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Editorial

Nowhere without people Ask anyone what makes geospatial technology valuable and their answer will usually circle back to the data, the sensors or the algorithms. However, across the articles gathered in this special publication, a different story keeps surfacing: the people who steward the technology and, crucially, those being trained to carry it forward matter just as much as the technology itself. How to ensure there are enough people to actually carry it forward is a common thread running throughout this issue. The article by Craig Roberts on protecting small surveying programmes lays out how fragile the pipeline has become. As university funding tightens and international rankings reshape academic priorities, niche disciplines such as surveying risk being squeezed out unless programme heads actively fight for them – through marketing, industry partnerships and relentless advocacy. It is a sobering thought that a profession so fundamental for modern society could quietly disappear if nobody champions the students pursuing it. The EAASI Student Tour, this year being organized at Intergeo for the third time, is one concrete answer to that challenge. By actively guiding students to crewed aerial mapping companies’ booths for first-hand encounters, EAASI helps inspire young people to choose a field that they’ve so far only read about. It seems like a small initiative on paper, but it is in line with something the industry’s leading annual gathering does particularly well, not only through tours like this one but also spaces like GeoCampus: bringing together the next generation of surveyors and geospatial professionals with the companies and technologies that will define their careers.

This year, that mission has a particularly fitting backdrop. Intergeo 2026 takes place in Munich – the city for which Markus Mohl and his team have spent nearly a decade building one of Europe’s most advanced digital twins. In our exclusive interview with him, Mohl reveals that the hardest part of developing Digital Twin Munich was never the technology; it was convincing city departments to share data and trust one another. An urban digital twin, in his words, is not about decisionmaking but about decision-supporting, built on communication between people as much as on code – a lesson the host city itself is offering to this year’s attendees. Our interview with Olaf Freier provides the event organizer’s perspective on why a trade show still matters in the digital age. Once again, this comes down to people. He emphasizes the value of cross-disciplinary exchange, such as an unplanned conversation between a surveyor, a BIM manager and a drone-data scientist that no webinar can replicate. Freier acknowledges that this year’s headline technologies – reality capture and AI – have both already changed how products get built, yet he is careful to note that AI’s potential depends entirely on the quality of the data and also the people behind it. In an industry where AI seems to be everywhere, it’s worth remembering that the surveying profession can’t survive without skilled people who collect the data, question the model and make the judgement calls no algorithm can. So while geospatial technology is advancing faster than ever, its future depends on the students we bring into the field, the communication between the people already in it, and the conversations that only happen when all types of geospatial professionals physically come together. And, in my view, there’s no better place this year than the city that is a shining example of how our industry can address modern challenges.

Wim van Wegen head of content, GIM International

UltraMap strengthens the foundations of photogrammetric production UltraMap’s latest innovations focus on what matters most in photogrammetric production: stronger geometric foundations and more consistent image quality. A fully redesigned automated global colour balancing algorithm and an upcoming machine learning-based reconstruction pipeline reinforce both the radiometric and geometric basis of the workflow. Introduced in July, UltraMap’s new global colour balancing for nadir and oblique imagery automatically creates seamless, homogeneous projects with naturally preserved appearance. The result is more consistent image quality across complete datasets, achieved with up to 2x faster processing throughput. Additional major advances made in development will be presented at Intergeo 2026, including a new ML-based reconstruction pipeline for UltraMap. This is a fundamental innovation, because the quality of every deliverable depends on the quality of the underlying geometric

reconstruction. Whether generating point clouds, DSMs, DTMs, orthophotos or 3D TINs, improving reconstruction at the source elevates every downstream product: surface models become cleaner, terrain models more reliable, orthomosaics more precise and 3D outputs more consistent. UltraMap is Vexcel’s end-to-end software platform for producing these products from UltraCam imagery within one integrated environment. Built for ever-larger data volumes, it combines a high degree of automation with quality monitoring and diagnostics, while still enabling intuitive manual interaction where needed. Its sophisticated machine learning algorithms are trained on the robust foundation of the Vexcel Data Program, the world’s largest aerial imagery and geospatial data library, and make full use of the rich raw information captured by UltraCam sensors. The result is a photogrammetric workflow engineered not only for productivity, but for measurable advances in output quality.

More information

Intergeo 2026

Intergeo 2026 broadens conference access for all attendees Intergeo 2026 will arrive this September as the sector’s principal forum for all the challenges facing the geospatial industry, just as it has for decades. This year, the sector is convening in Munich against a backdrop of mounting pressure: governments racing to digitize infrastructure, cities grappling with climate risk, and an AI wave reshaping how location data is collected, interpreted and acted upon. To bridge the gap between conference and expo, all ticket holders can attend the keynote addresses this year. For the first time at Intergeo, all keynotes are open to every ticket holder, not just conference delegates. (Image courtesy: Intergeo / Nico Herzog Fotografie)

Few industry gatherings can match the breadth of Intergeo. The three-day event, running from 15-17 September 2026 at Messe München, draws together geodesy professionals, software vendors, public-sector users and researchers under a single roof. This year’s edition has an even sharper focus around practical applications: digital twins, reality capture, geodata infrastructure, and the use of location intelligence in areas ranging from mobility planning to environmental management. A more open conference floor One of the more striking structural changes this year concerns access. For the first time, the conference’s opening session and all keynote addresses will be open to every ticket holder, so not just registered conference delegates. The move is a deliberate attempt to bridge the expo and conference tracks, communities that have historically operated in parallel. Among the keynote speakers is Jack Dangermond, the founder and president of Esri, whose influence on the geographic information systems field spans more than five decades. “Intergeo brings together professionals from around the world to share solutions to some of the most pressing location-based challenges of our time. With GIS, we can make more informed decisions for a more sustainable and resilient future. I look forward to speaking to the geospatial community, which continues to drive important innovations in modern mapping technology,” he states. Side-by-side comparisons Beyond the conference halls, the expo floor is

getting a notable addition. Hall C5 will house the new Reality Capturing Experience Parc, a hands-on environment where visitors can directly compare technologies for mobile mapping, laser scanning and photogrammetry. The pitch is practical: rather than viewing product demonstrations in isolation, attendees will see competing approaches applied to the same use cases side by side. The format reflects a broader industry trend. As the cost of high-fidelity spatial data capture has fallen, the question is no longer whether to capture the physical world digitally, but how to do so. Above all, users want to know which workflows hold up under real operating conditions. Where geodata meets urban development The Real Estate Lab, which debuted at last year’s Intergeo, returns with an expanded scope. The format brings together stakeholders from property, urban planning and GeoIT to examine how spatial data is reshaping development decisions. A white paper produced at the 2025 event will

be presented and debated, with morning sessions open to all conference participants followed by more focused expert discussion in the afternoons. The conference programme itself spans digital twins, AI in geospatial applications, Earth observation, building information modelling and connected data infrastructures. The diversity of these topics reflects how thoroughly location intelligence has embedded itself in sectors well beyond traditional surveying. Continued relevance Intergeo’s continued relevance rests on a straightforward proposition: that the people building geospatial technology, the institutions procuring it and the researchers pushing its boundaries are better served by meeting in person than by fragmenting across vertical trade shows. As the applications of location data extend further into public administration, climate adaptation and infrastructure resilience, the event clearly has a strong role to play as a central forum bringing the entire community together.

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The importance of protecting small academic programmes

Fighting for the surveying discipline: a multi-pronged approach By Craig Roberts, Australia

Education has become a commodity. In an uncertain world of climate change, conflict, energy transitions and food security challenges, national budgets are increasingly stretched. Public university funding is squeezed, and smaller surveying/spatial departments are vulnerable. How can we as an industry respond?

in a multi-pronged approach. This draws on a number of strategies, including marketing, advocacy, creativity in the face of restructuring, industry engagement and broad communication:

Heads of academic programmes must adapt or they will vanish. Gone are the days of pompous academics in ivory towers imparting pearls of wisdom on fawning students. Globally, the corporates are taking over the purse strings of university administrations, and programme heads must learn to advocate for their disciplines. In Australia, public-sector funding has reduced from ~80% in the 1980s to less than 40% now. Domestic university fees were re-introduced in 1989 to supplement this reduced funding, but as students numbers more than doubled, a full-fee paying international student scheme was devised. The scheme was so successful that it now rates as the fourth-largest goods and services revenue stream for the Australian economy! Senior managers in universities and bureaucrats are delighted. The power of international rankings But how does a prospective international student judge which is the ‘best’ university? Enter international rankings. Since 2003, the Academic Ranking of World Universities (ShanghaiRanking), the Times Higher Education (THE) World University Rankings and the Quacquarelli Symonds (QS) World University Rankings all assess which educational institutions are the ‘best’, and full fee-paying students are persuaded accordingly. As they climb the rankings, universities can charge higher fees. This has supercharged the university ‘market’ in Australia and distorted policy. To be fair, the highest-ranking universities are very good. So how can we protect our small but plucky

Education Forum at the Country Surveyors Conference, Terrigal, November 2023. surveying/spatial field in this competitive environment? Become a superhero Programme heads must transform into superheroes and fight for their discipline

• Marketing Programme heads must lead marketing efforts to attract new students. University budgets are a numbers game, but you are not alone. Our wider industry relies on good graduates for their business success. Programme heads must lean on industry players to provide funds, resources, time and energy to assist with combined marketing activities both within the university and externally. Develop clear and consistent talking points, engage with schools, mentor

Debriefing three hands-on activities to high-school students at Surveying Unleashed, Sydney, 2025.

Perspectives • Restructuring Squeezed university budgets may prompt a restructuring of your programme. Don’t panic. Rather, look to adapt to the opportunities presented. Decide on the core of your programme and defend it, whilst working with senior managers to find a compromise. At the University of New South Wales (UNSW), our School of Surveying and Spatial Information Systems (later known as the School of Surveying and Geospatial Engineering [SAGE]) was very successfully merged with the School of Civil and Environmental Engineering in 2013. In the new school we see a range of disciplines, all of which benefit from the diverse offerings of surveying/ spatial. Programme heads must engage with diverse colleagues on combined projects, teaching and research and demonstrate to all the importance of our discipline. Another opportunity to advocate!

