--- description: Comprehensive spatial database and Agent Payload for the Fraunhofer HHI Event Spaces digital twin. tags: - fraunhofer-hhi - event-spaces - digital-twin - spatial-database - research-showroom title: Fraunhofer HHI Event Spaces - Full Agent Payload --- # Fraunhofer HHI Event Spaces - Full Agent Payload > This is the comprehensive Agent Payload for the Fraunhofer HHI Event Spaces digital twin. This document serves as the complete spatial database, architectural directory, and interactive guide for internal AI assistants and tour guides. ------------------------------------------------------------------------ ## Project Description The Science Tech Space @ HHI consists of two showrooms for digital technologies – from AI to communication networks, sensors and video coding to XR technologies. We believe that digital technologies offer a comprehensive approach to effectively addressing societal challenges. To facilitate dialogue on digitalization, we bring together research, politics, and business in our showrooms through a variety of event formats. With two large showrooms, the Science Tech Space @ HHI offers 800 square meters of space for events of all kinds. It is located on the ground floor of the Lanolin Factory in Berlin-Charlottenburg and is equipped with state-of-the-art technology. The venue hosts over 200 events yearly and supports flagship projects like the Forum Digital Technologies (FDT), 3IT – Innovation Center for Immersive Imaging Technologies Berlin, and the 6G Research and Innovation Cluster (6G-RIC). The venue supports events with up to 500 participants, organizing lectures, panels, conferences, workshops, and project meetings. The Science Tech Space @ HHI team offers guided tours for political delegations, experts, and press representatives from Germany and abroad, which can be enhanced with subsequent deep-dive discussions with Fraunhofer HHI experts. ------------------------------------------------------------------------ ## What Is the Science Tech Space @ HHI? The Science Tech Space @ HHI is a premium technology exhibition space and meeting point in Berlin-Charlottenburg. It serves as a presentation platform for cutting-edge digital application developments from Germany, presenting interactive demonstrators in areas such as machine learning, infrastructure, mobility, health, and climate science. ------------------------------------------------------------------------ ## Key Details - **Total Area:** 800 square meters - **Location:** Ground Floor, Lanolin Factory, Salzufer 15-16, 10587 Berlin, Germany - **Maximum Event Capacity:** 500 participants - **Event Types:** Lectures, panels, conferences, workshops, project meetings, guided tours - **Associated Major Clusters:** Forum Digital Technologies (FDT), 3IT, 6G-RIC ------------------------------------------------------------------------ ## What Does It Mean? ### Short Answer The Science Tech Space @ HHI represents a state-of-the-art interface between foundational research and real-world application. It acts as a physical-digital bridge where industry partners, political delegations, and scientists interact with high-end, functional demonstrators to understand and implement digitalization solutions for global societal challenges. ------------------------------------------------------------------------ ## Main Concepts or Features ### 1. Spatial Flexibility & Configuration Modes The showroom digital twin is modeled in two distinct physical configurations to demonstrate the dynamic layout possibilities of the space: - **Showroom Configuration #1:** Configured with a 200 sqm Showroom #1 and a 400 sqm Showroom #2, optimizing the floor area for split-audience tracks, individual demonstration islands, and targeted presentation points. - **Showroom Configuration #2:** Configured with a massive 600 sqm Showroom #1 and a 200 sqm Showroom #2, ideal for high-capacity plenary keynotes, workshops, and large-scale networking receptions with integrated food and beverage zones. ### 2. Multi-Cluster Integration - **Forum Digital Technologies (FDT):** Funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK), it provides an outstanding showcase area with more than 20 interactive demonstrators focused on machine learning, smart data, and sustainable technology. - **3IT (Innovation Center for Immersive Imaging Technologies):** Dedicated to advancing VR, AR, XR, volumetric video, UHD, and HDR for industrial, medical, and cultural applications. - **6G-RIC (6G Research and