--- description: Detailed Spatial Database and Agent Payload for the Science Tech Space @ HHI and the Forum Digital Technologies showrooms in Berlin. tags: - Fraunhofer HHI - Forum Digital Technologies - Showroom Exhibition - Spatial Database title: Fraunhofer HHI Event Spaces - FDT - Full Agent Payload --- # Fraunhofer HHI Event Spaces - FDT - Full Agent Payload > This document serves as the complete, comprehensive Agent Payload and spatial database for the Science Tech Space at Fraunhofer HHI. It provides precise coordinate mappings, spatial hierarchies, and technical details for internal AI guides, tour assistants, and autonomous spatial search systems navigating the physical and virtual digital twins of these innovative showrooms. ------------------------------------------------------------------------ ## Project Description The Science Tech Space @ HHI consists of two state-of-the-art showrooms for digital technologies located on the ground floor of the Lanolin Factory in Berlin-Charlottenburg. Spanning a total of 800 square meters of flexible exhibition space, this facility serves as an essential hub where research, politics, and business converge. The showrooms host over 200 events annually—including lectures, panels, conferences, workshops, and project meetings—for up to 500 participants. By demonstrating real-world applications of emerging technologies, the showrooms seek to address critical societal and industrial challenges. They highlight key national research frameworks and collaborative networks, including: - **Forum Digital Technologies (FDT):** A prominent platform funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK) that exhibits over 20 interactive demonstrators in machine learning, mobility, infrastructure, health, and agriculture. - **3IT – Innovation Center for Immersive Imaging Technologies Berlin:** A network of scientific and industry partners advancing 3D, VR/AR/XR, Volumetric Video, UHD, and HDR technologies. - **6G Research and Innovation Cluster (6G-RIC):** A research hub led by Fraunhofer HHI exploring the scientific and technical foundations of next-generation mobile communications (6G). - **Mittelstand-Digital Zentrum Berlin:** An initiative helping small and medium-sized enterprises (SMEs) achieve AI readiness. - **Leistungszentrum Digitale Vernetzung (LZDV):** A joint initiative of four Berlin-based Fraunhofer institutes focusing on IoT, Industry 4.0, and digital transformation. ------------------------------------------------------------------------ ## What Is Fraunhofer HHI Event Space? The Fraunhofer HHI Event Space is a premium, technology-enabled commercial exhibition center and physical-digital showroom hybrid. It acts as an interactive testing ground and visibility platform for cutting-edge German and European research projects, allowing political delegations, international experts, industry leaders, and the press to experience live implementations of digital twin technologies, artificial intelligence, next-gen communication networks, and smart infrastructure. ------------------------------------------------------------------------ ## Key Details - **Street Address:** Salzufer 15-16 - **City:** Berlin - **Postal Code:** 10587 - **Country:** DE - **Total Area:** 800 sqm - **Maximum Event Capacity:** 500 participants - **Primary Focus Areas:** AI, 5G/6G Networks, Immersive Media (XR), Digital Twins, Edge/Cloud Data Spaces, Smart Farming, and Quantum Computing ------------------------------------------------------------------------ ## What Does It Mean? ### Short Answer This space represents the physical manifestation of Germany’s high-tech agenda. It translates complex, theoretical digital innovations—such as quantum simulation, decentralized energy grids, and AI-driven lifecycle analysis—into tactile, interactive physical displays. By offering a digital twin of these configurations, it allows virtual agents and remote specialists to experience the physical layout, understand spatial boundaries, and access structural descriptions of the technologies driving future commercial and ecological markets. ------------------------------------------------------------------------ ## Main Concepts or Features ### 1. Dynamic Spatial Configuration The showrooms can be physically partitioned and configured in multiple layouts depending on event size and target audience. The two primary spatial layouts modeled are: - **Configuration #1.1:** Splits the footprint into a 200 sqm Showroom #1 (optimized for entrance