High-school students compute remote sensing, GNSS and geostationary satellite orbits to scale. recent graduates to help run hands-on activities and follow up with interested students. Tell stories that demonstrate the role of surveying/spatial in society and give students a sense of purpose – because this is very persuasive for young people. Follow-on work experience within the industry to align with school curriculums is very powerful and should be linked with university open days so students can see a pathway. In the Australian state of New South Wales (NSW), we have a dedicated person and website for surveying careers. We have nurtured a culture whereby educators and industry players understand the value of this interdependent relationship. • Educating up Whilst marketing is important to ensure sustainable numbers of students in programmes, senior managers within tertiary institutions often see only the student numbers. Programme heads must therefore engage with their senior managers and educate them on surveying’s importance to the wider community. Senior managers (head of school, dean, vice chancellor) are often very internally focused and can’t automatically be expected to know the crucial role surveyors have in society. How else will they know if you don’t tell them? For example, tell them that: • Registered land surveyors (RLS) are the only professionals who can legally define property boundaries • RLS are regulated by an Act of Parliament • The numbers of RLS are small (there are only around 800 RLS in NSW – a state of more than eight million people!) • To register, an RLS first needs to complete a four-year degree recognized under the Act • Only your university offers this programme • The skills shortage in surveying is holding back development Take care not to lecture the senior managers. Instead, mention the critical role that surveyors play in your nation’s ongoing housing crisis, or an iconic infrastructure project like a high-profile tunnel, bridge, harbour or energy precinct. Remind them that their support of your small but crucial programme enables the development of their city and nation. Let them share the weight of your responsibility.

11 students used 11 devices to measure the new SouthPan SBAS service for the first time. • University educators There is a perception in the wider community that universities are disconnected from society. Consequently, universities like to demonstrate industry engagement. In surveying, there is also a disconnect between the sort of work that many graduate surveyors undertake and cutting-edge research that will attract research metrics which mostly drive higher rankings. Replacing academic staff in a surveying programme is therefore challenging. Universities are loathe to employ a teaching academic who may take the lion’s share of the teaching load but will contribute little to the research metrics. Industry, on the other hand, would like authentic teachers that understand their profession and may be less concerned with research performance. At UNSW, we think we have found a solution to this conundrum: employing a half-industry-funded Lecturer in Surveying. A consortium of five industry partners was formed to provide 50% of the funds for the lecturer position. In return, the consortium builds a much closer relationship with Australia’s highest-ranking university through activities such as careers markets for networking/job hunting, elite student breakfasts, guest lectures, combined Hons research thesis projects, engagement on capstone courses/survey camps, research relationships with postgraduate researchers, representation on

FIG Working Week 2027 Stavanger, Norway, 23-27 May 2027

Join the global surveying and geospatial community in Stavanger to shape The Power of Where for the New Generations Photo: Tomas Walter

FIG WORKING WEEK 2027

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Why attend Gain cutting-edge insights into climate adaptation, coastal and ocean management, Arctic monitoring, and building resilient societies. Connect globally with experts, policymakers, industry leaders and young professionals. Shape the future of sustainable and resilient geospatial infrastructure. Experience Stavanger - where professional dialogue meets fjords and smart-city innovation.

Get involved There are several ways to take part: as a delegate, by contributing a project or presentation to the technical programme, as an exhibitor, or as a sponsor. Peer review abstracts + full paper

1 October 2026

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Perspectives the School Industry Advisory Committee, liaison on curriculum updates, and so on. In essence, UNSW has opened the door to the international world of academic R&D, limited only by our combined creativity. In doing so, the consortium members have also shored up the quality of graduates by ensuring experienced teachers. • More industry support In NSW, players in our industry have funded consultancy reports such as ‘Determining the Future Demand, Supply and Skills Gap for Surveying and Geospatial Professionals in Australia: 2022-2032’, providing statistics that university senior managers and government representatives will trust. These numbers tell a story of skills shortages and provide powerful talking points for advocacy. Heads of surveying programmes across Australia are indebted to their professional associations and leverage these to champion their programmes.

About the author Craig Roberts bridges the gap between teaching and research, industry and academia for modern high-precision geospatial technologies and their practical application. From a humble degree in surveying, conducting pioneering GPS surveys for tectonic studies and GPS volcano monitoring (PhD), he now heads the surveying programme at UNSW in Sydney, Australia.

• Communicate widely Lastly, heads of programmes must regularly and widely communicate surveyors’ importance to society, their challenges, industry engagement and successes. Volunteer to speak at industry conferences/seminars. Write magazine articles (including lots of pictures) about recent student projects. LinkedIn is an excellent medium for broadcasting small stories of interest to a wider audience. This outreach is applauded by university management. Speak in radio interviews or podcasts – but first seek media training through your university. Write letters to editors of industry magazines. Encourage students and staff to apply for awards bringing

Surveying students consulting to groundwater engineering students at a final-year capstone course, Wellington, NSW. profile and kudos to your programme and your university. Volunteer yourself and your staff on industry committees for some industry intelligence and engagement. Nurturing a supportive culture Yes indeed, as a head of a surveying/spatial programme, you need to be a superhero – but remember, you are not alone. Engage your allies and nurture a supportive culture across the industry.

Further reading Roberts, C., ‘Protecting Small Surveying Programs’, presented at FIG 2026 in Cape Town, https://fig.net/resources/proceedings/ fig_proceedings/fig2026/papers/ts02f/TS02F_roberts_13999. pdf

Third-year surveying students designing a high-precision survey for a fictitious conveyor belt between buildings.

NSW’s website: https://www.surveyingcareers.com.au/ ‘Determining the Future Demand, Supply and Skills Gap for Surveying and Geospatial Professionals in Australia: 20222032’, BIS Oxford Economics, https://www.fig.net/resources/ proceedings/fig_proceedings/fig2023/papers/ts08g/TS08G_ blicavs_11926_abs.pdf

Meet the Trimble team at INTERGEO and visit our Liverpool Football Club Lounge 15-17 September 2026 MESSE MÜNCHEN | HALL B6

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EAASI Student Tour

EAASI Student Tour returns to Intergeo for a third year The European Association of Aerial Surveying Industries (EAASI) is demonstrating its commitment to closing the geospatial skills gap by organizing the EAASI Student Tour for the third consecutive year at Intergeo 2026. Students on the tour will visit participating companies at the event on Wednesday, 16 September.

Skilled surveying and geospatial professionals are becoming harder to find across Europe, as fewer students choose to specialize in the field. Crewed aerial mapping makes this challenge even more acute. It is a niche discipline and, during their university years, students typically only encounter its fundamentals in theory, with little exposure to the technology itself. Closing that gap was one of the founding motivations behind EAASI, and supporting the next generation of professionals remains a key priority for the association today. That commitment returns to Intergeo this year with the third edition of the EAASI Student Tour, taking place at 10:30h on Wednesday, 16 September 2026. Moving beyond theory The tour gives students attending Intergeo the chance to move beyond theory and actually see and touch the technology behind crewed aerial mapping – a first-hand encounter that can spark genuine interest in a discipline many have only studied on paper. Rather than a general walkthrough,

the route follows a curated path of EAASI member company booths, where a representative from each stand welcomes the group and explains what their company does, the technologies they work with, and how they fit into the wider aerial surveying ecosystem.

EAASI member companies exhibiting at Intergeo are warmly invited to welcome students at their stands as part of the tour. Companies interested in taking part should contact the EAASI team directly.

It is a simple idea, but an effective one: put students directly in front of the people and platforms shaping the industry, rather than leaving them to interpret unfamiliar equipment and acronyms on their own.

For an industry that depends on a steady pipeline of skilled professionals, initiatives like this are a small but meaningful investment, giving the next generation of surveyors, pilots and geospatial specialists a reason to look twice at a career in crewed aerial surveying.

High demand from students This year, EAASI is offering more places on the tour than in previous editions, in response to demand from students who were unable to secure a spot before. The tour will once again be led by Patrik Meixner, chair of the EAASI Students Committee, and EAASI Secretary-General Marcos MartínezFernández.

A chance to feel the industry’s energy and spark new connections

Driving real-world solutions with geospatial technology As chief strategy officer at Hinte Expo & Conference, operational partner of the German Association for Geodesy, Geoinformation and Land Management (DVW), Olaf Freier plays a pivotal role in shaping Intergeo’s development. For him, one common thread runs through all three days of this leading annual industry event: geospatial technology driving real-world solutions. In this Q&A, he discusses why the concept of trade shows is far from old-fashioned, provides a behind-the-scenes glimpse of how Intergeo comes together and reveals his hopes and expectations for this year’s edition. A trade show is an almost ‘old-fashioned’ concept in today’s digital world. What is it that keeps this format working so well, year after year? I wouldn’t call it old-fashioned at all. If anything, the more digital our industry becomes, the more valuable the physical encounter gets. What geospatial technology delivers, and the insights we draw from analysing it, has become an enabler for solutions in construction, energy, mobility, agriculture and urban planning. We rarely build the end product ourselves, but almost nothing gets planned, built or monitored today without a layer of geodata underneath it. No webinar or AI assistant can reproduce what happens when a surveyor, a BIM manager and a drone-data scientist end up at the same table comparing notes. That unplanned, cross-disciplinary exchange is exactly what a trade show delivers, and a digital format cannot. The format continues to thrive because it compresses a year’s worth of relationship-building into three intense days. What are you personally most excited about at this year’s Intergeo? What are the key not-to-be-missed themes, sessions or highlights for visitors? Reality capture and artificial intelligence are the two themes I keep coming back to. In a very short time, they have already changed how products get built and how processes run – and BIM and digital twins are catching up fast right behind them. At this year’s Intergeo, visitors can actually

Olaf Freier at the Intergeo 2025 press conference. (Image courtesy: Intergeo / Nico Herzog Fotografie) try reality capture for themselves. At the Reality Capturing Experience Park – powered by NavVis – in Hall C5, exhibitors such as NavVis and Hexagon/Leica are putting their scanning technology directly into visitors’ hands. Another highlight is the Main Stage and Application Dome format, which we introduced in 2025. It worked so well that we are continuing it, with the Main Stage focusing on the technology itself and the Application Dome on how it performs in practice – such as how BIM and digital twins come together in urban twins, where reconstruction, sensor data and AI converge into models that cities can actually use, not just look at. Could you take us behind the scenes for a moment? What actually goes into preparing an event on the scale of Intergeo? People are often surprised at how far in

advance the preparation starts. We begin working on the next edition – drafting the first hall-plan structure and a set of key themes – roughly eight weeks before the current Intergeo opens its doors. We then treat the show itself as a live test; we talk to exhibitors and visitors on the floor to see whether those themes are actually right for next year or need adjusting. After that comes the debrief, both internally and with our long-standing partner and owner of Intergeo, DVW. We shape the professional backbone of the Conference content so that the content side of the next Intergeo is essentially in place by the end of December or early January. I never lose sight of the fact that all this exists to create magical moments: those encounters when an exhibitor and a visitor, or two visitors, find themselves having exactly the right conversation.

