Mail-Verkehr, Kundensupport und Vertrieb zu optimieren. Google Analytics (Web Analytics)-Datenschutzrichtlinie
      AdWords
      Wir nehmen die Dienste von AdWords in Anspruch, um digitale Werbung auf Websites zu platzieren, die von AdWords unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von AdWords als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die AdWords von Ihnen erfasst hat. Wir nutzen die Daten, die wir AdWords bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. AdWords-Datenschutzrichtlinie
      Marketo
      Wir nehmen die Dienste von Marketo in Anspruch, um zeitnahe und relevante E-Mails zuzustellen. Dazu erfassen wir Daten über Ihr Online-Verhalten und Ihre Interaktion mit von uns gesendeten E-Mails. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie E-Mail-Öffnungsraten, angeklickte Links und weitere Angaben gehören. Wir kombinieren diese Daten ggf. mit aus anderen Quellen erfassten Daten, um Ihre Erfahrung mit unserem Vertrieb oder Kundendienst zu verbessern und Ihnen nach Auswertung erweiterter Analysen relevantere Inhalte bereitzustellen. Marketo-Datenschutzrichtlinie
      Doubleclick
      Wir nehmen die Dienste von Doubleclick in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Doubleclick unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Doubleclick als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Doubleclick von Ihnen erfasst hat. Wir nutzen die Daten, die wir Doubleclick bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Doubleclick-Datenschutzrichtlinie
      HubSpot
      Wir nehmen die Dienste von HubSpot in Anspruch, um zeitnahe und relevante E-Mails zuzustellen. Dazu erfassen wir Daten über Ihr Online-Verhalten und Ihre Interaktion mit von uns gesendeten E-Mails. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie E-Mail-Öffnungsraten, angeklickte Links und weitere Angaben gehören. HubSpot-Datenschutzrichtlinie
      Twitter
      Wir nehmen die Dienste von Twitter in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Twitter unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Twitter als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Twitter von Ihnen erfasst hat. Wir nutzen die Daten, die wir Twitter bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Twitter-Datenschutzrichtlinie
      Facebook
      Wir nehmen die Dienste von Facebook in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Facebook unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Facebook als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Facebook von Ihnen erfasst hat. Wir nutzen die Daten, die wir Facebook bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Facebook-Datenschutzrichtlinie
      LinkedIn
      Wir nehmen die Dienste von LinkedIn in Anspruch, um digitale Werbung auf Websites zu platzieren, die von LinkedIn unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von LinkedIn als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die LinkedIn von Ihnen erfasst hat. Wir nutzen die Daten, die wir LinkedIn bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. LinkedIn-Datenschutzrichtlinie
      Yahoo! Japan
      Wir nehmen die Dienste von Yahoo! Japan in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Yahoo! Japan unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Yahoo! Japan als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Yahoo! Japan von Ihnen erfasst hat. Wir nutzen die Daten, die wir Yahoo! Japan bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Yahoo! Japan-Datenschutzrichtlinie
      Naver
      Wir nehmen die Dienste von Naver in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Naver unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Naver als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Naver von Ihnen erfasst hat. Wir nutzen die Daten, die wir Naver bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Naver-Datenschutzrichtlinie
      Quantcast
      Wir nehmen die Dienste von Quantcast in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Quantcast unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Quantcast als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Quantcast von Ihnen erfasst hat. Wir nutzen die Daten, die wir Quantcast bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Quantcast-Datenschutzrichtlinie
      Call Tracking
      Wir nehmen die Dienste von Call Tracking in Anspruch, um individuelle Telefonnummern für unsere Kampagnen bereitzustellen. Dadurch erhalten Sie schnelleren Zugang zu unseren Mitarbeitern, und wir können präzisere Leistungsbeurteilungen vornehmen. Wir erfassen ggf. Daten zu Ihrem Verhalten auf unseren Websites auf Grundlage der bereitgestellten Telefonnummer. Call Tracking-Datenschutzrichtlinie
      Wunderkind
      Wir nehmen die Dienste von Wunderkind in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Wunderkind unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Wunderkind als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Wunderkind von Ihnen erfasst hat. Wir nutzen die Daten, die wir Wunderkind bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Wunderkind-Datenschutzrichtlinie
      ADC Media
      Wir nehmen die Dienste von ADC Media in Anspruch, um digitale Werbung auf Websites zu platzieren, die von ADC Media unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von ADC Media als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die ADC Media von Ihnen erfasst hat. Wir nutzen die Daten, die wir ADC Media bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. ADC Media-Datenschutzrichtlinie
      AgrantSEM
      Wir nehmen die Dienste von AgrantSEM in Anspruch, um digitale Werbung auf Websites zu platzieren, die von AgrantSEM unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von AgrantSEM als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die AgrantSEM von Ihnen erfasst hat. Wir nutzen die Daten, die wir AgrantSEM bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. AgrantSEM-Datenschutzrichtlinie
      Bidtellect
      Wir nehmen die Dienste von Bidtellect in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Bidtellect unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Bidtellect als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Bidtellect von Ihnen erfasst hat. Wir nutzen die Daten, die wir Bidtellect bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Bidtellect-Datenschutzrichtlinie
