Designera
Turn sketches and text into photorealistic architectural and interior designs in seconds.
Transform 2D sketches into photorealistic 3D designs with neural-driven interior automation.
Planner 5D has evolved into a leading AI-orchestrated architectural platform, utilizing deep learning for automated spatial planning and interior design. By 2026, the tool integrates advanced neural networks to facilitate the transition from 2D blueprints to fully immersive 3D environments. Its core architecture leverages proprietary computer vision models that recognize architectural elements from handheld photos or hand-drawn sketches, converting them into precise CAD-compatible geometries. The platform's AI assistant, 'Bernard,' utilizes Large Language Models (LLMs) specialized in architectural constraints and building codes to provide real-time design feedback and furniture selection. Beyond simple visualization, Planner 5D provides a high-fidelity rendering engine capable of 4K photorealistic output using cloud-based ray tracing. The market position for 2026 focuses on democratizing professional-grade BIM (Building Information Modeling) for DIY users while providing rapid prototyping tools for enterprise real estate developers and interior designers. The platform's ability to sync across WebGL, iOS, and Android—coupled with AR/VR deployment—makes it a robust choice for cross-platform spatial coordination.
Uses convolutional neural networks (CNNs) to parse lines, symbols, and text on architectural blueprints to generate 3D wall structures.
Turn sketches and text into photorealistic architectural and interior designs in seconds.
Turn sketches and raw photos into photorealistic architectural visualizations in seconds.
Photorealistic 3D interior visualizations from sketches and photos in seconds via high-fidelity diffusion models.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
A GPT-4 class LLM fine-tuned on interior design datasets to provide aesthetic advice and spatial optimization.
Generative adversarial networks (GANs) applied to textures to restyle an entire room based on a single reference image.
Leverages ARKit and ARCore for real-time furniture visualization within a physical space using a smartphone camera.
Server-side rendering engine that computes global illumination and complex reflections.
Heuristic algorithms that suggest furniture placement based on traffic flow and room ergonomics.
AI-driven generation of high-resolution textures from low-res source photos for custom materials.
Empty properties are difficult to sell and professional staging is expensive.
Registry Updated:2/7/2026
Homeowners struggle to visualize structural changes like removing walls.
Low conversion rates due to uncertainty of how furniture looks in-home.