Interview In what ways do businesses, industry associations and educational institutions influence the final outcome? This is really where Intergeo’s DNA lies. Each stakeholder group gets its own format to shape, rather than simply having a seat at the table. DVW runs the scientific congress and ensures that the programme remains strong in terms of substance. Industry shapes the Main Stage and the Application Dome in the Expo, deciding which technologies and which applications truly deserve a stage. Universities and the next generation have the GeoCampus, our dedicated space for students and young professionals within the Expo. Specialist communities also work with us to create their own thematic areas, such as the Reality Capturing Hub, run with 3DISE and Prague’s European Reality Capturing Congress, and the Reality Capturing Experience Park, powered by NavVis. Intergeo works because each of these groups builds a piece of it with us, rather than simply having it built for them. How would you describe the mood within the geospatial industry right now? I would describe it as dynamic and positive. AI and reality capture in particular have given almost every part of our industry a real boost in innovation. Optimized processes and brand-new technology are not just improving existing solutions; they are opening up entirely new ones. Two years ago, AI in geodata was still mostly potential. Today, semantic recognition and automated classification are standard, and reality capture – from Lidar to photogrammetry to 3D Gaussian splatting – has gone from niche to something people simply expect. Alongside that momentum, there is a more serious conversation about data sovereignty and responsibility: who owns geodata, how should it be governed and how do we handle it across borders? But I see that as a sign of maturity rather than uncertainty – an industry confident enough to ask itself the harder questions while continuing to grow. You have been working in the geospatial world since the early 1990s, so you’ve obviously visited your fair share of industry events. Which encounters have stayed with you most? Getting the chance to talk with Jack Dangermond is always a special moment, and that happened again most recently at the Esri User Conference in San Diego in mid-July. The 3DISE reality capture conference in Prague in May also made a real impression on me. Getting to know that dynamic, innovative community better

About Olaf Freier Olaf Freier is chief strategy officer at Hinte Expo & Conference and has been a dedicated geospatial industry expert since the early 1990s. He plays a pivotal role in supporting Intergeo’s development, with Hinte serving as operational partner to the DVW eV., the official host for more than three decades. His previous senior positions at Reed Exhibitions and Mack Brooks underline his strategic vision for innovation and international growth.

and meeting so many thought leaders in the field was genuinely overwhelming, in the best sense. And those are just two examples. At other industry events, whether in London, Berlin or Frankfurt, I keep running into creative, driven experts who give me real impulses to take back into our own planning. What stays with me is not one single big moment, but how consistently this industry keeps brining together people who are pushing it forward. What would need to happen for you to look back on Intergeo 2026 and say, ‘Yes, this was truly a success’? Many trade shows are judged solely by hard numbers, but for Intergeo that is far too narrow. Yes, we expect to welcome over 18,000 visitors, more than 1,000 congress delegates and over 500 exhibitors in Munich, but these numbers alone tell you very little. What matters is whether we have identified the trends shaping the industry and successfully built on them, whether the positive response to the Main Stage and Application Dome in 2025 continues and whether exhibitors converted interest into leads and achieved their ROI targets. I will call Intergeo 2026 a success if it sparks new connections through spontaneous encounters and creates those memorable magic moments, and if people can feel the industry’s energy in the halls rather than just hearing about it. If people leave with a good story to tell and if DVW and my team can say we delivered an event worthy of the industry, then it has been a success.

A democratic foundation for common discussions

People, not technology, are at the heart of an urban digital twin By Wim van Wegen, GIM International

The digital twin of Munich, Intergeo’s host city this year, has made impressive progress since its early days as a HoloLens demo in 2019. In this exclusive interview, Markus Mohl, head of Geoservices and Digital Twin Munich, reflects on that journey and on the enormous importance of municipal urban geodata. He also discusses how the digital twin helps to address the wide range of challenges facing a major modern city like Munich. You’ve watched the digital twin of the city of Munich grow from a demo into what is arguably Germany’s most advanced piece of urban infrastructure. What do many people – perhaps including geospatial professionals – still misunderstand about the concept of urban digital twins? Thank you very much for your kind feedback, but I wouldn’t want to judge whether our Digital Twin Munich can actually be described as the most advanced piece of urban infrastructure. Since our HoloLens demo, many cities have made considerable progress, just as we have here in Munich. I believe geospatial professionals already have a very good understanding of urban digital twins. What – in my opinion – still receives too little attention is the importance of communication within that concept. All the different experts within the city administration need to engage in dialogue

with one another. First and foremost are the use cases. They reflect the challenges cities are facing. The data experts, especially the geospatial professionals, must understand those challenges. They can then guide the development of a solution in collaboration with the colleagues from the relevant departments. It´s all about teamwork within the city administration. Of everything the digital twin has enabled over the years – from public participation tools to air-quality modelling to construction coordination – which examples most clearly demonstrate its value for the city? One of the greatest benefits of the Digital Twin Munich is that it facilitates more transparent communication between citizens and political decision-makers. Another advantage is the improved opportunities for analysis and simulation on the path

Visualization of the same area in 2022 (left) and 2026 (right). (Image courtesy: City of Munich)

towards a climate-neutral city. The urban digital twin is based on municipal data, and the departments of the city administration are working with this data all the time. Visualizations based on that data provide a democratic foundation for common discussions. The urban digital twin is not about decision-making, but about decisionsupporting. Beyond visualizations, we are making significant efforts to collect and maintain interconnected datasets. A citywide building register has been established, assigning a unique ID to each building. Munich’s Lane Model is a unique dataset that contains information about the street space, the traffic regulations applicable there, and the relationships between areas of public space. The same data can be used to create visualizations and to carry out comprehensive analysis and simulations. Modifications of the underlying data allow us to create ‘what if’ scenarios and verify their

Interview impact. We want to continue making the most of this potential. There is one extra thing I must mention at this point. We take data privacy issues very seriously and put a lot of effort into complying with the terms of the GDPR (Global Data Protection Regulation, Ed.). Looking back, was there a technology that seemed genuinely promising at the time but ultimately didn’t develop as expected or got quietly overtaken by something else? In fact, the augmented reality (AR) technology did not prove successful due to technical and practical limitations. Nevertheless, nine years ago, it was a very exciting approach. We learnt a lot, particularly about what was already possible. As far as extended reality (XR) is concerned, virtual reality (VR) has a much stronger presence today. From a practitioner’s perspective, the possibilities of using game engines are of particular significance today. Our first visualizations had the look of computer graphics from the 1990s. At least, that’s how the Süddeutsche Zeitung described them. Nowadays, we use the latest game engines and we are able to engage with the citizens and decision-makers with much better graphics and state-of-the-art gamification concepts. Out of all the different geospatial inputs for the digital twin – photorealistic mesh, semantic 3D city models, lane-level road data, mobile mapping, drone surveys and real-time sensor feeds for weather, noise and air quality – which is the most valuable source? Were any of them more difficult to acquire or integrate than expected? There is no single data source that can be labelled ‘most valuable’. Indeed, you could call the municipal geodata ‘most valuable’ because it is the absolute foundation of an urban digital twin. Aside from this, the most valuable part of an urban digital twin, and specifically the Digital Twin Munich, is the ability to combine all data freely according to the requirements of the use case. This concept is commonly referred to as ‘breaking up the data silos’. The most challenging part of living this concept wasn’t the acquisition of the different data layers or the technical realization of integrating all this data. The biggest challenge was convincing all the different data owners that it was worth the effort to establish a culture of sharing their data and contributing, even when they had no direct benefit from it. So again, it is all about communication. By joining resources, sharing knowledge and giving data input in every department, it is possible to gain impact by using the urban digital twin. Therefore, city-wide teamwork is the most important part. To bring this concept to life, it is essential that one entity within the city administration coordinates and moderates this communication and brings practical users and technical implementers together. To me, it is absolutely clear that this role is best handled by the Geodata Department. We know this approach very well from building up a municipal geodata infrastructure for quite a long time. When the original federal funding ended in December 2023, the digital twin was institutionalized as a

VR solution in use. (Image courtesy: City of Munich)

Lane model. (Image courtesy: City of Munich) permanent city project. What did that transition change financially and organizationally, and has it become easier or harder to keep investing in new capabilities? It was a very strong moment of good fortune and wise foresight that we started to develop the city’s digital twin in 2017. In addition to the initial project funding, we succeeded in securing further support. Together with the cities of Hamburg and Leipzig, we were able to take important next steps as part of the Connected Urban Twins (CUT) project, and we are currently learning quite a lot from the EU-funded project ASCEND. In 2022, the Munich City Council decided that the Digital Twin Munich project would continue permanently. This step provided reassurance to all those involved, and we were able to further develop the digital twin to meet the objectives of an economically and sustainably managed city administration. Unfortunately, the situation is currently very difficult due to a lack of financial resources in local municipalities, including in Munich. Now, we must demonstrate that we can provide

profitable support even in these times, but this is a huge challenge because of the shortage of staff. As the geometry becomes more detailed and data sources multiply, how do you communicate to planners, politicians and citizens what level of trust they should place in a given part of the model? Is there a risk of the visualization looking more accurate and authoritative than the underlying data actually is? We use our catalogue, which we were able to establish as part of the CUT funding project and are continuing to improve. This catalogue makes the digital resources of the Digital Twin Munich discoverable, e.g. data and documents, services and layers, portals and applications, use cases, projects, software, models and simulations. The metadata for all these digital resources is also documented and maintained in our catalogue. This facilitates access to the digital resources and makes interrelationships and dependencies visible.

