Vizzio Technologies Pte Ltd

ASROCK, a subsidiary of PEGATRON and ASUS signed global strategic collaboration agreement with VIZZIO + POLYTRON to provide planetary-scale 3D city modeling and Real-Time interactive 3D Scene for smart city, safe city and circular city applications, powered by ASROCK Industrial-GRADE, ruggedised AIoT Edge Servers and POLYTRON.AI LIVE 3D technologies. As global urban centers continue to embrace smart city initiatives, the demand for cutting-edge, real-time monitoring and digital twin technologies has become increasingly vital. This partnership will merge VIZZIO’s unparalleled expertise in AI-driven, large-scale 3D city mapping and real-time 3D Scene Rendering and Visualisation with ASRock Industrial’s advanced Robust Edge AIoT Platform. Together, they will develop the next generation of smart city, safe city, and circular city applications. These innovative solutions will significantly boost urban safety, streamline operational efficiency, and deliver immersive, interactive, real-time 3D navigation experiences that transform how cities are managed and experienced by their inhabitants. The collaboration is poised to set a new benchmark in the integration of digital twin technology with robust, reliable hardware, paving the way for smarter, safer, and more sustainable urban environments. This partnership will provide scalable, cutting-edge solutions for a wide range of smart city applications, including smart manufacturing, Industry 4.0 implementations, traffic management systems, urban planning, and emergency response operations. By leveraging AI-enhanced neural 3D graphics technology to build 3D worlds, these solutions will enable cities and industries to optimize efficiency, enhance decision-making, and create more sustainable, responsive, and adaptive environments. The approach is designed to address the unique challenges of modern urbanization and industrialization, ensuring smarter, safer, and more connected communities. VIZZIO will leverage its proprietary AI-based City Modeling technology, EARTH ENGINE, to create highly accurate and detailed digital replicas of urban environments. POLYTRON will deploy a revolutionary class of next-generation, AI-powered spatial-aware 3D 360 cameras specifically designed for creating Digital Twins. These cameras transform your spaces into REAL-TIME 3D VIRTUAL TOUR (LIVE 3D) and interactive experiences. ASRock Industrial's Robust Edge AIoT Platform, featuring Intel's latest processors, will provide the necessary computing power to handle complex 3D rendering, 2D and 3D computer vision, real-time data processing & analytics. Press Release: - https://lnkd.in/gBvBZDae - https://lnkd.in/g4aqxcMg https://lnkd.in/g4aqxcMg

Unmanned aerial vehicles (UAVs) and UAV traffic management (UTM) have drawn attention for applications such as parcel delivery, aerial mapping, agriculture, and surveillance based on line-of- sight (LoS) links. UTM is essential to operate multiple fully autonomous UAVs safely beyond the visual line of sight (BVLoS) in the future dense UAV traffic environment. A 3D city model or map plays a crucial role in drone air traffic management by providing highly detailed and accurate representations of urban environments, including buildings, terrain, and infrastructure. These models allow drones to navigate complex city landscapes safely and efficiently by offering precise information on obstacle locations, flight paths, and restricted areas. With real-time integration of data, 3D city models help create dynamic geofencing zones, ensuring drones avoid no-fly zones and critical infrastructure. Additionally, these models support route planning and collision avoidance by allowing drones to fly at optimised altitudes and paths, reducing the risk of accidents. In air traffic management systems, 3D models are essential for monitoring and coordinating multiple drones, enabling safe and efficient urban air mobility operations. Stay tuned as we reveal our Unmanned Traffic Management (UTM) system powered by 3D CITY Maps of the World.

The increasing integration of Unmanned Aerial Vehicles (UAVs) into urban airspaces necessitates advanced traffic management systems. Traditional two-dimensional (2D) maps, while foundational, present limitations in accurately reflecting complex urban environments. The shift towards photorealistic, dimensionally accurate three-dimensional (3D) city models is paramount for effective UAV traffic management. This document explores the advantages of 3D city models in enhancing spatial awareness, ensuring safety, and optimising route planning, while also discussing the critical distinctions between 2D and 3D models in urban UAV operations. The use of photorealistic, dimensionally accurate 3D city models in UAV traffic management represents a significant advancement over traditional 2D maps. While 2D maps offer basic spatial data, they are inadequate for managing the complexities of UAV navigation in urban environments. By integrating vertical dimensions, obstacle detection, and real-time environmental data, 3D models enhance safety, optimize route planning, and improve situational awareness for UAV operators. As UAV operations expand in urban settings, the adoption of 3D models will be crucial in developing efficient, scalable, and safe air traffic management systems. In addition, the integration of city-scale 3D maps with urban infrastructure systems, including air traffic control, telecommunications networks, urban mobility platforms, emergency response systems, and utility networks, represents a significant advancement in the management of UAV operations within cities. By leveraging these integrations, cities can ensure safer, more efficient, and better-coordinated UAV traffic, supporting a future in which airspace and ground mobility are seamlessly intertwined. This holistic approach will be crucial as UAVs play an increasing role in urban logistics, surveillance, and emergency response, transforming the way cities function and manage their resources. We are currently working on integrating our 3D maps of major world cities into UAV Traffic Control Management Software. This initiative aims to enhance urban airspace management, providing accurate, real-time spatial data for safe and efficient UAV operations. Stay tuned for updates, as we will be showcasing this collaboration with several governments at one of the world’s largest airshows, demonstrating the potential impact of this technology on global UAV traffic management and urban mobility systems.