flow, standard audience seating, and networking) and a larger 400 sqm Showroom #2 (optimized for key panel presentations and major interactive displays). - **Configuration #2.1:** Rearranges the footprint into an expansive 600 sqm Showroom #1 (designed for large-scale delegation crowds, workshop setups, and food/beverage services) and a 200 sqm Showroom #2 (oriented around dedicated booths and hardware demonstrations). ### 2. High-Tech Transfer to SMEs Through initiatives like the Mittelstand-Digital Zentrum Berlin, the showroom provides an direct gateway for small and medium-sized enterprises to transition into "AI readiness." The space features playful and practical environments, such as the AI Escape Room, lowering the barrier of entry for complex digital transformations. ### 3. Integrated Research Clusters (3IT & 6G-RIC) The venue incorporates dedicated spaces for 3IT and 6G-RIC. Visitors can directly observe volumetric video processing, high-dynamic-range (HDR) projection, and live simulations of 6G wireless cells operating in three-dimensional environments, such as direct air-to-ground networks. ------------------------------------------------------------------------ ## How It Works / How to Use It 1. **Virtual Walkthrough Navigation:** Virtual agents can traverse the physical digital twin using precise coordinate-based viewpoints. 2. **Event & Space Booking:** Organizers must submit requests at least three months in advance to secure the 800 sqm facilities for lectures, workshops, or delegation tours. 3. **Demonstrator Integration:** Active research groups developing innovative solutions can pitch to include their physical/digital demonstrators in the permanent exhibition, gaining visibility among international experts and policymakers. ------------------------------------------------------------------------ ## Spatial Hierarchy ### Showroom #1 (Configuration #1.1) - **Size:** 200 sqm - **Viewpoints:** * **Central Audience:** Position: X=-8.21, Y=0.19, Z=-2.56 | Rotation: Pitch=3.09, Yaw=1.51, Roll=-3.14 * **Entrance:** Position: X=0.07, Y=0.04, Z=4.29 | Rotation: Pitch=0.04, Yaw=0.5, Roll=0 * **Left Back:** Position: X=-0.11, Y=0.06, Z=3.22 | Rotation: Pitch=0.01, Yaw=0.95, Roll=0 * **Left Middle:** Position: X=-5.29, Y=0.18, Z=4.08 | Rotation: Pitch=-0.02, Yaw=0.15, Roll=0 * **Left Front:** Position: X=-12.0, Y=0.33, Z=2.79 | Rotation: Pitch=-0.12, Yaw=1.04, Roll=0 * **Presenter View:** Position: X=-17.8, Y=0.69, Z=-1.69 | Rotation: Pitch=-0.11, Yaw=-1.51, Roll=0 * **Front Right:** Position: X=-11.73, Y=0.3, Z=-8.04 | Rotation: Pitch=-2.99, Yaw=0.87, Roll=3.14 * **Right Installations:** Position: X=-10.31, Y=0.27, Z=-8.18 | Rotation: Pitch=-0.41, Yaw=0.09, Roll=0 * **Networking Area:** Position: X=6.06, Y=-0.07, Z=-8.34 | Rotation: Pitch=2.92, Yaw=0.68, Roll=3.14 * **Restrooms:** Position: X=8.49, Y=-0.15, Z=-3.54 | Rotation: Pitch=3.1, Yaw=-1.23, Roll=3.14 * **Exit to Security:** Position: X=8.01, Y=-0.16, Z=-4.95 | Rotation: Pitch=-0.01, Yaw=-1.51, Roll=0 ### Showroom #2 (Configuration #1.1) - **Size:** 400 sqm - **Viewpoints:** * **Audience View:** Position: X=33.58, Y=-0.76, Z=-3.09 | Rotation: Pitch=-0.05, Yaw=-0.01, Roll=0 * **Front Left:** Position: X=28.91, Y=-0.64, Z=-5.33 | Rotation: Pitch=-0.15, Yaw=-0.64, Roll=0 * **Back Left:** Position: X=30.55, Y=-0.66, Z=0.5 | Rotation: Pitch=-0.21, Yaw=-0.49, Roll=0 * **Panel Presenter View:** Position: X=32.2, Y=-0.47, Z=-10.56 | Rotation: Pitch=-3.06, Yaw=-0.12, Roll=3.14 * **Installation #1:** Position: X=38.94, Y=-0.91, Z=-6.25 | Rotation: Pitch=-0.18, Yaw=-0.77, Roll=0 ### Showroom #1 (Configuration #2.1) - **Size:** 600 sqm - **Viewpoints:** * **Entrance:** Position: X=0.29, Y=0.24, Z=3.99 | Rotation: Pitch=-0.15, Yaw=0.9, Roll=0 * **Delegate Left:** Position: X=-11.42, Y=0.32, Z=5.57 | Rotation: Pitch=-0.18, Yaw=0.98, Roll=0 * **Speaker View:** Position: X=-19.8, Y=0.65, Z=3.71 | Rotation: Pitch=-0.04, Yaw=-1.38, Roll=0 * **Delegate Overview:** Position: X=-7.93, Y=0.34, Z=-0.34 | Rotation: Pitch=-3.06, Yaw=1.03, Roll=3.14 * **Workshop Area:** Position: X=-3.6, Y=0.3, Z=-4.13 | Rotation: Pitch=-0.37, Yaw=0.47, Roll=0 * **Networking:** Position: X=-0.76, Y=0.29, Z=-7.56 | Rotation: Pitch=-0.21, Yaw=0.15, Roll=0 * **Food and Beverage:** Position: X=-1.92, Y=0.28, Z=-0.82 | Rotation: Pitch=3.07, Yaw=-1.37, Roll=3.14 * **Restrooms:** Position: X=2.26, Y=0.28, Z=-7.51 | Rotation: Pitch=3.09, Yaw=-1.53, Roll=3.14 ### Showroom #2 (Configuration #2.1) - **Size:** 200 sqm - **Viewpoints:** * **Side Entrance:** Position: X=20.5, Y=0.14, Z=-17.93 | Rotation: Pitch=-0.24, Yaw=-0.52, Roll=0 * **Snack Station:** Position: X=24.95, Y=0.11, Z=-12.24 | Rotation: Pitch=2.98, Yaw=-0.64, Roll=3.14 * **Booth Example:** Position: X=28.82, Y=0.08, Z=-13.8 | Rotation: Pitch=-0.26, Yaw=0.99, Roll=0 * **Hardware Example:** Position: X=32.85, Y=0.01, Z=-17.63 | Rotation: Pitch=-0.06, Yaw=-0.62, Roll=0 * **Room 2 Exit:** Position: X=30.46, Y=0.05, Z=-10.74 | Rotation: Pitch=-3.08, Yaw=-0.46, Roll=3.14 ------------------------------------------------------------------------ ## Complete Inventory ### BIMKIT (AI-based Infrastructure Digitization) - **Artist/Brand:** Forum Digitale Technologien (Funded by BMWK) - **Medium/Category:** AI-driven Engineering Tool / Digital Twin Interface - **What Is This Artwork About:** Reconstructs 3D axes and structural geometry of infrastructure systems like bridges automatically from pixel-based 2D building plans using AI. - **Artistic Themes:** * *Key Idea:* Automated digitization of legacy infrastructure databases. * *Supporting Detail:* Leverages deep learning to read structural cross-sections and reconstruct 3D axes. * *Interpretation:* Drastically simplifies bridge and asset lifecycle management by bridging the gap between legacy paper plans and modern BIM workflows. - **Visual Description:** Digital representation of structural bridge plans showing automatic vectorization of curves, axis alignments, and segmented cross-sectional structural details in 3D CAD modeling interfaces. - **Artistic Style:** Technical blueprint style, high-accuracy geometric representation, structural alignment visualization with color-coded node classification. - **Materials and Technique:** AI-based image analysis, neural networks trained on technical diagrams, 3D axis calculation models, and BIM integration. - **Why This Artwork Is Notable:** Solves the bottleneck of manually digitizing physical municipal and national structural drawings. - **Collector Relevance:** Highly relevant for engineering firms, infrastructure operators, civil planners, and municipal asset managers looking to transition legacy architecture data to 3D digital twins. ### CampusOS (Open 5G Campus Networks Ecosystem) - **Artist/Brand:** Forum Digitale Technologien (Funded by BMWK) - **Medium/Category:** Network Architecture / Communication Systems - **What Is This Artwork About:** Establishes a modular, vendor-independent ecosystem for open 5G campus networks based on open radio technology and interoperable components. - **Artistic Themes:** * *Key Idea:* OpenRAN architecture for private 5G connectivity. * *Supporting Detail:* Uses open interface specifications and decoupled hardware-software stacks to prevent vendor lock-in. * *Interpretation:* Empowers enterprises to own, customize, and secure their local network infrastructures. - **Visual Description:** Modular network topology diagrams, hardware components consisting of open-access gNodeBs, centralized controllers, and performance tracking interfaces showcasing low latency. - **Artistic Style:** Minimalist modular schematic design, functional data visualization screens displaying packet delivery and channel allocations. - **Materials and Technique:** OpenRAN (Open Radio Access Network) standards, 5G core network architectures, and software-defined networking (SDN). - **Why This Artwork Is Notable:** Acts as the cornerstone for Germany's technological sovereignty in industrial and healthcare communication systems. - **Collector Relevance:** Targeted at smart factory operators, advanced hospitals, large construction firms, and automated logistics centers requiring customized, secure, and hyper-reliable networks. ### EDNA (Edge/Cloud Data Economy for Industrial Production) - **Artist/Brand:** Forum Digitale Technologien (Funded by BMWK) - **Medium/Category:** Supply Chain Optimization Dashboard / Digital Twin - **What Is This Artwork About:** Enhances ecological and economic sustainability in industrial logistics and commercial vehicle manufacturing by combining Edge and Cloud computing with AI and digital twins. - **Artistic Themes:** * *Key Idea:* Optimizing carbon footprints in industrial supply chains. * *Supporting Detail:* Employs modular production plug-ins and a Sustainability Dashboard to monitor real-time energy use and weld processes. * *Interpretation:* Integrates factory floor operations with supply logistics to operationalize corporate decarbonization strategies. - **Visual