Besides that, we provide advice and support to develop the use cases in a co-creation process. Working on solutions for certain challenges always includes a deep exchange among the participating experts. And we are very aware of double-checking certain solutions. It is absolutely vital that the results are based on actual data and not on a wish to produce the desired outcomes. Many of the models referred to in the industry as ‘digital twins’ are really just static visualizations. What’s your definition of what actually qualifies as

Further reading How it all began for the Digital Twin Munich: https://www.gim-international. com/content/article/3d-city-modeland-augmented-reality DIN Specification 91607 ‘Digital Twins for Cities and Municipalities’, https:// www.dinmedia.de/en/technical-rule/ din-spec-91607/384414386

Feature a digital twin, and where do you think most projects still fall short? Well, the DIN specification 91607 ‘Digital Twins for Cities and Municipalities’ offers a very detailed description of urban digital twins. The term ‘digital twin’ has its origins in the field of Industry 4.0. In the early years of our journey towards the Digital Twin Munich, we always spoke of upgrading our geodata infrastructure from Version 2.0 to Version 4.0. I think that is still a very good metaphor. Ultimately, a static visualization can already constitute the first stage of a digital twin. If one considers varieties of potential ‘what if’ scenarios, this generates knowledge or is even used to make data-driven decisions. Thus, a very good level of maturity has certainly been achieved. In this context, changes in the virtual world lead to actions being taken in the real city. In Munich, we have achieved this – as long as you assume that the actions have to be triggered manually in reality. An automated change in the real city, triggered by results in the digital model? I don’t think we’ve reached the final stage here yet. Unfortunately, I’m not currently aware of any examples of this being used in a German city. Nor am I sure whether automated interaction can ever actually be achieved. But it would be an exciting development. Munich is hosting Intergeo this year and putting German geospatial practice on the world stage. What does the profession as a whole most need to solve next – e.g. real-time integration, standardization, funding models, public trust –

About Markus Mohl Markus Mohl serves as head of Geoservices and Digital Twin Munich at the City of Munich, where he leads the digital replica that forms the technological core of the city’s smart city strategy. He holds a degree in geodesy and geoinformation from the Technical University of Munich.

to make high-end urban digital twins the norm rather than the exception? We must continue to focus on highlighting the enormous importance of municipal urban geodata. In view of communal sovereignty, this has become even more relevant today. This is also true when we talk about combining artificial intelligence and urban digital twins. Of course, there is enormous potential here, but leveraging the potential of AI depends entirely on the quality of the underlying data. We must continue to raise awareness of this – amongst decision-makers in politics and the city administrations, and of course amongst our citizens too. In the end, the challenges and needs of the cities are at the centre of attention and people are at the heart of it, not technology. It is always about communication, about talking to one another.

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Building the foundation for better understanding

A conversation with Jack Dangermond By Wim van Wegen, GIM International

Earlier this year, GIM International had the honour of exclusively interviewing Esri founder and president Jack Dangermond. He was in a very talkative mood, which resulted in a fascinating long-read article. To tie in with his presence at Intergeo this year, including his keynote speech on 15 September, we bring you a heavily condensed version of that interview here. To read (and perhaps even re-read) the full version, including Dangermond’s insightful responses to many more questions, scan the QR code at the end of this article. In 1969, Jack and Laura Dangermond launched Esri with a bold idea: geographic tools could help people understand – and actively shape – a better world. Such tools now underpin billions of maps created each day, supporting fields ranging from urban planning to environmental management. In this interview, Jack Dangermond reflects on Esri’s journey – from early custom projects to today’s AI- and cloud-based innovations – and shares his perspectives on the current and future geospatial industry. How did the specialized concept of geographic science evolve into a global essential? Why does he describe GIS as “the nervous system of the planet”? And how has the relationship between humans and maps evolved over time? The geospatial landscape has shifted dramatically over the years. How does Esri remain a market leader? Esri’s position has been shaped by a few consistent principles. As a private organization, we are not driven by public markets or short-term financial pressure. That gives us the freedom to focus on serving our users first. Our engineering direction is guided by that mindset, and it stays current because thousands of engineers around the world are constantly asking a simple question: what do our users actually need, and how can we translate those needs into innovation? Another factor is our long-standing focus on technology transitions. We have lived through each major shift, from mainframes to minicomputers, then workstations, desktops,

client-server architectures, and now cloud and mobile environments. At every stage, we have continued to reinvest a significant share of our revenue into research and development. Today, our labs span the globe, with teams in places such as Zurich, Edinburgh, Spain, Turkey, Australia and India, all working at the edge of reality capture, digital twins, artificial intelligence and machine learning. That breadth of effort reflects a long-term commitment rather than a short-term product cycle.

small villages and cadastral buildings. When modern digital maps are overlaid on it, the accuracy is striking.

Since the 1980s, our core philosophy has been to build a library of high-performance tools based on first principles, designed so others can adapt and extend them. That approach continues today across ArcGIS Pro on the desktop, ArcGIS Enterprise within organizations, and ArcGIS Online, where millions of users now create four to five billion maps every day. Adoption continues to grow at 35% annually.

Fast-forward to the mosaic map of Jerusalem in a church in Jordan, then to early collections of cartography, such as those preserved by the Catholic Church at the Observatory in Rome. After that came the development of instruments – Galileo’s transformational tools, telescopes and compasses. Space, geography and maps have always played a role in the evolution of civilization. Today’s industry professionals should be proud of that legacy, because their work – the practical application of digital instruments, cartography and analytics – is now evolving at an enormously rapid rate. GIS is helping to expand the role of geography, spatial thinking and mapping – not least thanks to our customers, who are embedding components of our platform everywhere, including directly into field devices.

Billions of maps a day? That’s mindblowing… The way people use and work with maps is fascinating, diverse, and reflects an evolution of geography itself. I am not a scholar in the evolution of civilization, but I find books such as Sapiens and Nexus particularly interesting because they cover some 50,000 years of history. When we go back 4,000 to 5,000 years, we see that maps already played a role. One of the best surviving examples is found in western France, where a large, two-metre clay tablet was discovered. It lays out roads,

We’re witnessing the rise of AI. How do GIS and AI relate to each other currently, and what can we expect? I’ve spent a lot of time with executives from large IT companies and even they have no idea how technology will change in ten years’ time. It’s exhilarating, but foolish to speculate too far. What we’re seeing now are developments in four main areas: feature extraction, AI assistants, agent-based systems, and large language models around geospatial data. In terms of feature extraction, we have embedded into our software roughly

Interview

90 image-based models that users can access freely. These models leverage computer vision and AI to extract features from imagery, and people adapt them to their own local data to create building maps, parking maps, flood maps and other thematic products from different types of imagery. That approach has become quite common across the geospatial community. For observation and interpretation, we apply GeoAI to pull out features, update maps and refresh datasets. That capability is now accelerating into the mobile environment. Models are being embedded directly into tools such as ArcGIS Field Maps and Survey123, enabling people to recognize features from photos and automatically populate forms or capture stories about a location. In many cases, this significantly speeds up data collection. Behind all of this are traditional geoprocessing tools that automate measurements and connect them directly to GIS databases as transactions. Much like scanning a barcode, you can update a city’s vegetation inventory or a utility company’s asset condition data almost instantly. ‘Assistants’ are built-in helpers that sit alongside the software and help GIS professionals do their work better. We now have assistants across virtually all of our software, similar to what companies such as Microsoft or Salesforce are doing. These systems don’t replace GIS professionals; they help them work faster, automate routine tasks, navigate complex tools and think problems through more efficiently. Given the volume of documentation involved, that kind of support makes a real difference. We are also applying these assistants to programming. Many users rely on Arcade, our web-based scripting language, to automate their workflows. We are now introducing assisted scripting for Arcade, and the same approach is being applied to Python. Users can generate a working script automatically and then edit it as needed.