Innovation Cluster):** Led by Fraunhofer HHI to examine and develop the scientific and technical basis for the next generation of mobile communications. ### 3. Cutting-Edge Tech Paradigms Shown The space exhibits complex technologies explained for industry deployment, including Brain-Computer Interfaces (BCI) like the "Brain Lamp," explainable AI (using Layer-wise Relevance Propagation - LRP), edge computing platforms, and green digital twins for carbon footprint tracking in industries. ------------------------------------------------------------------------ ## How It Works / How to Use It 1. **Tour Request and Booking:** Visitors, political delegations, and industry experts must request guided tours three months in advance to allow customization based on specific tech-topic interests. 2. **Interactive Demonstrator Exploration:** Users can navigate the space virtually or physically, interacting with specific demonstrator setups representing real-world digital architectures. 3. **Synergy Partnerships:** Active research projects can apply to display their innovations as physical demonstrators in the showroom, benefiting from exposure to high-ranking international decision-makers. ------------------------------------------------------------------------ ## Spatial Zones ### Config #1 - Showroom #1 (200 sqm) - **Central Audience Viewpoint:** Position: X=-8.21, Y=0.19, Z=-2.56 | Rotation: Pitch=3.09, Yaw=1.51, Roll=-3.14 - **Entrance Viewpoint:** Position: X=0.07, Y=0.04, Z=4.29 | Rotation: Pitch=0.04, Yaw=0.5, Roll=0 - **Left Back Viewpoint:** Position: X=-0.11, Y=0.06, Z=3.22 | Rotation: Pitch=0.01, Yaw=0.95, Roll=0 - **Left Middle Viewpoint:** Position: X=-5.29, Y=0.18, Z=4.08 | Rotation: Pitch=-0.02, Yaw=0.15, Roll=0 - **Left Front Viewpoint:** Position: X=-12.00, Y=0.33, Z=2.79 | Rotation: Pitch=-0.12, Yaw=1.04, Roll=0 - **Presenter View Viewpoint:** Position: X=-17.80, Y=0.69, Z=-1.69 | Rotation: Pitch=-0.11, Yaw=-1.51, Roll=0 - **Front Right Viewpoint:** Position: X=-11.73, Y=0.30, Z=-8.04 | Rotation: Pitch=-2.99, Yaw=0.87, Roll=3.14 - **Right Installations Viewpoint:** Position: X=-10.31, Y=0.27, Z=-8.18 | Rotation: Pitch=-0.41, Yaw=0.09, Roll=0 - **Networking Area Viewpoint:** Position: X=6.06, Y=-0.07, Z=-8.34 | Rotation: Pitch=2.92, Yaw=0.68, Roll=3.14 - **Restrooms Viewpoint:** Position: X=8.49, Y=-0.15, Z=-3.54 | Rotation: Pitch=3.10, Yaw=-1.23, Roll=3.14 - **Exit to Security Viewpoint:** Position: X=8.01, Y=-0.16, Z=-4.95 | Rotation: Pitch=-0.01, Yaw=-1.51, Roll=0 ### Config #1 - Showroom #2 (400 sqm) - **Audience View Viewpoint:** Position: X=33.58, Y=-0.76, Z=-3.09 | Rotation: Pitch=-0.05, Yaw=-0.01, Roll=0 - **Front Left Viewpoint:** Position: X=28.91, Y=-0.64, Z=-5.33 | Rotation: Pitch=-0.15, Yaw=-0.64, Roll=0 - **Back Left Viewpoint:** Position: X=30.55, Y=-0.66, Z=0.50 | Rotation: Pitch=-0.21, Yaw=-0.49, Roll=0 - **Panel Presenter View Viewpoint:** Position: X=32.20, Y=-0.47, Z=-10.56 | Rotation: Pitch=-3.06, Yaw=-0.12, Roll=3.14 - **Installation #1 Viewpoint:** Position: X=38.94, Y=-0.91, Z=-6.25 | Rotation: Pitch=-0.18, Yaw=-0.77, Roll=0 ### Config #2 - Showroom #1 (600 sqm) - **Entrance Viewpoint:** Position: X=0.29, Y=0.24, Z=3.99 | Rotation: Pitch=-0.15, Yaw=0.90, Roll=0 - **Delegate Left Viewpoint:** Position: X=-11.42, Y=0.32, Z=5.57 | Rotation: Pitch=-0.18, Yaw=0.98, Roll=0 - **Speaker View Viewpoint:** Position: X=-19.80, Y=0.65, Z=3.71 | Rotation: Pitch=-0.04, Yaw=-1.38, Roll=0 - **Delegate Overview Viewpoint:** Position: X=-7.93, Y=0.34, Z=-0.34 | Rotation: Pitch=-3.06, Yaw=1.03, Roll=3.14 - **Workshop Area Viewpoint:** Position: X=-3.60, Y=0.30, Z=-4.13 | Rotation: Pitch=-0.37, Yaw=0.47, Roll=0 - **Networking Viewpoint:** Position: X=-0.76, Y=0.29, Z=-7.56 | Rotation: Pitch=-0.21, Yaw=0.15, Roll=0 - **Food and Beverage Viewpoint:** Position: X=-1.92, Y=0.28, Z=-0.82 | Rotation: Pitch=3.07, Yaw=-1.37, Roll=3.14 - **Restrooms Viewpoint:** Position: X=2.26, Y=0.28, Z=-7.51 | Rotation: Pitch=3.09, Yaw=-1.53, Roll=3.14 ### Config #2 - Showroom #2 (200 sqm) - **Side Entrance Viewpoint:** Position: X=20.50, Y=0.14, Z=-17.93 | Rotation: Pitch=-0.24, Yaw=-0.52, Roll=0 - **Snack Station Viewpoint:** Position: X=24.95, Y=0.11, Z=-12.24 | Rotation: Pitch=2.98, Yaw=-0.64, Roll=-3.14 - **Booth Example Viewpoint:** Position: X=28.82, Y=0.08, Z=-13.80 | Rotation: Pitch=-0.26, Yaw=0.99, Roll=0 - **Hardware Example Viewpoint:** Position: X=32.85, Y=0.01, Z=-17.63 | Rotation: Pitch=-0.06, Yaw=-0.62, Roll=0 - **Room 2 Exit