# SCANTIX | Investor Pitch Deck Source: https://scantix.eu/pitchdeck/ Investor Pitch Deck SCANTIX wordmark Original robot render April 2026 Always know what‘s changing Your construction site. Instantly accessible. 95% of construction data goes unused¹ 30% of project time is lost in rework and delays³ $1.8T lost annualy in the construction industry due to inefficiencies² 1 Autodesk - Construction Disconnected Report (2020) 2 McKinsey & Company – Reinventing Construction: A Route to Higher Productivity (2017) 3 FMI – Global Construction Survey (2023) SCANTIX Original construction capture illustration Original construction capture illustration Original construction capture illustration 02 Data isn‘t the problem Consistency is Construction sites are documented Inconsistently and in different ways. The result: no reliable source, no timeline, no clarity. NO CONSISTENT CAPTURE Person C Blurry images Person B Misses areas Person A Random Angles The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far SCANTIX Original equipment or construction render Original equipment or construction render Original equipment or construction render The industry is growing At a very fast pace 03 $20B $150B+ $4B $12B+ Construction Technology Market (Global Market Size) Digital Twin Market Construction Robotics Market 2025 2030 The technology is finally here. Sensors are cheap 360° cameras \< USD 500 Robotics is accessible Built for autonomy AI is powerful Understands reality Sources: MarketsandMarkets — Digital Twin Market Forecast 2030; Fact.MR — Construction Robot Market Forecast 2035. The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far 10-20 min scan time per route 90% smaller data size Any device access your site from anywhere, anytime Fast processing and upload SCANTIX Original N.E.X robot render N.E.X 1.0 Consistent capture Every single day 04 Our N.E.X One autonomously navigates your site, captures 3D model the same way, every-time, creating a reliable day-by-day visual record you can trust. The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far REPEAT EXTRACT EXPLORE NAVIGATE 1 2 3 4 Original workflow equipment photograph The route is defined once, so every scan follows nearly the same path automatically. Original workflow equipment photograph 360 cams or LiDAR captures the site repeatedly. Getting a detailed view. Original workflow equipment photograph The scan starts and stops automatically during the mission. No Human involved SCANTIX Plan and Capture 05 The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far Original workflow equipment photograph The robot returns to its dock for charging and transfers the data without manual upload . 1 Image Capture Original building model in the processing pipeline 2 Camera Registration 3 Sparse Point Cloud Original architectural point-cloud render 4 Gaussian Splat Reconstruction Original architectural point-cloud render 5 Building Model Original building model in the processing pipeline The system turns raw capture data into a usable 3D result automatically on the server Original workflow equipment photograph The team opens the finished scan, checks what changed and marks areas that need action! SCANTIX Automation and Processing 06 The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far SCANTIX Original segmented room render Ceiling Wall Door Opening Floor Window Electrical Box Pipe Material Stack Original 3D building render Search the site… What changed this week? Which rooms are finished? Generate progress report Search the site Ask questions Generate reports So much data, AI makes it usable 07 When sites are captured this frequently, the amount of data grows fast. AI segmentation helps structure it, keep track of it, and turn it into something teams can actually use. The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far Original robot capture photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Construction dataset photograph Local changed-zone photograph Local changed-zone photograph Local changed-zone photograph Original construction Gaussian model Each scan creates a new image dataset. Moving in a similar route capturing the site. AI comparing the new dataset with the baseline. Isolating the changed zones. Send only new images for retraining. New local Gaussian patch is trained. The updated patch is stitched back into the original Gaussian Splat model. CAPTURE DATASET FILTERING LOCAL RETRAINING UPDATE 3D MODEL SCANTIX It only works if the data stays light 08 high-frequency site capture is only possible if you keep everything as lightweight as possible. Cutting unnecessary data early, training only specific areas, and updating the 3D model with small local patches. The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far Original 3D construction render **Captures** APR 10 Original construction capture from APR 10 APR 17 Original construction capture from APR 17 APR 24 Original construction capture from APR 24 MAY 01 Original construction capture from MAY 01 MAY 08 Original construction capture from MAY 08 Original captured construction model photograph N ✧ APR 10 APR 17 APR 24 MAY 01 MAY 08 Original construction measurement photograph 18.6 m² 3.210 m 6.145 m Original annotated construction photograph **MEP clash** To be resolved May 2 · Team ATA ◉ ◉ ◉ Original laptop and phone product render 3D MODEL TIMELINE MEASUREMENTS NOTES & ANNOTATIONS ANYWHERE, ANYTIME High-fidelity 3D model of your site. See progress over time with aligned, comparable captures. Accurate measurements anywhere on the site. Add notes, mark issues and track the construction. Access your site from any device, from anywhere. SCANTIX From site to insights 09 Scantix captures, processes and structures your site data so you get clear, accurate insights without the manual work. The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far Robot on a construction site SCANTIX ## Raising capital to reach deployment Stable robot system AI detection platform **€6m** Post-money valuation **12.5%** Equity for €750k **€750k** Pre-seed round Fleet expansion requires separate funding. 10 SCANTIX ## Market Germany, Austria, Switzerland **~€540m** Modelled annual opportunity Selected building completions, 2024 Germany **~34,000** Austria **6,721** Switzerland **4,177** **100** Sites at scale **€6.0m** ARR **1.1%** Of modelled market 11 SCANTIX ## Business model Robotics-as-a-Service **€4,990** Per site / month Autonomous site capture AI issue detection **€3,900** setup **57%** Target recurring gross margin **€2,843** Target gross profit per site / month 12 SCANTIX ## Growth 2027-2030 Year-end ARR targets **€180k** **€359k** **€719k** **€1.80m** 2027 2028 2029 2030 **Active sites** 3 6 12 30 Upside 2030: **50 sites / €3m ARR** 13 SCANTIX ## Investor returns Exit scenarios ### €5m exit equity value **€625k** Gross proceeds **0.83× return** ### €10m exit equity value **€1.25m** Gross proceeds **1.67× return** ### €20m exit equity value **€2.50m** Gross proceeds **3.33× return** €750k for 12.5% equity Before future dilution, tax and preferences. 14 SCANTIX ## Deployment roadmap Q4 2026 and beyond Now: fundraising. Future milestones are targets after funding close. 1 Q4 2026 ### Fundraising Raise €750k Agree pilot scope 2 Funding close ### Pre-seed secured Confirm team and build plan 3 Months 0-3 ### Stable prototype Integrate capture, upload and 3DGS 4 Months 3-6 ### Construction site pilots Test reliability on active sites 5 Months 6-9 ### AI detection and first revenue Validate AI issues with paid pilot sites 6 Months 9-12 ### Repeatable rollout Standardize setup for additional sites 15 SCANTIX Robot at the construction site Partner logo Partner logo Partner logo What is the current state 16 Automated camera capture, cloud upload and 3DGS processing are working. We still need to connect them to one stable Workflow… Then we integrate everything into one unified backpack. The Problem Market Movement Our Solution Timeline Team Capital Ask Automation Data Layer Project View Build So Far Get in touch with us! www.scantix.de finn.rothmann@scantix.de scantix\_robotics Look behind the scenes! SCANTIX Original robot render Join us in defining how construction is documented --- [SCANTIX](https://scantix.eu/) · [About](https://scantix.eu/about/) · [Contact](https://scantix.eu/contact/) · [Privacy](https://scantix.eu/privacy/) · [Agent guidance](https://scantix.eu/llms.txt)