      Bing
      Wir nehmen die Dienste von Bing in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Bing unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Bing als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Bing von Ihnen erfasst hat. Wir nutzen die Daten, die wir Bing bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Bing-Datenschutzrichtlinie
      G2Crowd
      Wir nehmen die Dienste von G2Crowd in Anspruch, um digitale Werbung auf Websites zu platzieren, die von G2Crowd unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von G2Crowd als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die G2Crowd von Ihnen erfasst hat. Wir nutzen die Daten, die wir G2Crowd bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. G2Crowd-Datenschutzrichtlinie
      NMPI Display
      Wir nehmen die Dienste von NMPI Display in Anspruch, um digitale Werbung auf Websites zu platzieren, die von NMPI Display unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von NMPI Display als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die NMPI Display von Ihnen erfasst hat. Wir nutzen die Daten, die wir NMPI Display bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. NMPI Display-Datenschutzrichtlinie
      VK
      Wir nehmen die Dienste von VK in Anspruch, um digitale Werbung auf Websites zu platzieren, die von VK unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von VK als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die VK von Ihnen erfasst hat. Wir nutzen die Daten, die wir VK bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. VK-Datenschutzrichtlinie
      Adobe Target
      Wir nehmen die Dienste von Adobe Target in Anspruch, um neue Funktionen auf unseren Websites zu testen und Ihre Erfahrung mit solchen Funktionen individuell anzupassen. Dazu erfassen wir Daten zur Verhaltensweise während Ihrer Nutzung unserer Websites. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe, Ihre IP-Adresse oder Geräte-ID sowie Ihre Autodesk-ID und weitere Angaben gehören. Es kann vorkommen, dass unsere Websites aufgrund von Funktionstests unterschiedlich ausfallen oder Ihnen personalisierte Inhalte auf Basis Ihrer Besucherattribute angezeigt werden. Adobe Target-Datenschutzrichtlinie
      Google Analytics (Advertising)
      Wir nehmen die Dienste von Google Analytics (Advertising) in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Google Analytics (Advertising) unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Google Analytics (Advertising) als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Google Analytics (Advertising) von Ihnen erfasst hat. Wir nutzen die Daten, die wir Google Analytics (Advertising) bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Google Analytics (Advertising)-Datenschutzrichtlinie
      Trendkite
      Wir nehmen die Dienste von Trendkite in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Trendkite unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Trendkite als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Trendkite von Ihnen erfasst hat. Wir nutzen die Daten, die wir Trendkite bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Trendkite-Datenschutzrichtlinie
      Hotjar
      Wir nehmen die Dienste von Hotjar in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Hotjar unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Hotjar als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Hotjar von Ihnen erfasst hat. Wir nutzen die Daten, die wir Hotjar bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Hotjar-Datenschutzrichtlinie
      6 Sense
      Wir nehmen die Dienste von 6 Sense in Anspruch, um digitale Werbung auf Websites zu platzieren, die von 6 Sense unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von 6 Sense als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die 6 Sense von Ihnen erfasst hat. Wir nutzen die Daten, die wir 6 Sense bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. 6 Sense-Datenschutzrichtlinie
      Terminus
      Wir nehmen die Dienste von Terminus in Anspruch, um digitale Werbung auf Websites zu platzieren, die von Terminus unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von Terminus als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die Terminus von Ihnen erfasst hat. Wir nutzen die Daten, die wir Terminus bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. Terminus-Datenschutzrichtlinie
      StackAdapt
      Wir nehmen die Dienste von StackAdapt in Anspruch, um digitale Werbung auf Websites zu platzieren, die von StackAdapt unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von StackAdapt als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die StackAdapt von Ihnen erfasst hat. Wir nutzen die Daten, die wir StackAdapt bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. StackAdapt-Datenschutzrichtlinie
      The Trade Desk
      Wir nehmen die Dienste von The Trade Desk in Anspruch, um digitale Werbung auf Websites zu platzieren, die von The Trade Desk unterstützt werden. Die angezeigte Werbung basiert sowohl auf Daten von The Trade Desk als auch auf Daten über die Verhaltensweise, die wir während Ihrer Nutzung unserer Websites erfassen. Zu den erfassten Daten können aufgerufene Seiten, wahrgenommene Testversionen, wiedergegebene Videos, getätigte Einkäufe sowie Ihre IP-Adresse oder Geräte-ID gehören. Diese Angaben können mit Daten verbunden werden, die The Trade Desk von Ihnen erfasst hat. Wir nutzen die Daten, die wir The Trade Desk bereitstellen, zur besseren Individualisierung unseres digitalen Werbeauftritts sowie zur Platzierung von für Sie relevanterer Werbung. The Trade Desk-Datenschutzrichtlinie
      RollWorks
      We use RollWorks to deploy digital advertising on sites supported by RollWorks. Ads are based on both RollWorks data and behavioral data that we collect while you’re on our sites. The data we collect may include pages you’ve visited, trials you’ve initiated, videos you’ve played, purchases you’ve made, and your IP address or device ID. This information may be combined with data that RollWorks has collected from you. We use the data that we provide to RollWorks to better customize your digital advertising experience and present you with more relevant ads. RollWorks Privacy Policy

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