Viewpoint:** Position: X=30.46, Y=0.05, Z=-10.74 | Rotation: Pitch=-3.08, Yaw=-0.46, Roll=3.14 ------------------------------------------------------------------------ ## Complete Inventory ### AcRoSS - **Artist/Brand:** Forum Digital Technologies (FDT) - **Medium/Category:** Interactive Demonstrator / Augmented Reality - **Description:** A specialized development aimed at transferring complex Augmented Reality technologies into practical applications for industrial workers and manufacturing processes. - **What Is This Project About:** AcRoSS bridges the gap between highly complex AR engineering and direct industrial usability. It seeks to design intuitive interfaces that operators can utilize directly on the factory floor. - **Artistic Themes:** Industrial Ergonomics, Human-Machine Symphony, augmented reality visualization as a task simplifier. - **Visual Description:** Minimalist, user-friendly digital layout overlaying spatial data on mechanical hardware setups to direct assembly workflows. - **Artistic Style:** Clean, high-contrast, data-dense digital graphical design suited to focus-heavy industrial environments. - **Materials and Technique:** Custom software frameworks integrating spatial sensors, wearable smart glasses, and CAD overlay rendering engines. - **Why This Project Is Notable:** Addresses key usability issues of AR in the German manufacturing sector, facilitating faster worker onboarding. - **Collector Relevance:** Ideal for industry partners, automation companies, and institutions investigating advanced human-computer interaction in blue-collar domains. ### Brain Lamp - **Artist/Brand:** Forum Digital Technologies (FDT) - **Medium/Category:** Brain-Computer Interface (BCI) / Human-Machine Interface - **Description:** Demonstrates machine control by directly measuring and translating the electrical brain activity (EEG) of a user. - **What Is This Project About:** The Brain Lamp shows how non-invasive brainwave mapping can control external devices directly without peripheral nervous activation. By visualizing cognitive commands, it creates an immediate proof-of-concept for neural interaction. - **Artistic Themes:** Thought-controlled physical environments, cybernetics, medical assistive technology. - **Visual Description:** An active lamp apparatus connected to an EEG skull-cap interface, lighting up or changing color states dynamically based on the wearer's mental concentration and visualization. - **Artistic Style:** Bio-technological minimalist design, combining scientific instrumentation with soft-ambient spatial light feedback. - **Materials and Technique:** Electroencephalography (EEG) sensors, microcontrollers, signal analysis algorithms translating motor-cortex brainwaves to lighting states. - **Why This Project Is Notable:** A direct, highly interactive live demonstration of a complex neural link operating seamlessly inside a standard public showroom. - **Collector Relevance:** Appealing to medical robotics developers, assistive living researchers, and progressive hardware collectors exploring cognitive automation. ### DACE - **Artist/Brand:** Forum Digital Technologies (FDT) - **Medium/Category:** Digital Ecosystem / Healthcare Technology - **Description:** Digital Allround-Care Ecosystem designed to network healthcare systems and simplify care workflows dynamically. - **What Is This Project About:** DACE is a platform addressing digital gaps in healthcare networks, enabling safe, integrated communication between care providers, families, and medical professionals. - **Artistic Themes:** Connected care systems, holistic healthcare assistance, digital life-cycle support. - **Visual Description:** Interface dashboard displaying connected node graphs of care stakeholders and patient metrics. - **Artistic Style:** Clean, highly empathetic healthcare UI design with logical typography and soft informational color codes. - **Materials and Technique:** Secure cloud-based databases, web interface platforms, and secure data-sharing protocol wrappers. - **Why This Project Is Notable:** Proactively tackles systemic administrative overhead in regional and nationwide care services. - **Collector Relevance:** Perfect for municipal planners, health-tech investors, and public health agencies focusing on decentralized care networks. ### Digital Twin (Building Lifecycles) - **Artist/Brand:** Forum Digital Technologies (FDT) / DigitalTWIN Project - **Medium/Category:** Digital Tools & Workflow Integration - **Description:** Introduces