Description:** The prominent Sustainability Dashboard displaying real-time metrics, carbon footprints of heavy weld assemblies, freight routing optimizations, and supplier transport emissions. - **Artistic Style:** Analytical dashboard design with color-graded carbon metrics, interactive timeline visualizations, and 3D digital twins of shipping equipment and trailers. - **Materials and Technique:** Edge/Cloud computing, AI algorithms for automated welding process analysis, real-time LCA software connections, and standardized data exchange interfaces. - **Why This Artwork Is Notable:** Demonstrated in real-world environments at KRONE Group locations to directly counteract commercial vehicle sector cost pressures and emission standards. - **Collector Relevance:** Appeals to automotive manufacturers, freight logistics firms, Tier-1 industrial suppliers, and sustainability compliance officers. ### GreenStreaming (Energy-Efficient Media Distribution) - **Artist/Brand:** Forum Digitale Technologien (Funded by BMWK) - **Medium/Category:** Video Transmission / Green Tech Telemetry Interface - **What Is This Artwork About:** Develops end-to-end energy-efficient technologies for online video streaming from capture, encoding, packaging, and distribution via CDNs to playback on end devices. - **Artistic Themes:** * *Key Idea:* Green coding and ecological media distribution. * *Supporting Detail:* Applies AI-driven video compression to reduce data rates while maintaining high QoE, supported by a "Green Streaming" mode on user interfaces. * *Interpretation:* Mitigates the immense carbon footprint generated by modern online media demand in Europe. - **Visual Description:** Playback interfaces displaying streaming metrics, interactive toggles showing power savings under "Green Mode," and comparative heatmaps of video packaging efficiency. - **Artistic Style:** Sleek modern media UI featuring diagnostic dashboards with live CO2 estimation bars. - **Materials and Technique:** Machine Learning models for adaptive video encoding, energy consumption telemetry, content delivery network (CDN) profiling, and unified carbon calculation engines. - **Why This Artwork Is Notable:** Aims to establish a national video streaming CO2 calculator, setting a baseline for media production and consumption transparency. - **Collector Relevance:** Vital for broadcasters, streaming platforms, cloud server providers, and sustainability research organizations. ### PredictECO (Green Digital Twin for Thermal Manufacturing) - **Artist/Brand:** Forum Digitale Technologien (Funded by BMWK) - **Medium/Category:** Thermodynamic Simulation Platform / Predictive Twin - **What Is This Artwork About:** Uses a "green digital twin" to model, simulate, and optimize resource-heavy manufacturing stages (specifically thermal processes) prior to actual production. - **Artistic Themes:** * *Key Idea:* Predictive life-cycle assessment during design. * *Supporting Detail:* Employs a formalized process language to map energy, information, and material streams. * *Interpretation:* Enables predictive and corrective control adjustments before executing energy-intensive physical operations. - **Visual Description:** 3D interactive process twins mapping thermodynamic profiles, flowcharts of raw material streams, and side-by-side life-cycle analysis comparison charts. - **Artistic Style:** Scientific/industrial simulation aesthetic with thermodynamic thermal gradients, flow network topologies, and high-fidelity modeling. - **Materials and Technique:** Life-Cycle Analysis (LCA) software APIs, machine learning surrogate models for system behaviors, and advanced thermodynamic simulation algorithms. - **Why This Artwork Is Notable:** Solves the issue of late-stage eco-design alterations by frontloading sustainability evaluations directly into the CAD/simulation environment. - **Collector Relevance:** Tailored to heavy metallurgy, industrial glass/plastics processors, product design firms, and environmental compliance engineers. ### QUASIM (Quantum-Enhanced Manufacturing Simulation) - **Artist/Brand:** Forum Digitale Technologien (Funded by BMWK) - **Medium/Category:** Quantum Simulation Tool / Cloud Software Interface - **What Is This Artwork About:** Explores the integration of Quantum Computing algorithms into manufacturing frameworks to accelerate and optimize complex machining simulations. - **Artistic Themes:** * *Key Idea:* Quantum-as-a-Service (QaaS) for advanced manufacturing. * *Supporting Detail:* Tailors