It is still very early days for what people are calling ‘agents’ or ‘agentbased systems’ and we don’t yet have fully productized examples, but we are building agents for specific customers, such as weatherforecasting agents. Standards are emerging that allow these agents to talk to one another, as well as to people. It’s hard to say exactly how this will evolve, but I do think agents – working alongside assistive tools – could become foundational for the next generation of geospatial applications. We already think in terms of layers – data, tools, applications built through scripting, and potentially an agent layer on top of that – and natural language could be used to interact with it. So it is worth keeping an eye on the developments around an agent-based geospatial ecosystem. Lastly, some cloud providers are experimenting with large language models around geospatial data. It’s still very expensive and there is no strong evidence that it is going to be very valuable, but something may come of it. The great dilemma today is our lack of understanding and our inability to collaborate – that’s the fundamental thing! Geography and mapping are the languages of understanding, and understanding precedes action. What we’re doing as a community, millions of people worldwide, is building the foundation for better understanding. And AI will build on that foundation, using the language of maps to facilitate collaboration and to address these challenges. The ‘E’ in Esri stands for ‘environmental’. How can GIS help us address today’s challenges related to climate, natural disasters and environmental preservation? I think some climate and biodiversity challenges are being politicized. That’s unfortunate, because climate change is not a myth or a

political statement – evidence shows it’s actually happening. The real question is what humans should do about it. GIS is built on geography, the science of our world, and geography integrates many other sciences: geology, climatology, health science, economics. It’s an abstraction of our world in digital form. What isn’t geographic? In fact, my new word for geography is ‘everything’. So geospatial players in the GIS world – drawing on data from almost every other discipline – are increasingly involved in planning, designing and managing the fundamental infrastructure of modern society. It is hard to think of anything of real significance today that isn’t, in some way, managed using GIS, maps, geographic knowledge or imagery. While most GIS users are working in their own organizations – from water companies to planning agencies or other businesses – all the data layers can be brought together into a network of interconnected, distributed services and called upon as a kind of nervous system of the planet. And that information and geospatial infrastructure has a real role to play in the next step of the planet’s evolution. Because the emergence of this nervous system of the planet is real, and it’s going to continue. Edge devices, computing at the edge, AI built into sensors, and large enterprise GIS systems are all coming together with applications that can be used by everyone. That’s why the theme of the Esri User Conference 2025 was ‘GIS integrating everything, everywhere, for everyone’. This rapidly emerging infrastructure, with billions of maps being made every day, is guiding national security, policing, infrastructure, investment, forest management, protected areas, shipping,

About Jack Dangermond If anyone in the geospatial industry needs no introduction, it’s Jack Dangermond, founder and president of Esri, the world’s leading GIS software company. Widely recognized as a pioneer in spatial analysis, Dangermond is one of the most influential figures in the history of GIS. Today, Esri’s technology is an essential tool across the private, public and nonprofit sectors, empowering organizations to make smarter, location-informed decisions.

transportation – everything. As it becomes smarter, humans will become more knowledgeable. There will be more geospatial intelligence, which will lead to better outcomes – including for the environment. Read the full interview To read the complete version of this interview as published in the GIM International Business Guide edition of 2026, simply scan this QR code.

FIG Young Surveyors

8th FIG Young Surveyors European Meeting, 11-12 November 2026, Republic of Moldova

Future-ready young surveyors to meet in Chișinău On 11 and 12 November 2026, Chișinău will welcome the 8th FIG Young Surveyors European Meeting, bringing together students, young surveyors and young professionals from across Europe. Following the successful European meeting held in Bucharest in 2024, the young surveyors community now moves to Moldova for two days of knowledge exchange, professional development and international networking Under the theme ‘Future-ready young surveyors: bridging AI, innovation and sustainability’, the meeting will explore how the profession can embrace rapidly developing technologies while continuing to deliver reliable, sustainable and socially valuable services. Leveraging AI Artificial intelligence is already transforming how information is collected, processed and interpreted. Together with advances in geospatial technologies, GIS, Earth observation, automation and digital workflows, it offers new possibilities for the profession. In Chișinău, participants will discuss how young surveyors can leverage AI and innovation, exchange good practices and prepare for the skills and responsibilities of tomorrow. An important part of the programme will be learning from one another. Participants will discover what a day in the life of a young surveyor looks like in different countries: the

tools they use, the challenges they encounter and the solutions they develop. By sharing these experiences, the meeting aims to turn individual knowledge into stronger professional connections across borders. Cooperation and connections The event is made possible through cooperation between the FIG Young Surveyors Network, Council of European Geodetic Surveyors (CLGE), Romanian Surveyors Union (UGR), Technical University of Moldova (UTM) and Union of Geodesists of Moldova (UGM), bringing together international, European, national and academic communities. The host city will add its own character to the experience. Chișinău, Moldova’s capital, offers visitors the opportunity to discover a country known for its hospitality, cultural traditions and wine heritage. Beyond the professional programme, the meeting will provide a welcoming setting for conversations, new friendships and connections that can continue long after the event. Inspiring the next generation The organizers warmly invite students and young professionals to participate. Young professionals with inspiring achievements in AI, innovation, sustainability and related fields are also encouraged to get in contact, join the programme and inspire the next generation. Companies and organizations are invited to support and sponsor the meeting,

helping create opportunities for young professionals while building stronger links between industry, academia and the future generation of surveyors. Moving forward together Chișinău 2026 represents another step in strengthening the international young surveyors network. The connections created in Moldova can continue towards Stavanger in 2027 and Paris in 2028, bringing together young surveyors from across the globe and helping the profession move forward together in an era of rapid change. The meeting will be co-chaired by Marcus Schmitt (USA), chair of the FIG Young Surveyors Network, Iaroslav Zifceac (Romania), chair of the FIG Young Surveyors Network – Europe, and Marineli Dancheva (Bulgaria), representative of Young Surveyors on the CLGE Executive Board. Together, they reflect the international cooperation at the heart of the meeting and its ambition to connect the next generation of surveyors across Europe and beyond. Further information about registration, the programme, speakers and sponsorship opportunities will follow soon.

More information fig.ysem.chisinau2026@gmail.com figyoungsurveyors@gmail.com

The Intergeo experience from a journalist’s perspective By Wim van Wegen, GIM International

For three days each year, the world’s geospatial community comes together at Intergeo. For most attendees, it’s about seeing the technology on display and talking to fellow professionals. But how does the event look through a reporter’s eyes? As head of content for GIM International, my job is to absorb as much of the goings-on as possible to share with you later. The results of my annual visit to Intergeo can generally be summed up as: a phone full of halffinished notes, a notepad packed with barely legible scribbles, enough business cards to paper a wall and sore feet. Whoever said journalism was a desk job?

For most visitors, Intergeo begins when they walk through the doors on the Tuesday. For me and my colleagues, it usually starts a day earlier. After travelling to the venue from the Netherlands on the Monday morning, we spend the afternoon unpacking boxes and setting up the Geomares stand (where we promote GIM International and our other industry publications and brands, such as Geo-matching). Around us, the halls still resemble a building site: forklift trucks move through the aisles, stands are being assembled and other exhibitors rush to complete the finishing touches. But by the next morning, it has all been ‘miraculously’ transformed into a professional, international trade show. When things get underway for real on the Tuesday, the first few hours always feel slightly overwhelming. Hundreds of exhibitors, countless demos to choose from and a diary full of appointments – with no shortage of familiar faces in the aisles to distract (and invariably delay!) me on the way to my next meeting. Gradually, though, a rhythm develops. My mind forms a mental map of the halls and I’m soon navigating my way through the maze of stands with ease. Listening above the noise Unfortunately, I have never properly measured how far I walk during Intergeo, but I know for sure that the kilometres soon add up. And the event is not only physically

tiring; it also requires considerable concentration. During almost back-to-back meetings at exhibitors’ stands, my task is to listen, ask questions and mentally assess what I hear. Is this genuinely new? Does it fit into a wider trend? Is there a story here? Who could I interview? All this happens against the unmistakable soundtrack of a major trade show: a cacophony of background noise created by thousands of people sharing the same space. Press conference The Wednesday brings an anchor point in my Intergeo schedule: the traditional press conference, where a panel of industry figureheads, leading experts and the organizers meet the international press. It’s the ideal opportunity for a sector ‘pulse check’: what is changing, what are the main concerns and what is on the geospatial horizon? Needless to say, being an accredited journalist has its perks too. I gain access to the press room, an oasis of calm where I can briefly escape the hubbub of the show floor to check my emails, re-read my notes or simply enjoy the excellent catering – and I don’t only mean the food. Good coffee is the fuel that keeps me going during Intergeo!

Emerging stories Amidst all the technology and appointments, however, the people and sense of community are what make Intergeo so special. After working in the geospatial field for so many years, it feels like I’m constantly bumping into someone I know. These spontaneous encounters matter journalistically. Whereas a scheduled

Perspectives meeting usually has an agenda, an unexpected conversation in the aisles can go anywhere – from a quick hello and brief catch-up to a detailed discussion of the state of the industry. One person mentions a development they have noticed, another questions the latest hype, and another enthusiastically recommends an exhibitor that I hadn’t considered visiting. Such encounters often spark ideas for future articles.

Trade shows are designed to generate excitement, of course. Everything is presented as new, groundbreaking or transformative. Part of the journalist’s job is to dig deeper. Which problem does this technology actually solve? Is it genuinely new and innovative? Does it improve the workflow? And will we still be talking about it in three years’ time? Having so many geospatial industry professionals gathered together under one roof – from different countries, companies, organizations and universities – is what makes Intergeo the perfect place to find answers. Thursday arrives suddenly And then it’s Thursday. In the afternoon, the aisles slowly start emptying. The final conversations take place, exhibitors begin dismantling their stands and the polished show floor reverts to something resembling the building site we encountered on Monday. My notepad is full, my

Impressions of Intergeo 2025. (Image courtesy: Intergeo / Nico Herzog Fotografie)

business-card collection has grown and my phone contains photos, notes and cryptic reminders that seemed perfectly logical when I typed them. My body and brain have also taken a beating. I usually arrive home very late that evening, both energized and exhausted, and sleep soundly. Fertile ground But Intergeo does not end for me on the Thursday. On the contrary! I spend the subsequent weeks deciphering my notes (the sooner, the better!), reviewing my photos and following up on my interactions. A demonstration I attended could become a magazine feature, a casual remark might lead to an interview, and a 20-minute conversation will perhaps spark an editorial idea months later. From a content perspective, Intergeo is very fertile ground with a long shelf life. Intergeo is where I take the geospatial industry’s temperature – not only by checking out the technology on display, but also by talking to hundreds of people to learn more about their challenges, doubts and hopes and dreams for future solutions. So maybe I should activate my step counter this year. But no matter how many kilometres I clock up, the amount of inspiration I gain makes the intensity of the three-day event more than worthwhile.