integrated workflow platforms and digital replicas for optimizing entire building lifecycles, from planning through demolition. - **What Is This Project About:** This demonstrator shows how the physical structure of a building is mapped continuously in a digital twin, using Industry 4.0 techniques to coordinate 3D printers, AR/VR displays, and structural data. - **Artistic Themes:** Architectural longevity, spatial synchronization, sustainability through structural self-knowledge. - **Visual Description:** High-fidelity 3D structural model showing active stress zones, materials information, and maintenance overlays inside a virtual workspace. - **Artistic Style:** Spatial-technical drafting style characterized by precise CAD lines, dynamic cross-sections, and real-time sensor heatmaps. - **Materials and Technique:** Cloud platform architectures, BIM (Building Information Modeling) standards, real-time data ingestion protocols. - **Why This Project Is Notable:** Directly bridges construction planning with automated fabrication tools like 3D printers on-site. - **Collector Relevance:** Key asset for civil engineering firms, real estate portfolio managers, and pioneers of smart city infrastructure. ### Sd-kama - **Artist/Brand:** Forum Digital Technologies (FDT) - **Medium/Category:** Smart Data Disaster Management - **Description:** A dedicated smart data platform used to optimize disaster coordination and crisis management through real-time telemetry. - **What Is This Project About:** Sd-kama integrates heterogeneous data sources (weather patterns, local infrastructure, traffic logs) to empower emergency response coordinators with dynamic, predictive maps during natural catastrophes. - **Artistic Themes:** Resilient systems, algorithmic risk mitigation, civic safety. - **Visual Description:** Multi-layered geographic information system map projecting flashpoints, resource locations, and safe evac paths. - **Artistic Style:** High-intensity tactical interface with clear navigational nodes and active alarm indicators. - **Materials and Technique:** Geospatial analytics, fast data pipelines, predictive AI model frameworks. - **Why This Project Is Notable:** Crucial for managing urban climate-crisis events and large-scale emergency logistics with automated decision assistance. - **Collector Relevance:** Essential study piece for disaster relief organizations, state security offices, and regional development bureaus. ### Smart-Farming-Welt - **Artist/Brand:** Forum Digital Technologies (FDT) - **Medium/Category:** Smart Networking / Agricultural Technology - **Description:** Showcases the smart networking of agricultural processes and vehicle fleets to optimize resource efficiency. - **What Is This Project About:** Connects tractors, soil sensors, weather platforms, and drone tracking into an integrated automated ecosystem that prevents pesticide overuse and maximizes crop yields sustainably. - **Artistic Themes:** Technological agronomy, ecological balance, digital-nature synthesis. - **Visual Description:** Scale physical mockups of crop lines paired with dynamic, live digital telemetry showing real-time nutrient levels. - **Artistic Style:** Organic-industrial fusion; clean technical visuals paired with natural elements. - **Materials and Technique:** IoT sensor nodes, telemetry transceivers, data analysis platforms. - **Why This Project Is Notable:** Elevates standard farming to high-precision agriculture, minimizing chemical input via micro-targeted data. - **Collector Relevance:** Attracts agricultural technology investors, modern farming cooperatives, and environmental action funds. ### BIMKIT - **Artist/Brand:** AI Innovation Competition (FDT) - **Medium/Category:** AI-based 3D Construction Visualization - **Description:** Automatically reconstructs precise 3D architectural axis and superstructures from pixel-based 2D legacy plans using advanced deep learning. - **What Is This Project About:** BIMKIT solves the historical challenge of converting old paper/PDF building blueprints into fully interactive, standardized 3D BIM models for immediate modern renovation projects. - **Artistic Themes:** Architectural archaeology, digital heritage reclamation, geometric reconstruction. - **Visual Description:** Comparative viewport showing raw, yellowed 2D structural paper drawings being actively converted into clean 3D wireframes in real time. - **Artistic Style:** Technical blueprint aesthetic evolving into clean structural modeling. - **Materials