The Future of Space Planning: Why Every Architect Will Have a LiDAR App by 2027
If you are an architect, you know how this field has evolved with technology. Your predecessors relied on hand-drawn blueprints to showcase ideas to clients. Then came CAD software and BIM modeling, making it easy for architects to communicate their ideas and demonstrate the possibilities with smart space-planning solutions. But technology evolves with time, and if you think CAD and BIM modeling are the future of space planning, we have a big surprise waiting for you. We are already seeing the early trends in 2026, and by 2027, we expect every architect to use a LiDAR app for floor planning.
The Slow but Shift to LiDAR
Smartphones, particularly the iPhone, have changed the way we live. Forget for a moment that you are an architect and think of yourself as an ordinary person. The number of everyday gadgets that have quietly disappeared because of the iPhone is unbelievable. You no longer carry standalone GPS navigators, digital cameras, traditional wristwatches, MP3 players, flashlights, voice recorders, calculators, etc. The iPhone has replaced them with smarter, faster, and more connected solutions. Now, the same transformation is happening in architecture and space planning, where LiDAR apps are slowly replacing traditional measuring tools, manual documentation methods, and even traditional CAD tools.
At Room Scanner, we have a ringside view of this transformation, as architects who focus on smart space-planning solutions are slowly but gradually embracing this new technology. By 2027, LiDAR-powered applications will become standard tools in architectural workflows. Back when we launched Room Scanner, most architects considered it a novelty technology.
While some didn't think it would match the prowess of desktop-based CAD tools, others thought it was a technology of the distant future. This thought has changed as LiDAR scanning has become a necessity. In an era where clients expect you to work faster, reduce revisions, and collaborate efficiently, LiDAR technology offers a major competitive advantage.
How Does the Room Scanner App Work?
Room Scanner uses advanced LiDAR technology built into modern iPhone and iPad Pro devices to capture the space with precision. When you scan the space with your device's camera, the LiDAR sensor emits thousands of invisible laser pulses that bounce off walls, floors, ceilings, and other surfaces, helping measure depth and spatial dimensions accurately in real time. Unlike traditional camera-only scanning, LiDAR creates a far more detailed understanding of the space. Our app processes this data instantly to generate accurate floor plans and 3D room models, speeding up your workflow, and meeting your clients' needs.
Why is LiDAR Scanning a Must for Every Architect?
The architectural industry is moving toward faster and more integrated workflows, and LiDAR apps offer you several advantages, including -
- Accurate Floor Planning – LiDAR scanning allows you to capture highly accurate room dimensions and spatial details. Instead of relying on manual measurements, you can generate reliable digital layouts instantly. This advanced scanning technology eliminates human error and ensures that your floor plans are accurate to the last millimeter.
- Visualization - LiDAR-generated floor plans and 3D models provide clients with a more visual and realistic representation of the space. They understand layouts and proportions better and can make informed decisions. Your floor plans and models give them a clear idea of your design intent and help them make decisions with greater confidence.
- Faster Workflows - Traditional surveys can take hours or even days to complete and document properly. With LiDAR scanning, you can digitally map spaces and generate floor plans in minutes. The faster workflow lets you focus on creatively managing the space rather than fighting to meet strict deadlines.
- Better Renovation/Remodeling – As an architect, you know renovation projects come with hidden complexities and are difficult to measure manually. LiDAR scanning helps you overcome challenges in the existing space with smart space-planning solutions.
- Improved Communication – You work with multiple stakeholders in the project. Apart from your clients, you also need to communicate with the builder, interior designer, and local planning bodies. LiDAR-generated floor plans and 3D models improve communication.
Final Thoughts
In an AI-driven world where ordinary people can create floor plans using generative AI tools, the architectural profession is entering a new era. You must deliver faster, more accurate plans and offer your clients virtual walk-throughs to help them understand the space before construction begins. The future of space planning is LiDAR technology. By 2027, we expect it to become mainstream and the first-choice tool for smart space planning solutions.
FAQs
What is the future of space planning in architecture?
The future of space planning will be increasingly digital and mobile. Architects who adopt LiDAR-powered tools have an edge in delivering smart space-planning solutions that improve workflow efficiency and output.
Can LiDAR apps replace traditional site measurement tools?
LiDAR-enabled apps like Room Scanner eliminate the need for tape measures, graph paper, and manual sketches by capturing accurate data and converting it into 2D floor plans and 3D models.
Why will most architects use LiDAR apps by 2027?
We are in an era where project timelines are shortening, and the demand for accurate digital workflows is increasing. LiDAR apps ensure faster site surveys and better client communication through visualization, making them the obvious choice.
Can I use Room Scanner for a small project?
Yes, you can use Room Scanner for projects of all scales. From a single-room renovation to a complete property remodeling, it is your most trusted tool.
Can I generate instant 3D models using your LiDAR app?
Yes, Room Scanner is the future of space planning, and our app can generate accurate 2D layouts and realistic 3D floor plans within minutes of scanning a space.