Discover the Future of Geomatics at Hall B5, Stand H059

Exhibitor Directory - INTERGEO 2026 12D UK

B6 | B6B045

BLUE MARBLE GEOGRAPHICS

2FREEDOM IMAGING SOFTWARE AND HARDWARE

B5 | B5I028

BLURRY

C5 | C5K113

360GEO

B5 | B5H018

BOHNENSTINGL

B5 | B5I045

3D TARGET

C6 | C6E102

BSF SWISSPHOTO

C6 | C6B107

3DFLOW

C5 | C5K131

BUILDINGSMART DEUTSCHLAND

C6 | C6C159

3DMAKERPRO

C6 | C6F154

BUND DER ÖFFENTLICH BESTELLTEN VERMESSUNGSINGENIEURE

C6 | C6C159

3DSURVEY

C6 | C6D115

BUNDESAMT FÜR KARTOGRAPHIE UND GEODÄSIE (BKG)

C6 | C6F113

ACCA SOFTWARE

C6 | C6B101

BUNDESNACHRICHTENDIENST

C6 | C6D103

ADV C/O LDBV BAYERN

C6 | C6D107

BUNDESWEHR

C5 | C5K146

ADVENTUM TECH

B5 | B5N059

BUSHMAN PANORAMIC

C5 | C5L132

AEROWEST

C6 | C6B107

CAD DEUTSCHLAND CDIC

C5 | C5K135

AI MAPPING

B5 | B5M049

CADDY GEOMATICS

B5 | B5I022

AI-INFRASOLUTIONS

C6 | C6C145

CADMAP - CONSULTING INGENIEURGESELLSCHAFT

C6 | C6G102

AIRBORNEHYDROMAPPING

B6 | B6D046

CALIAN GROUP

B6 | B6E056

AIRBUS DEFENCE AND SPACE / SPACE DIGITAL

B5 | B5I013

CAMPUS GEOINNOVATION

AIRPULS

B6 | B6D025

AISPECO

B5 | B5K028

C5 | C5H159, C5 | C5H160, C5 | C5H149

AKG SOFTWARE CONSULTING

B6 | B6B018

CARLSON SOFTWARE

B5 | B5H035

ALBERDING

B6 | B6A002

CATALYST (PCI GEOMATICS)

C5 | C5I119

ALLSAT

C5 | C5L114

CELANTUR

B5 | B5H016

ALLTERRA DEUTSCHLAND

B6 | B6D035

CHANGZHOU JINLI OPTICAL INSTRUMENT

C5 | C5H123

ALPHA GEO

SILVER MEMBER

C6 | C6D121

ALPHA SURVEYING TECHNOLOGY

C6 | C6C148

ALTERGEO - AIRCRAFTS

C5 | C5I158

ALTO DRONES

B6 | B6D046

AMBERG GROUP

C6 | C6C140

AMUSE ONESELF

BRONZE MEMBER

B6 | B6B010

ANALIST GROUP

SILVER MEMBER

C6 | C6F158

ANDROTEC

C5 | C5K135

ANKAGEO

B5 | B5L048

APGLOS

C6 | C6G135

APLITOP

B5 | B5I046

ARCHIZEM

C6 | C6F135

ASSECO BERIT

B6 | B6D025

ATIS.CLOUD | CYDIS

B6 | B6B058

AUTODESK

B6 | B6B019

AVT AIRBONE SENSING

C6 | C6B107

AXPO GRID

B6 | B6G057

BALKO TECHNOLOGIES

B5 | B5H010

BARAL GEOHAUS-CONSULTING

B6 | B6F003

BASETIME

B5 | B5I064

BAYERISCHES STAATSMINISTERIUM FÜR ERNÄHRUNG, LANDWIRTSCHAFT, FORSTEN & TOURISMUS

C6 | C6G109

BAYESMAP SOLUTIONS

B6 | B6A056

BAYWEISONAR

B5 | B5H053

BEIJING BDSTAR NAVIGATION

BRONZE MEMBER

B6 | B6C010

BENACO

B5 | B5M045

BENTLEY SYSTEMS INTERNATIONAL

B5 | B5K025

BIMM SERVICES

B5 | B5M048

GOLD MEMBER

CHANNEL MICROELECTRONIC CHC NAVIGATION | CHCNAV

B5 | B5H050 SILVER MEMBER

CINTOO

C6 | C6D149 B5 | B5M055

CLGE COMNAV TECHNOLOGY

B5 | B5M032

C6 | C6C159 BRONZE MEMBER

B6 | B6D022, B6 | B6A018

CON TERRA

B6 | B6D003

CONSORTIS GEOSPATIAL

B6 | B6G013

CONSTELLR

B5 | B5H003

CONTELOS

B6 | B6B019

COUNT FROM ABOVE

B5 | B5M049

CR3ATE.AI

C5 | C5K113

CREMER PROGRAMMENTWICKLUNG

C6 | C6F136

CYCLOMEDIA DEUTSCHLAND

B5 | B5H040

DAT/EM SYSTEMS EUROPE

B6 | B6G031

DATADEV

C6 | C6F123

DATALABS

C6 | C6G107

DATIE INS SURVEYING TECH OF GUANGZHOU

C6 | C6G125

DEEPUP

B5 | B5I001

DELTAIOT

C5 | C5K124

DESIGNSENSE SOFTWARE TECHNOLOGIES

C5 | C5K135

DEUTSCHE GESELLSCHAFT FÜR KARTOGRAPHIE (DGFK

C6 | C6C159

DEUTSCHE HYDROGRAPHISCHE GESELLSCHAFT

C6 | C6C159

DEUTSCHE INFRASOFT

C6 | C6A103

DEUTSCHE TELEKOM BUSINESS SOLUTIONS

B5 | B5H003

DEUTSCHER CHRISTLICHER TECHNIKER-BUND

C6 | C6A150

DEUTSCHER DACHVERBAND FÜR GEOINFORMATION (DDGI)

B6 | B6C052

DEUTSCHER MARKSCHEIDER-VEREIN

C6 | C6C159

DEUTSCHES ZENTRUM FÜR LUFT- UND RAUMFAHRT (DLR)

B5 | B5K015

GEOCUE GROUP

B6 | B6B040

DIAMOND AIRCRAFT INDUSTRIES

B6 | B6D046

GEODNET

B6 | B6B039

DIGITAL REALITIES SAS / TOPOTRADE

B5 | B5H001

GEO-DV

C6 | C6E115

DIVERSIFIED US

B5 | B5M047

GEOFLY

C6 | C6B107

DJI

B6 | B6D032

GEOGIS CONSULTANTS

B6 | B6C059

DMT

C6 | C6C107

GEOKOMM

B6 | B6D025

DONGGUAN DOVOH LASER INSTRUMENT

B5 | B5L015

GEOLAB

B6 | B6F011

DREAMTNS

B5 | B5L011

GEOLAS SYSTEMS

B6 | B6A056

DT MAPPING

B6 | B6B046

GEOMAGIC

B5 | B5K003

DVW E.V. - GESELLSCHAFT FÜR GEODÄSIE, GEOINFORMATION UND LANDMANAGEMENT

C6 | C6C159, C6 | C6E154

GEOMATICS, GEOLOGICAL AND GEOGRAPHERS PROFESSIONAL ASSOCIATON

C6 | C6F121

EDDYFI REMOTE MONITORING

C6 | C6C107

GEOMETRICS

C5 | C5K118

EFTAS FERNERKUNDUNG TECHNOLOGIETRANSFER

B6 | B6C052

GEOMETRICUS

C6 | C6B146

B6 | B6D040

GEOPHYSICAL SURVEY SYSTEMS

C5 | C5K118

EMLID

B6 | B6D053

GEOPLANA INGENIEURGESELLSCHAFT

C6 | C6B107

ENCARDIO RITE ELECTRONICS

C6 | C6G143

GEOPLEX GIS

B5 | B5L013

B6 | B6F004

GEO-PLUS

B6 | B6B029

EMESENT

SILVER MEMBER

EOS POSITIONING SYSTEMS

B6 | B6E066

GEOPOST VISION

C5 | C5K106

EPSON EUROPE ELECTRONICS

B5 | B5H050

GEORAIL.SOLUTIONS

C5 | C5H119

ESN ENERGIESYSTEME NORD

B5 | B5K003

GEOSYSTEMS

B5 | B5I019

ESRI

B6 | B6D009

GEOTECH BRATISLAVA

B6 | B6A004

EUROPEAN ASSOCIATION OF AERIAL SURVEYING INDUSTRIES (EAASI)

C6 | C6A104

GEOTRADE

C6 | C6B149

EUROPEAN SPACE IMAGING

B5 | B5H003

GERMAN DEEP TECH INNOVATIONS

B6 | B6D025

C6 | C6E115

GERMAN SOCIETY FOR PHOTOGRAMMETRY, REMOTE SENSING AND GEOINFORMATION (DGPF)

C6 | C6C159

GET3D.AI

C6 | C6G136

EPIC LIDAR TECH

EVOLOGICS

SILVER MEMBER

BRONZE MEMBER

EXCAV

B5 | B5M049

EXTGSI

B5 | B5N061

F. W. BREITHAUPT & SOHN

B6 | B6D065

FARO EUROPE

B6 | B6D010

FEELBAT FEIMA ROBOTICS

C6 | C6E158 SILVER MEMBER

B6 | B6A039

FIG-INTERNATIONAL FEDERATION OF SURVEYORS

C6 | C6C159

FIXPOSITION

B5 | B5L059

FJ DYNAMICS INTERNATIONAL

B6 | B6D006

FLAI

C6 | C6E106

FMI - FEYMAN TECHNOLOGY (BERLIN)