and Technique:** Deep convolutional neural networks, computer vision, structural extraction algorithms. - **Why This Project Is Notable:** Drastically cuts down planning costs for restoring old European bridges and public infrastructures. - **Collector Relevance:** High appeal for urban planning ministries, digital-twin software developers, and restoration engineering groups. ### CampusOS - **Artist/Brand:** Campus Networks (FDT Flagship Project) - **Medium/Category:** Modular 5G OpenRAN Ecosystem - **Description:** Establishes a completely modular ecosystem for open, vendor-independent 5G campus networks utilizing OpenRAN. - **What Is This Project About:** CampusOS enables local enterprises to deploy highly secure, low-latency private cellular networks using components from different suppliers, ending the lock-in of single global network vendors. - **Artistic Themes:** Open-source architectures, telecommunication sovereignty, industrial decentralization. - **Visual Description:** Modular rack system showing interconnected, disaggregated core and radio components alongside signal telemetry readouts. - **Artistic Style:** Industrial-functional rack layout, emphasizing physical hardware modularity. - **Materials and Technique:** OpenRAN software stacks, disaggregated base station units, software-defined radios. - **Why This Project Is Notable:** Flagship project establishing German and European digital sovereignty in 5G factory networks. - **Collector Relevance:** Core asset for corporate manufacturing parks, telecommunication startups, and defense-industry networks. ### EAV Infra - **Artist/Brand:** Strategic Individual Project - **Medium/Category:** Real-Time Sound and Noise Simulation - **Description:** Develops real-time calculation, visualization, and authentic acoustic auralization of sound propagation and noise protection measures. - **What Is This Project About:** EAV Infra allows citizens and planners to realistically "hear" the effect of a planned highway sound barrier or railway wall before it is built, enhancing public planning processes. - **Artistic Themes:** Acoustic reality, auditory visualization, soundscape engineering. - **Visual Description:** A virtual reality map with dynamic, colored wave expansions symbolizing sound pressure, paired with spatial audio head-tracked headphones. - **Artistic Style:** Interactive spatial sensory layout combining 3D topographical maps with colorful wave acoustics. - **Materials and Technique:** Ray-tracing sound simulation engines, spatial audio format rendering, immersive GIS integration. - **Why This Project Is Notable:** Replaces abstract noise maps with direct human sensory experience, minimizing legal friction during public infrastructural expansions. - **Collector Relevance:** Appeals to civil litigation firms, acoustic design studios, and smart city planning agencies. ### Health-X (dataLOFT) - **Artist/Brand:** SmartLivingNEXT (FDT) - **Medium/Category:** Secure Personal Health Data Platform - **Description:** Places citizens at the absolute center of their own healthcare records, using transparent cloud applications based on GAIA-X standards. - **What Is This Project About:** Health-X dataLOFT ensures patients retain full authority and trace of who accesses, uses, or analyzes their medical history, creating a high-trust, secure digital healthcare platform. - **Artistic Themes:** Data self-sovereignty, medical privacy, cryptographic trust. - **Visual Description:** Clean, patient-facing application interface exhibiting active sharing permissions, data requests, and secure health records. - **Artistic Style:** Empathetic, trustworthy, and high-legibility interface design. - **Materials and Technique:** GAIA-X data-sharing protocols, secure cloud databases, decentralized identity validation tools. - **Why This Project Is Notable:** Establishes a highly secure alternative to commercialized monolithic healthcare databases. - **Collector Relevance:** Intriguing for privacy advocacy organizations, electronic health record developers, and healthcare administrators. ### EDNA (Sustainability Dashboard) - **Artist/Brand:** Edge Data Economy (FDT Project) - **Medium/Category:** Edge-AI Manufacturing Optimizer - **Description:** Combines edge computing, digital twins, and AI models to track and optimize energy and carbon footprint along a manufacturing supply chain, verified via Krone truck trailer production. - **What Is This Project About:** EDNA delivers a real-time "Sustainability