quantum algorithms to solve complex mechanical simulations (e.g., thermal distortions) faster than classical computers. * *Interpretation:* Democratizes cutting-edge quantum hardware for industrial design processes. - **Visual Description:** Numerical simulation windows displaying atomic structures and metal deformation stress-tests side-by-side with quantum gate circuit configurations and classical-quantum processing speed indices. - **Artistic Style:** Abstract quantum programming diagrams combined with realistic structural deformation meshes and data plots. - **Materials and Technique:** Quantum computing algorithms, hybrid classical-quantum models, Industry 4.0 frameworks, and cloud-based simulation APIs. - **Why This Artwork Is Notable:** Explores the direct, practical industrial utility of quantum systems long before general fault-tolerant quantum computing is fully established. - **Collector Relevance:** Appeals to research departments in automotive, aerospace, structural design, and metallurgy sectors seeking next-generation optimization techniques. ### 6GSky (3D Connected Sky Communication Demonstrator) - **Artist/Brand:** Forum Digitale Technologien / Fraunhofer HHI - **Medium/Category:** Telecommunication Map & Antenna Simulation UI - **What Is This Artwork About:** Provides robust, low-latency, and high-capacity communication in three-dimensional space by integrating terrestrial 5G/6G with direct air-to-ground networks and non-terrestrial satellite networks. - **Artistic Themes:** * *Key Idea:* Multi-tier 3D communications. * *Supporting Detail:* Manages seamless handovers across aircraft, drones, satellites, and ground users. * *Interpretation:* Extends high-speed communication coverage to rural or infrastructure-deprived zones via non-terrestrial networks. - **Visual Description:** An interactive 3D map showing air-to-ground radio beam paths, orbital satellite relays, flight coordinates, and live network throughput maps. - **Artistic Style:** Clean geographic map style with vector overlays, 3D flight paths, and dynamic connection strength arcs. - **Materials and Technique:** Direct Air-to-Ground Communication (DA2GC), Non-Terrestrial Networks (NTN), satellite and 5G network integration, adaptive beamforming protocols. - **Why This Artwork Is Notable:** Solves key connectivity challenges for high-speed aviation, rural communities, and disaster relief systems. - **Collector Relevance:** Crucial for drone logistics companies, civil aviation operators, satellite operators, and global telecommunications firms. ### Pebbles (Peer-to-Peer Regional Electricity Trading) - **Artist/Brand:** Forum Digitale Technologien (Funded by BMWK) - **Medium/Category:** Decentralized Energy Trading Ledger / Microgrid UI - **What Is This Artwork About:** Researches local green electricity peer-to-peer trading in regional microgrids, allowing small producers, prosumers, and local businesses to trade power directly. - **Artistic Themes:** * *Key Idea:* Decentralized local electricity markets. * *Supporting Detail:* Implemented as a test network in Wildpoldsried with AllgäuNetz GmbH to facilitate regional energy independence. * *Interpretation:* Bypasses central grid bottlenecks through localized billing and balancing. - **Visual Description:** Decentralized transaction dashboards, live energy production and consumption charts of individual households, and smart contracts execution feeds. - **Artistic Style:** Consumer-centric utility dashboards, real-time ledger records, localized map tracking of energy flows. - **Materials and Technique:** Blockchain-based trading, smart grid interfaces, microgrid telemetry, and automated transaction protocols. - **Why This Artwork Is Notable:** Establishes a scalable model for localized energy markets, turning consumers into active grid stabilization partners. - **Collector Relevance:** Targeted at local municipal utilities (Stadtwerke), energy cooperatives, residential developers, and smart-grid infrastructure companies. ------------------------------------------------------------------------ ## Why It Matters The spatial configurations and demonstrators shown at the Science Tech Space @ HHI represent the practical blueprint for Germany and Europe’s digital future. They bridge the gap between academic innovation and commercial implementation, offering a neutral ground for cross-sector collaboration. For policy-makers, the space renders the abstract concepts of cybersecurity, quantum simulation, and