Reality capture not only enhances our understanding of the physical world but also empowers industries to innovate, streamline processes, and create experiences in virtual and augmented reality environments. It enables precise measurements, visualizations, and simulations, making it invaluable for design, analysis, and decision-making. Reality capture has applications in numerous fields, including architecture, construction, archaeology, and virtual reality. It involves capturing detailed, high-resolution data about real-world objects, environments, or scenes and converting this data into digital models or representations. Reality capture refers to the process of digitally documenting and replicating the physical world, often utilizing technologies like 3D scanning, photogrammetry, LiDAR, and drones. ![]() Moreover, reality capture enables builders to create a highly accurate and comprehensive digital replica (or digital twin) of physical spaces and structures in near-real time, so closely simulating reality that you don’t even need to be on a construction site to see the latest conditions or track progress. We prefer “reality capture” as a way to think about OpenSpace technology because our solution goes beyond these inputs to let you capture the way you want, be it with cameras on drones ( with support for the Insta360 Sphere), 360° cameras, iPhone and Android mobile phones, LiDAR scanners, and even robots like Spot the dog. ![]() However, the lower cost, ease of use, and frequency of capture that OpenSpace enables make the technology an attractive, newer alternative to the more traditional means of capturing. The term “reality capture” has been around for quite some time, often used to refer to very high-fidelity 3D captures using laser scanners or LiDAR. ![]() Reality capture is essentially the same as site capture or jobsite capture. What is the difference between reality capture and site capture? From reducing travel by as much as 50% and improving communication to strengthening project management capabilities and enhancing QA/QC, companies using reality capture are seeing a significant return on their investment. Using a reality capture platform like OpenSpace, small and large builders alike can significantly streamline many of their processes to generate significant cost savings on single projects or multiple projects across an entire company. Once the capture data is uploaded to the cloud, project stakeholders can virtually walk through the jobsite by accessing the images from their desks or anywhere in the world to see site conditions in near-real time and identify issues quickly. ![]() Historically, reality capture consisted of capturing 360° images with laser scans, but OpenSpace led the way in democratizing reality capture with a more cost-effective and efficient way of capturing with 360° cameras mounted on a person’s hard hat during regular site walks. These solutions can leverage laser scans, drone images, smartphone photos, or, in the case of OpenSpace, high-resolution 360° images. Reality capture solutions offer a welcome replacement for manual methods by letting builders digitally capture, share, and analyze real-world jobsite conditions to move faster and make smarter decisions. Reality capture is one of today’s most innovative technologies transforming construction, making short work of processes like jobsite photo documentation-historically a tedious, time-consuming activity. What is reality capture used for in construction photo documentation, and how does it work? What is reality capture in construction, and what are its benefits, applications, and limitations? We’ve developed this helpful guide to answer these and other questions because we know it can be challenging to keep up with the latest innovation and technology in the construction industry.
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