Growth of the 3D Scanning Market
The global Terrestrial Laser Scanning (TLS) market accounted for $4.1 Billion in 2022 and is projected to achieve a market size of $8.3 Billion by 2032.1 The substantial projected growth is indicative of the increasing demand for 3D scanning technologies across a wide range of industries including AEC, facility management, real estate, insurance, mining, forensics, entertainment, gaming and more. Over the past decade, 3D scanning solutions have expanded beyond the traditional TLS offerings and into more mobile and easier to use solutions. They have also continued to come down in price which further fueled the prevalence of 3D reality capture.
The Value of 3D Scanning
A study published in the journal Buildings provides a cost-benefit analysis of employing laser scanning in the AEC industry, and the findings indicate that laser scanning significantly reduces manpower input and project time, offering a quantifiable economic value2. These findings have become increasingly clear to the specialty service providers and the top tier companies in the AEC space, but due to the cost of equipment and expertise, it hasn’t yet been able to reach its full potential. The significant impact of 3D scanning can be accelerated by making it more accessible to new markets through the use of affordable and easy to use technology, and the advent of 360-degree cameras and AI can lead the way.
Laser-Free 3D Scanning - Unlocking a New Dimension for Everyone
When we talk about 3D scanning we typically talk about the creation of 3D point clouds, a collection of data points in space produced by laser scanners, which is in effect, a visualization of the structure captured. Similarly, 3D textured meshes are detailed representations combining these points into a mesh, overlaid with textures to create a realistic model. Going forward, even more advanced visualizations like Gaussian Splatting will continue to improve upon the realism.
Today, the power of 360-degree cameras is not limited to creating immersive virtual tours but also extends to constructing intricate 3D point clouds and textured meshes. This incredible leap is made possible through AI-powered solutions, like those offered by Cupix, bringing 3D capture to a wide array of professionals and enthusiasts. Gone are the days when 3D scanning was a privilege of the few with access to high-end equipment and specialized knowledge.
LiDAR based phones also offer a cost effective way to collect 3D scans. The process of collecting the scans with a phone or tablet requires that the user points the camera and LiDAR sensor in the direction of the surfaces for collection. This provides an easy and intuitive way to essentially “paint the room” as you scan. But the collection of a 3D scan with a 360 camera is much faster and easier.
The main difference between the phone and the 360 camera is that with the 360 video collection, you simply walk through the site without the need to direct the scan. For example, to scan a room with a 360 camera you can simply walk through in a few seconds, but with the phone you would need to stop and point it in every direction as you move through the room. For larger capture sites and outdoor areas this can be the difference between minutes and hours.
360 Cameras: The Key to Accessible 3D Modeling
With recent innovations in SLAM, Neural 3D algorithms and AI, 360-degree cameras have transformed from gadgets capturing panoramic views to versatile tools for 3D modeling. With continuous improvements in resolution, exposure and stabilization, these cameras are now capable of providing panoramic video for use in the generation of 3D models. Cupix has partnered with the major 360-degree camera suppliers to create the leading solutions available.
Cupix uses Artificial Intelligence (AI) and proprietary algorithms to automatically generate the 3D point clouds and texture meshes that were once deemed too costly or complex for non-specialists.
CupixVista: Simplifying the Complex
Cupix has introduced a simply Do-It-Yourself (DIY) software service, opening a new chapter in 3D reality capture. Anyone with a 360-degree camera can now be part of this revolution. Simply walking through a site and recording a 360 video is all that is required to capture a 3D scan. The video is then uploaded to the CupixVista processing site, and within a few hours, it is ready for download. The user is then able to view and measure the resulting 3D visualization and panoramic images in the free VistaPoint viewer.
The service doesn't just stop at visualization. Users have the flexibility to export the captured images, point clouds, and textured meshes for further use. This feature opens up a world of possibilities for analysis, sharing, and integration with other applications.
Expanding Horizons for Diverse Fields
This technology is a game-changer for professionals across various sectors.
Architects and building owners can now easily capture and interact with 3D models of their projects, enhancing planning and maintenance. Crash and crime scene investigators can reconstruct scenes with an accuracy that was previously unattainable without significant investment. Moreover, 3D enthusiasts and hobbyists can explore and create 3D models of their environments without the barrier of complexity or cost.
Cupix's DIY laser-free scanning solution, leveraging 360 cameras to create 3D point clouds and textured meshes, presents a versatile tool for various industries and applications. Here are the top 10 applications for this technology:
Architecture: Enables architects to make early design decisions or feasibility studies. It also provides visualizations and virtual walkthroughs for design proposals and client presentations.
Construction: Facilitates site monitoring, documentation of as-built conditions and issues early in the construction phase.
Real Estate and Property Marketing: Offers immersive virtual tours that enhance property showcasing and remote viewing experiences.
Interior Design and Space Planning: Assists designers in accurate space measurement and visualization of furniture arrangements and decor choices.
Urban Planning and Smart Cities: Provides a tool for visualizing future developments and planning infrastructure within urban contexts.
Historical Preservation: Allows for the non-invasive documentation of cultural heritage sites, aiding in their preservation and study.
Virtual Reality (VR) and Augmented Reality (AR) Content Creation: Creates detailed environments for immersive VR and AR experiences in entertainment and education.
Environmental and Geological Studies: Useful for broad environmental surveys and initial site assessments.
Insurance and Property Assessment: Supports accurate property assessments for risk management and claims processing.
Law Enforcement and Forensic Analysis: Aids in crime scene documentation and preliminary analysis, providing a digital record for investigations.
Archaeology and Cultural Heritage: Enables detailed recording of excavation sites and artifacts for research and preservation without physical intrusion.
These applications showcase the versatility and potential of Cupix's scanning solution across various domains, enabling detailed analysis, planning, and visualization without the traditional constraints of time, cost, complexity, and physical access.
3D For All: A New Reality
Cupix's new laser-free solution democratizes 3D reality capture, making it more accessible to a broader audience than ever before. It lifts financial and technical barriers, inviting all who are interested to engage with 3D modeling. This is more than a technological advancement; it's a step towards an inclusive future where anyone can document and analyze the world in three dimensions.
In conclusion, as 360-degree cameras become more common and AI technology continues to advance, 3D scanning becomes not a luxury, but a standard tool at our fingertips. Thanks to companies like Cupix, we are entering an era where '3D for all' is not just a slogan, but a reality.