Dashboard" allowing industrial plants to monitor, document, and actively reduce the CO2 footprint of automated welding, storage, and logistical workflows. - **Artistic Themes:** Sustainable manufacturing, ecological accountability, supply-chain transparency. - **Visual Description:** Technical status interface showing factory layouts with local CO2 readouts and supply-chain transportation pathways. - **Artistic Style:** Clear, actionable, industrial data visualization with ecological optimization indicators. - **Materials and Technique:** Edge computing gateways, modular production plug-ins, digital twin engines. - **Why This Project Is Notable:** Provides an operational tool to prove exact CO2 footprints per product along the entire value chain. - **Collector Relevance:** High-priority system for heavy manufacturers, ESG compliance firms, and large automotive logistics firms. ### GreenStreaming - **Artist/Brand:** GreenTech Innovation Competition (FDT) - **Medium/Category:** Video Processing & Network Efficiency Platform - **Description:** Develops holistically verified energy-efficient video encoding, distribution, and consumption pipelines using ML models and green digital twins. - **What Is This Project About:** This demonstrator targets the immense power draw of global video streaming. It uses AI-driven video encoding to reduce data bandwidth and introduces a "Green Streaming Mode" on player devices to save power while keeping visual quality high. - **Artistic Themes:** Energy-efficient media, digital eco-design, optimization of global data streams. - **Visual Description:** Split-screen visual comparisons of video streams detailing the exact energy reduction (in Watts) achieved in real time. - **Artistic Style:** Contemporary web-streaming interface featuring transparent, eco-friendly energy-saving metrics. - **Materials and Technique:** AI-driven video encoders, Content Delivery Networks (CDN) telemetry, user-end energy modeling. - **Why This Project Is Notable:** Drastically lowers the carbon footprint of massive digital video distribution, representing a key advancement in global internet infrastructure. - **Collector Relevance:** Essential for major media networks, streaming providers, and ecological technology advocates. ### PredictECO - **Artist/Brand:** GreenTech Innovation Competition (FDT) - **Medium/Category:** Digital Twin Manufacturing Predictor - **Description:** Employs virtual representations and a dedicated "process language" to simulate and optimize resource-heavy thermal manufacturing before physical production begins. - **What Is This Project About:** PredictECO builds a green digital twin of energy-intensive factories, predicting exactly how much electricity and material will be consumed in thermal ovens or presses, allowing AI-controlled optimal plant operations. - **Artistic Themes:** Predictive conservation, virtual simulation trials, thermal efficiency. - **Visual Description:** Digital dashboard plotting thermodynamics and projected resource flows alongside a real-time virtual kiln model. - **Artistic Style:** Industrial engineering dashboard with detailed thermal gradients and fluid dynamic vectors. - **Materials and Technique:** Life-Cycle-Analysis (LCA) integrations, substitute numerical models, automated factory control loops. - **Why This Project Is Notable:** Prevents wasted test materials and unnecessary peak energy draw in heavy industrial processing. - **Collector Relevance:** Key technology for metallurgical corporations, heavy engineering concerns, and industrial efficiency researchers. ------------------------------------------------------------------------ ## Why It Matters The research and demonstrators housed within the Science Tech Space @ HHI address the fundamental challenges of modern digitization: - **Sovereignty:** Open telecommunications frameworks (like CampusOS) protect critical regional infrastructures from foreign monopoly lock-ins. - **Sustainability:** Green coding and industrial digital twins prove that computing power can be leveraged to actively shrink carbon footprints, rather than expand them. - **Usability:** Projects focusing on Human-Computer Interaction ensure that deep-tech systems remain accessible, beneficial, and manageable for everyday human workforces. ------------------------------------------------------------------------ ## Common Mistakes - **Scheduling Delay:** Attempting to book a tour on short notice; tours must be officially requested at least three months