C5 | C5I120

FÖRDERKREIS VERMESSUNGSTECHNISCHES MUSEUM

C6 | C6C159

FORSENSE (SHANGHAI) TECHNOLOGY

B5 | B5M052

FPM HOLDING

B5 | B5L052

FRANKFURT UNIVERSITY OF APPLIED SCIENCES

B5 | B5L016

FRAUNHOFER-INSTITUT FÜR PHYSIKALISCHE MESSTECHNIK

B5 | B5I010

FROX

C6 | C6B128

FUKUDA LASER PRECISION INSTRUMENT

B5 | B5L026

G & W SOFTWARE

B6 | B6E049

GAF GEOSPATIAL

B5 | B5H003, B5 | B5I005

GARUDALYTICS

C5 | C5L124

GENSPOW

B5 | B5M065

GEO++

B6 | B6D052

GEOALLEN

C6 | C6G155

GEOCONSULT DEUTSCHLAND

C6 | C6F129

GEOCONSULTING

B5 | B5M046

GETAC TECHNOLOGY GEXCEL

B5 | B5K003 SILVER MEMBER

B6 | B6B006

GGS - GEOTECHNIK, GEOINFORMATIK & SERVICE

B5 | B5H025

GI GEOINFORMATIK

B6 | B6C052

GIM INTERNATIONAL

B5 | B5L012

GIS CONSULT

B5 | B5K003

GISPOINT

B5 | B5K029

GLOBAL GEOSYSTEMS

C5 | C5H139

GMV AEROSPACE AND DEFENCE

C6 | C6G154

GNS ELECTRONICS

B6 | B6G003

GOECKE

C6 | C6C113, C6 | C6C107

GOSLAM

C6 | C6C139

GOTTLIEB NESTLE

C6 | C6D128

GREENATURE SOLUTIONS GREENVALLEY INTERNATIONAL

B6 | B6C052 BRONZE MEMBER

GRIT GTER

B6 | B6F049 C6 | C6B158

SILVER MEMBER

B5 | B5K031

GUANGZHOU GEOSURV INFORMATION TECHNOLOGY

C6 | C6B140

GUANGZHOU MERIDIAN GNSS

B6 | B6D048

GUANGZHOU SPHEREFIX NAVIGATION TECHNOLOGY

C6 | C6C102

GUIDELINE GEO

B5 | B5L035

HANGZHOU LONGSHUO TECHNOLOGY

C5 | C5H121

HAPPY SURVEY

C6 | C6D121

HASSO-PLATTNER-INSTITUT FÜR DIGITAL ENGINEERING

B6 | B6D025

HAVELPORT BERLIN

B6 | B6D025

HEBEI ZHUFENG APPARATUS&METER HESAI HEXAGON

GOLD MEMBER

C6 | C6A157

KEMPTER

C5 | C5K135

B5 | B5I025

KICKTHEMAP

B5 | B5K027

C6 | C6A125, C6 | C6A114

KONTUR

B5 | B5I040 C6 | C6F113

HHK DATENTECHNIK

B6 | B6D035

KOORDINIERUNGSSTELLE GDI-DE IM BUNDESAMT FÜR KARTOGRAPHIE UND GEODÄSIE

HI-TARGET INTERNATIONAL

B6 | B6D049

KQ GEO TECHNOLOGIES

C6 | C6G129

HOCHSCHULE ANHALT/ FB AFG

C5 | C5H149

KUMO SOFTWARE

C6 | C6F136

HOCHSCHULE MAINZ - UNIVERSITY OF APPLIED SCIENCE

C5 | C5H149

LANDESAMT FÜR DIGITALISIERUNG, BREITBAND UND VERMESSUNG

C6 | C6F115

HOCHSCHULE NEUBRANDENBURG

C6 | C6F106

LANDESHAUPTSTADT MÜNCHEN

C6 | C6G103

HONEYWELL AEROSPACE - INERTIAL SENSORS AND NAVIGATORS

B6 | B6F018

LANDESVERMESSUNG UND GEOBASISINFORMATION BRANDENBURG

B6 | B6D025

HORUS | MOBILE MAPPING TECHNOLOGY

B5 | B5H018

LANDMANAGER

B6 | B6C052

HP SITEPRINT

C6 | C6A113

LANGE-ELECTRONIC

HPRC CASES - PLABER

B5 | B5K046

LASER TECH

HUNAN BYNAV TECHNOLOGY

B6 | B6A008

LASERSCANNING EUROPE

B5 | B5K045

HXGN SAFETY & INFRASTRUCTURE

C6 | C6A119

LASTOOLS LIDAR SOFTWARE - RAPIDLASSO

B6 | B6A052

IB&T SOFTWARE

B6 | B6E049

LEFIXEA

C6 | C6B159

IDC EDV

C5 | C5K135

LEICA GEOSYSTEMS

C6 | C6A125

IDCITI

C5 | C5K108

LOGICALIS CONNECTED

B6 | B6D025

C6 | C6A125

LUMIDB

B6 | B6A050

B6 | B6F053

LUP LUFTBILD UMWELT PLANUNG

B5 | B5K013

IGNW SENSO

B6 | B6A040

LUPOS3D

B6 | B6D025

ILV - FERNERKUNDUNG

B5 | B5L050

M.O.S.S. COMPUTER GRAFIK SYSTEME

C6 | C6G102

IMAJING

B6 | B6A059

MACH9

C5 | C5K139

IMPULSERADAR SWEDEN

B5 | B5K019

MAGELLANGEOINFORM SOFTWAREVERTRIEB

C5 | C5K135

INDUSTRIEANLAGEN BETRIEBSGESELLSCHAFT

B5 | B5K014

MANIFOLD TECH

C5 | C5H145

INFREST - INFRASTRUKTUR ESTRASSE

B6 | B6D025

MAPERSIVE

B5 | B5P054

ING. -BÜRO FÜR KOMMUNIKATIONSTECHNIK

B6 | B6D025

MAPSOFT

C6 | C6G113

INGENIEURGESELLSCHAFT NORDWEST

B6 | B6A040

MARBLE IMAGING

B5 | B5H003

INNOTECH-DRONE

B6 | B6A032

MECHASYS

B5 | B5L046

INOVI

B6 | B6B019

MEGAMAP

B6 | B6A012

INOVITAS DEUTSCHLAND

C6 | C6F103

MEIXNER VERMESSUNG ZT

B6 | B6G025

INSTITUT CARTOGRÀFIC I GEOLÒGIC DE CATALUNYA

C6 | C6F121

MENA3D

B5 | B5K040

INSTITUTE FOR Q-SHU PIONEERS OF SPACE

B6 | B6G019

MENSCH UND MASCHINE DEUTSCHLAND

B6 | B6B019

INTELLI SOFTWARE

B5 | B5L010

MERVISOFT

C5 | C5K135

INTERGEO REBOOKING AREA

C5 | C5H112

METASPATIAL SOLUTIONS

B5 | B5K064

INTERGEO TV

C5 | C5K103

METGIS

C5 | C5K113

INTERMETRIC GESELLSCHAFT FÜR INGENIEURMESSUNG UND RAUMBEZOGENE INFORMATIONSSYSTEME

C6 | C6D129

METTENMEIER

B5 | B5K003

MILAN GEOSERVICE

B6 | B6D046

IRS ITALIAN REMOTE SENSING

C6 | C6A104

MIRAMON - CREAF

C6 | C6F121

ISL-KOCHER

B5 | B5N048

MIVISO

C5 | C5I105

ITER SYSTEMS

B5 | B5H029

MOASURE

B6 | B6A034

ITRES, PART OF HEXAGON

B5 | B5L055

MOBIBIZ

C5 | C5K129

ITS GEO SOLUTIONS

C5 | C5K127

MOSAIC - 360° CAMERA SOLUTIONS / UNIRMI

B5 | B5H019

ITS INFORMATIONSTECHNIK SERVICE

B5 | B5K003

MOST ROBOTICS

B6 | B6A053

IVB KRAUSE + PARTNER

B6 | B6D025

MOSTATECH

B6 | B6G055

JAVAD GNSS

C5 | C5L114

MOVE SOLUTIONS

B6 | B6A016

JAWESO

B5 | B5H045

MPMSOFT TECHNOLOGY

B6 | B6A030

JOSEF ATTENBERGER

C6 | C6D132, C6 | C6D136

MRK MEDIA

B6 | B6D025

MTS SCHRODE

B5 | B5N048

MURMURATION

C6 | C6F121

MWSE - MICROWAVE SENSORS AND ELECTRONICS

C6 | C6F121

IDS GEORADAR IGI

JUNIPER SYSTEMS KAV MEDIDA

SILVER MEMBER

C5 | C5I114 B5 | B5I019

C6 | C6G145 BRONZE MEMBER

B6 | B6D065

MYZOX

B5 | B5K065

RESEPI, POWERED BY INERTIAL LABS, A VIAVI SOLUTIONS COMPANY

B5 | B5H031

N+P INFORMATIONSSYSTEME

B6 | B6B019

RIB SOFTWARE

B6 | B6B035

NAVMATIX

C6 | C6A107

RICOH

NAVTRON

C6 | C6A108

RIEGL LASER MEASUREMENT SYSTEMS

NAVVIS

C5 | C5H129

RMDATA

C6 | C6C128

NEOSPECTRA

C5 | C5H107

ROSE PLASTIC

C5 | C5K104

NGN IT SOLUTIONS

B5 | B5H006

ROTHBUCHER SYSTEME

C6 | C6D132

NHAZCA

B6 | B6G005

RUNDER TISCH GIS

B5 | B5H003

NORDALP

B5 | B5M050

RUNIONE TECH

B6 | B6G046

NOVASKY TECHNOLOGY

C6 | C6G159

RZI SOFTWARE

B6 | B6E049

NOVATEL

C6 | C6A125

SAFRAN ELECTRONICS & DEFENSE

C5 | C5I109

NOVATRON

B5 | B5I029

SANLIEN TECHNOLOGY

B5 | B5M030

NTI DEUTSCHLAND

B6 | B6B019

SATEL

C6 | C6F125

C5 | C5K113

SATLAB GEOSOLUTIONS I GÖTEBORG

C6 | C6D125, C6 | C6E125

NUBIGON NV5

GOLD MEMBER

B5 | B5M055 GOLD MEMBER