Major announcement: AIOT + LIVE 3D.

We firmly believe that top-tier individuals do not require close management; they are self-driven and capable of managing themselves effectively. We are truly blessed to have such exceptional people on our team. We’re growing across the Middle East, China, Malaysia, Vietnam, and Thailand! Join our dynamic team and be a part of this incredible journey. If you’re ready to make an impact, send your CV to hr@vizzio.ai today. Numerous exciting opportunities await you—apply now and shape the digital future with us! 1. Project Managers 2. Customer Success (BD & Sales) 3. AI Wizards (C/C++, GO, RUST, Pytorch, TensorFlow) 4. Code Ninjas (Full-Stack, Python, C#) 5. Chief Octopus aka ”baokaliao“

No one has seen Zhu Hai 珠海 in 3D, we present you this photorealistic, using 30 cm satellite imagery and SAR data. Planetary-scale city modelling platform converts 2D satellite imagery into a semantic, high-performant, photorealistic, synthetic 3D digital twin of the entire planet. In this demo, we integrated CITY-SCALE 3D Map with Street View and Indoor Space, with POLYTRON CAMERA's integrating into 3D scene, creating an unique navigation experience - REAL-TIME LIVE 3D.

Latest updated version of the entire LIVE 3D map of Zhu Hai, City. Completed within three weeks from the date of purchasing the satellite data and imagery to delivering it to our AI pipeline for processing. WE mapped and modelled the entire Zhuhai China in 3D, without aerial photogrammetry. We bring multi-modal AI-POWERED 3D modelling and mapping technologies to city-scale digital twins. VIZZIO builds the world’s leading 3D modelling and visualisation software, enabling city-scale digital twins and mission-critical dashboards for governments and enterprises. We are a global leader in the production of highly detailed digital replicas of urban landscapes, enriched with semantic 3D data, made readily available for an array of uses including gaming, simulations, training, city planning, defence, sustainability and much more,. No drones or aerial photogrammetry needed. We map and model WORLD cities into high fidelity photorealistic 3D models, backed by an AI automated pipeline that segments and understands the semantics of satellite & street images, videos, point clouds and generates DIMENSIONALLY ACCURATE geo-specific & geo-typical parametric and hyper-photorealistic 3D digital twins. Complete Globe Coverage. No Aerial Photogrammetry needed. Our 3D Digital Earth Modeling system leverages multi-petabytes of Sun-Synchronous, Low-Orbit, VHR satellite imagery, SAR and geospatial data to create a comprehensive, near real-time, planetary-scale digital representation of the Earth. Using advanced deep learning techniques, this system creates a semantic, machine-readable, and photorealistic 3D digital replica of every city on Earth. https://lnkd.in/gcTzu4VU

Exciting times are ahead as we have successfully completed a major project utilizing our city-scale 3D mapping capabilities to manage and control drone traffic in some of China’s largest cities. This project represents a significant advancement in urban airspace management, enabling precise coordination and monitoring of drone movements to ensure safety and efficiency in densely populated areas. https://lnkd.in/guMKm8RV

Mapped and Modeled Entire Zhu Hai China 1,650 sqkm. Application: UAV Traffic Management Powered by Satellite Imagery & Deep Learning. No aerial photogrammetry needed. VIZZIO map and model WORLD cities into high fidelity photorealistic 3D models, backed by an AI automated pipeline that segments and understands the semantics of satellite & street images, videos, point clouds and generates DIMENSIONALLY ACCURATE geo-specific & geo-typical parametric and hyper-photorealistic 3D digital twins. We have developed patented cutting-edge 3D modeling and visualisation software, specialising in creating city-scale digital twins and mission-critical dashboards for governments and enterprises. As a global leader in digital replication, the company uses semantic 3D data to craft highly detailed replicas of urban environments for diverse applications, including gaming, simulations, training, city planning, defense, and sustainability. Complete Globe Coverage. No Aerial Photogrammetry needed. Utilising satellite imagery and data from top geospatial providers, we can accurately model any location worldwide. The models are geometrically and positionally precise, updated through a fast, AI-driven process. The texturing of building facades is achieved using a neural network trained on imagery from over 1500 cities, classifying details like building elements and roof shapes to create photorealistic environments. Additional data integration, such as GIS and zoning information, further enhances the model's accuracy and utility. Advanced machine learning and a geographic pipeline allow VIZZIO to efficiently parse raw satellite imagery and extract detailed semantic information, continually refining the accuracy of their digital twins and outperforming traditional aerial photogrammetry methods.

Mapping and Modelling Zhu Hai 1,635 sqkm without the need for drones or aerial photogrammetry. VHR 30 cm satellite imagery. Powered by Deep Learning.