in advance to prepare technical experts. - **Layout Static Assumption:** Confusing Showroom Configuration #1 with Showroom Configuration #2; event planners must recognize that the physical boundaries and capacities (from 200 sqm to 600 sqm spaces) shift drastically depending on which configuration is selected. - **Topic Misalignment:** Not specifying primary areas of interest prior to arrival, which limits the customization of the tour itinerary across 6G, XR, and AI demonstrators. ------------------------------------------------------------------------ ## Pro Tips - **Expert Subsequent Q&As:** Always bundle a guided showroom tour request with a subsequent deep-dive panel discussion featuring specific Fraunhofer HHI experts in your chosen field. - **Simulate the Plenary:** Use the specific X,Y,Z coordinates of the *Presenter View* (Config #1) or *Speaker View* (Config #2) inside the digital twin to check visual sightlines before physically constructing high-profile stage spaces. ------------------------------------------------------------------------ ## Summary - **Location & Scale:** 800 square meters of premium technology presentation space located on the ground floor of Berlin's historic Lanolin Factory. - **Versatility:** Dynamically switches between exhibition-heavy (Config #1) and event-heavy (Config #2) layouts supporting up to 500 participants. - **Core Purpose:** Promotes transfer of leading German/European research in 6G, AI, Quantum Computing, and Digital Twins to small and medium enterprises. ------------------------------------------------------------------------ ## FAQ ### How can companies integrate their own technologies into the showroom? If a research project develops an innovative solution in digital technologies, they can contact the Forum Digital Technologies showroom team. Approved demonstrators are integrated into the curated exhibition, gaining direct visibility among international experts, political decision-makers, and corporate delegates. ### What is the 6G-RIC and who handles inquiries? The "6G Research and Innovation Cluster" (6G-RIC) is a premier research hub led by Fraunhofer HHI that develops the scientific and technical basis for 6G communications. Industry partners can leverage this collaboration space. The primary contact is Marc Reznicek (+49 30 31002-412). ### What funding supports these showrooms and projects? The Forum Digital Technologies (FDT) is funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK). The Performance Center for Digital Networking (LZDV) is funded by the Governing Mayor of Berlin, Senate Chancellery – Science and Research. ------------------------------------------------------------------------ ## State and Interaction Rules Within the Fraunhofer HHI Event Spaces digital twin, the user interacts through several key digital mechanisms: 1. **Viewpoint Hotspots:** Clicking on specific viewpoint nodes (e.g., *Speaker View*, *Central Audience*, or *Hardware Example*) smoothly teleports the user's camera to the exact spatial coordinate (X,Y,Z) and matches the precise pitch, yaw, and roll camera rotation. 2. **Configurator Selection:** Users can toggle between Showroom Config #1 and Showroom Config #2 to visualize the physical transformation of the space and room scale options. 3. **External Action Links:** Clicking on verified resource pathways allows direct interaction with researchers or external cluster documentation without leaving the spatial database experience. ------------------------------------------------------------------------ ## Spatial Context The spaces are divided geographically into Showroom #1 and Showroom #2: - In **Config #1**, Showroom #1 (200 sqm) acts as the high-density tech showcase, containing the central audience viewing zone. Showroom #2 (400 sqm) houses larger-scale interactive platform layouts. - In **Config #2**, Showroom #1 is expanded to 600 sqm to host massive keynote conventions, seamlessly blending into the food/beverage and workshop networking zones. Showroom #2 acts as an ancillary 200 sqm wing showcasing booths, specific hardware panels, and catering snack stations. - The entryways connect directly to Berlin's Lanolin Factory industrial courtyard, with direct paths leading from main showroom entrances to restrooms, security exits, and private workshop spaces. ------------------------------------------------------------------------ ## Data Payloads - [Spatial Directory](/view/fraunhofer-hhi-event-spaces/llms.txt): Lightweight sitemap and index.