B6 | B6D015

B6 | B6D046

C6 | C6B107

SBG SYSTEMS

B6 | B6C022

SCAN & GO

C6 | C6D114

OMNISLAM

B5 | B5H013

SCAN M2

B5 | B5K007

ONOCOY SERVICES

B6 | B6G003

SCHNEIDER DIGITAL

B5 | B5K036

C6 | C6A149

SEAFLOOR SYSTEMS

B6 | B6A038

OPEN COSMOS EUROPE

C5 | C5K110

SENMOS

B5 | B5M059

OPENGIS.CH

B5 | B5L028

SEPTENTRIO

C6 | C6A125

B6 | B6B028

SETTOPSURVEY

B6 | B6G049

ORBVIEW

B5 | B5H012

SHANGHAI ALLYNAV TECHNOLOGY

C6 | C6G134

ORORATECH

B5 | B5H003

SHANGHAI APEKSTOOL OPTOELECTRONIC TECHNOLOGY

C5 | C5I125

OUSTER

B5 | B5I018

SHANGHAI ESURVEY GNSS

B6 | B6F059, B6 | B6G061

SHANGHAI INFIPAX TECHNOLOGY

B6 | B6G029

SHANGHAI MERRYPAL IMPORT & EXPORT

C6 | C6G121

SHANGHAI UBIQUITOUS NAVIGATION TECHNOLOGY

C5 | C5K114

SHANGHAI VERTAXI AVIATION TECHNOLOGY

C6 | C6G139

SHANGRAO HAODI IMP&EXP TRADING

C6 | C6G132

SHARE3DCAM

B6 | B6D001

ODP - OPEN DAY PHOTOGRAMMETRY OMNIDOTS

OPEGIEKA

ORBITS ENGINEERING FIRM

OXFORD TECHNICAL SOLUTIONS

GOLD MEMBER

B5 | B5M039

PANARO

B5 | B5K022

PANASONIC CONNECT EUROPE

C6 | C6G127

PARALLEL SPACE

B5 | B5P058

PARALLELUM

B5 | B5H030

PARETO SOLUTIONS

C5 | C5K136

PHASE ONE

B6 | B6E019

PHOTOMAP

C6 | C6A104

PIX4D

B6 | B6G022

PLAN4BETTER

B5 | B5M049

PLANET

B6 | B6C052

POINT CLOUD TECHNOLOGY

B6 | B6D025

POINT ONE NAVIGATION

C5 | C5H113

POINTCAB

B5 | B5K045

POINTLY

C5 | C5K120

PPM PRECISE POSITIONING MANAGEMENT

C6 | C6F136

PREVU3D

B5 | B5K039

PRIMIS

C6 | C6A104

PROCEQ, A SCREENING EAGLE COMPANY

C6 | C6F131

PYTHAGORAS

SILVER MEMBER

B5 | B5M046

QUANTUM-SYSTEMS

B5 | B5H049

QUECTEL WIRELESS SOLUTION

C6 | C6D102

RADIODETECTION

C6 | C6F137

REDUCT

B5 | B5L014

REFLEKTAR

C5 | C5K115

SILVER MEMBER

SHENZHEN DINGYAO SCIENCE&TECHNOLOGIES SHENZHEN SKYLAND INNOVATION TECHNOLOGY

B6 | B6A049

C5 | C5I101 BRONZE MEMBER

C6 | C6G118

SI IMAGING SERVICES

B5 | B5K006

SIERRASOFT

B6 | B6A035

SILICON SENSING SYSTEMS

B5 | B5M040

SIMACTIVE

B6 | B6A014

SINGULARXYZ INTELLIGENT TECHNOLOGY

B6 | B6C006

SKYABILITY

B6 | B6D046

SKYLINE EUROPE

B5 | B5I019

SKYMAP INNOVATIONS

B5 | B5I019

SMALLWORLD PARTNER

B5 | B5K003

SMART DELTA SYSTEMS & SOLUTIONS

B6 | B6C022

SOKKIA SOMAG AG JENA

C5 | C5H103 BRONZE MEMBER

B5 | B5L049

SOOKI

C6 | C6A102

SOUTH SURVEYING & MAPPING TECHNOLOGY

C6 | C6E135, C6 | C6D139

SPATIX

C6 | C6G137

SPIE SAG GMBH, GRID SOLUTIONS

C6 | C6E136

STABI ALERT

B6 | B6C022

STAR.AI SPATIOTEMPORAL INTELLIGENCE TECHNOLOGY

B5 | B5H008

VERBAND DEUTSCHER VERMESSUNGSINGENIEURE

C6 | C6C159, C6 | C6C158

STEC

B6 | B6B014, B6 | B6C014

VERBÄNDEPARK

C6 | C6C159

VERMCAD

B5 | B5M061

STONEX

C6 | C6C136

VERMESSUNG3D

C6 | C6D135

SUPERMAP SOFTWARE

B6 | B6D036

VERMESSUNGSBÜRO RINK

C6 | C6C135

SUZHOU FOIF

C6 | C6E159

VERMESSUNGSTECHNIK ENGELMANN

C6 | C6B128

SUZHOU GEOLENI IMPORT AND EXPORT

C6 | C6A157

VERTIGIS

SVANTEK DEUTSCHLAND

C6 | C6A110

VEXCEL IMAGING

SVGEO

C6 | C6B119

VIALYTICS

C5 | C5K141

TECHNET GMBH GRÜNDIG + PARTNER

B5 | B5K045

VIAMETRIS

B6 | B6B065

TECHNISCHE UNIVERSITÄT DARMSTADT

B5 | B5L016

VIPTA

B5 | B5M049

TELEDYNE

C6 | C6F107

VIRTUAL SURVEYOR

B6 | B6G064

TELEDYNE VISION SOLUTIONS

C6 | C6F107

VIRTUALCITYSYSTEMS

C6 | C6F159

TERRA ADVANCED TECHNOLOGIES

C5 | C5L130

VISICOM

B6 | B6B032

TERRADATA

B5 | B5K023

VITERRA-ROBOTICS (CHENGDU) TECHNOLOGY

B5 | B5L039

TERRASOLID

B6 | B6D028

WENGER-WIETHÜCHTER VERMESSUNGSTECHNIK

C6 | C6B128

TERSUS GNSS

B6 | B6G018

WICHMANN VERLAG IM VDE VERLAG

B5 | B5I049

THE GEOHOLICS

C5 | C5I113

WINGTRA

B6 | B6E045

THE GREEN BRIDGE ING. GESELLSCHAFT

B6 | B6D025

WONCAN (HONG KONG)

THE STATE SERVICE OF UKRAINE FOR GEODESY, CARTOGRAPHY AND CADASTRE

C5 | C5H105

WOOLPERT WORLD GEOSPATIAL INDUSTRY COUNCIL

B6 | B6F046

TIANJIN QL MEASUREMENT & CONTROL TECHNOLOGY

B5 | B5H002

WORLDSENSING

B5 | B5M038

TIANJIN XINYING PHOTOELECTRIC INSTRUMENT

B5 | B5M052

WUDA GEOINFORMATICS

TIKI TECHNOLOGIES INT'L

C6 | C6G128

WUHAN GEOSUN NAVIGATION TECHNOLOGY

TINYMOBILEROBOTS

B6 | B6G053

TKI

B5 | B5I003

WUHAN MENGXIN TECHNOLOGY

B5 | B5I065

TOKSURVEY INFORMATION TECHNOLOGY

B6 | B6B022

WUHAN YUSHENG OPTOELECTRONIC

B6 | B6A020

B5 | B5H059

XENOMATIX

C6 | C6E105

TOPODOT SOLUTIONS

B6 | B6D014

XEOS IMAGING

C5 | C5I107

TOPOFLIGHT SYSTEMS

B5 | B5L049

XGRIDS

B6 | B6D002

TOPOGEOS

C6 | C6E103

XIMEA

B5 | B5N052

TOPTECH INTELLIGENT TECHNOLOGY

B5 | B5H004

XSENS TECHNOLOGIES

TOTALITE

B5 | B5L018

YELLOWSCAN

SILVER MEMBER

B6 | B6E053

TRANSCAD DIGITAL SOLUTIONS

C5 | C5I127

ZEUSCH AVIATION

GOLD MEMBER

B6 | B6B036

TRE ALTAMIRA

C6 | C6F129

ZHUHAI PRECISE TECHNOLOGY

B6 | B6D035, B6 | B6G033

ZOLLER & FRÖHLICH

TRIPLE-IN

B6 | B6A060

ZVNAV TECHNOLOGY (XI'AN)

B5 | B5K059

TUALCOM GERMANY

C5 | C5L118

ZZCOMM TECHNOLOGY (SUZHOU)

C5 | C5L128

TYKER CONSTRUCTION

C6 | C6G120

U-BLOX

C6 | C6B113

UNIVERSITÄT POTSDAM, DIGITAL ENGINEERING FAKULTÄT

B6 | B6D025

UNIVERSITÄT TÜBINGEN - TÜBINGER ZENTRUM FÜR WISSEN

C5 | C5H160

UNIVERSITY OF SALZBURG | DEPARTMENT OF GEOINFORMATICS – Z_GIS & UNIGIS

C5 | C5H159

UNRE (HANGZHOU) INFORMATION TECHNOLOGY

C6 | C6F139

UP42

B6 | B6A010

URBETHO CF

B5 | B5I019

US RADAR

B5 | B5L045

VEKTORIO

B5 | B5I029

TOPCON EUROPE POSITIONING

TRIMBLE GERMANY

GOLD MEMBER

SILVER MEMBER

B6 | B6F003 SILVER MEMBER

B6 | B6D019

B5 | B5L007 GOLD MEMBER

B5 | B5H039

C6 | C6E135 SILVER MEMBER

C6 | C6B103, C6 | C6C103

B6 | B6E067

B5 | B5L022 SILVER MEMBER

B5 | B5L034

The best SLAM-based mobile scanner in its class. Emesent GX1 is an all-in-one mobile scanner combining SLAM, LiDAR, RTK, PPK and 360 panoramic imagery into a quick-to-deploy unit designed to accelerate survey operations.

See it live at INTERGEO 2026! Booth #B6-D040