decentralized energy visible and understandable, driving informed legislation. ------------------------------------------------------------------------ ## Common Mistakes - **Incorrect Event Configurations:** Assuming that both configurations (Config #1.1 and Config #2.1) have the same room capacities. Showroom #1 dynamically expands from 200 sqm to 600 sqm depending on the layout. - **Late Tour Requests:** Forgetting that guided tours for delegations, expert groups, and press representatives must be requested at least three months in advance. - **Confusing AR with MR:** Classifying AR (augmenting real environments with digital data without mutual interaction) with Mixed Reality (where digital and physical elements actively influence one another, such as Microsoft HoloLens demonstrators). ------------------------------------------------------------------------ ## Pro Tips - **Pre-Visit Selection:** Before booking a guided tour, inform the Science Tech Space @ HHI team which specific topics (e.g., machine learning, quantum computing, digital twins) align with your delegation's objectives to tailor the demonstrator showcases. - **Leverage Synergies:** Utilize the FDT showroom’s high visibility to pitch your own research project's demonstrator, allowing it to be showcased directly to international political decision-makers and industrial partners. - **Cross-Reference Concepts:** Use the integrated terminology guide (such as Smart Data, LRP, OpenRAN) to understand the technical dependencies shown during the live demonstrations. ------------------------------------------------------------------------ ## Summary - **Versatility:** The ground floor offers 800 sqm of modular event space, accommodating up to 500 participants across two main configurations. - **Broad Coverage:** Host projects like FDT, 3IT, and 6G-RIC showcase interactive breakthroughs in 5G/6G, quantum-as-a-service, green video streaming, and decentralized microgrids. - **Sovereignty:** Supported by the BMWK, the showroom is a vital asset for proving German and European technological independence and SME digital integration. ------------------------------------------------------------------------ ## FAQ ### How do I register a research project to be part of the showroom? If your research project is developing an innovative solution in digital technologies, you can contact the showroom team to propose becoming part of the exhibition with your demonstrator. The FDT and Science Tech Space teams help connect selected exhibits with delegations of international experts, political decision-makers, and business partners. ### What is the difference between Showroom Configuration #1.1 and Configuration #2.1? Configuration #1.1 features a 200 sqm Showroom #1 and a 400 sqm Showroom #2, suitable for smaller audiences and focused panel presentations. Configuration #2.1 opens up Showroom #1 to 600 sqm (ideal for large networking sessions, workshop setups, and catering) and scales Showroom #2 to 200 sqm (oriented toward dedicated hardware booths). ### What is 6G-RIC and what does it show in the showroom? The 6G Research and Innovation Cluster (6G-RIC), led by Fraunhofer HHI, develops the scientific and technical foundations of 6G. In the showroom, 6G innovations are brought to life through interactive displays, offering industry partners a collaborative space to test the application of next-generation mobile standards. ------------------------------------------------------------------------ ## State and Interaction Rules Users and automated AI guides can navigate the virtual twin using the mapped spatial viewpoints. Interactive elements permit users to trigger spatial transitions, request precise layout measurements, examine details of the 8 prominent FDT demonstrators, and follow technical workflows. ------------------------------------------------------------------------ ## Spatial Context Both showrooms are situated on the ground floor of the historic Lanolin Factory in Berlin-Charlottenburg. Showroom #1 functions as the main gateway and social core, hosting the primary entrance points, restrooms, networking areas, and emergency exits. Showroom #2 acts as an annexed, high-intensity laboratory/exhibition wing, accommodating specialized panel stages, complex hardware installations, and catering support systems. ------------------------------------------------------------------------ ## Data Payloads - [Spatial Directory](/view/fraunhofer-hhi-event-spaces-fdt/llms.txt): Lightweight sitemap and index.