Hi there! Long time no see! After our last feature test on AI tools for architectural design, many of you asked for a similar review on interior design AI tools. Well, wish granted! 🎉
We’ll begin by explaining the testing process in detail, showing exactly how these tools were evaluated — leading us to the top 10 features that are projected to shape the industry in 2026.
The Market is Getting Crowded: Why We Tested
The rise of AI, from ChatGPT to DeepSeek, has captured public imagination. Now, it's revolutionizing fields like interior design. With a flood of new tools hitting the market, designers face a new challenge: cutting through the noise to find the one that truly fits their creative workflow.
To cut through the noise, we conducted extensive research and hands-on testing of the most popular AI tools on the market. We evaluated them against core interior design needs: from initial client briefings, to refining details like lighting and materials, and handling frequent revisions. In the comparison of several leading tools used in the industry — including SUAPP AI and Midjourney — the test results suggest that SUAPP AIR performed strongly in terms of rendering accuracy and workflow integration for interior design applications.
So, what makes SUAPP AIR so suited for interior design?
We put it to the test and made a breakthrough discovery.
Breakthrough Findings: Top 10 AI Features Tested
Feature 1:Home Decoration/Public Decoration
Residential and commercial design are among the most common types of interior design projects. A key concern is whether the chosen tool can accurately render the desired visual effect from a model to achieve the project's goals.
Testing results indicate that SUAPP AIR demonstrated high rendering accuracy and maintained material consistency directly from imported models, completing processing in an average of 15 seconds.Here are the comparative results from our test.
01 Modern Style Living Room
Other AI Renderings:
● TV wall shape altered, losing the original design language
● Window positions shifted, creating inaccurate lighting and shadows
● Added numerous elements not present in the original model (e.g., decorations, lighting)
● Unbalanced spatial proportions, making areas feel cramped or excessively empty
SUAPP AIR :
● TV wall design accurately reproduced, preserving design intent
● Precise window placement with realistic lighting and shadows
● Only adds complementary elements where they don't compromise core structure
● Spatial proportions remain highly consistent with the original model
02 Commercial: Open-Plan Office Space
Other AI Renderings:
● Blurred functional zoning with unclear spatial division
● Arbitrary changes to furniture dimensions and styles
● Inconsistent aisle widths, failing to reflect actual circulation
● Chaotic material application, non-compliant with commercial standards
SUAPP AIR :
● Precise functional zoning maintaining original layout
● Preserved furniture dimensions and styles with texture enhancement only
● Aisle dimensions strictly adhering to original model
● Commercial-appropriate materials with "Material Lock" feature for precise control
Test results demonstrate that SUAPP AIR significantly outperforms other AI tools in delivering precise renderings for both residential and commercial projects. Its unique "Lock Style" and "Lock Massing" features effectively tackle common AI rendering issues such as "structural distortion and scale inaccuracy".
For professional interior designers, SUAPP AIR substantially lowers the learning curve and usability barrier of AI tools, while enhancing the controllability and professionalism of the output. It moves beyond random, "blind box" style generation to become a truly reliable design assistant for creatives.
Feature 2: 360° Panoramic Screenshot Mode
In the final delivery stage of interior design, the limitations of static renderings are becoming increasingly apparent—they fail to make clients feel truly immersed in the design. The " 360° Panoramic Screenshot Mode" allows clients to deeply experience the full scope of the design. With SUAPP AIR's implementation of this mode, every detail of the 360° panoramic view is reproduced at a 1:1 accuracy, breaking traditional barriers and elevating design presentation from flat 2D visuals to an immersive 3D experience.
01 Modern Living Room - 360° Panoramic Mode
Other AI Renderings:
● Spatial Coherence: Sofa distorts at certain angles; corner lines misalign when panning.
● Detail Consistency: Picture frame material changes from wood to metal;Details of potted plants are missing.
● Lighting Realism: Three conflicting light sources create chaotic shadows; sudden brightness shifts break immersion.
● Interaction Fluency: Slow loading with pixelation during navigation, causing visual fatigue.
SUAPP AIR:
● Spatial Coherence: Stable structure with consistent object geometry from all angles.
● Detail Consistency: Materials and textures remain identical across all viewpoints.
● Lighting Realism: Unified lighting system following physical principles for authentic ambiance.
● Interaction Fluency: Instant loading with seamless navigation for true immersion.
According to the comparison results, SUAPP AIR showed notable strengths in immersive presentation, spatial consistency, and rendering stability when using the 360° Panoramic Mode compared to the other tested tools.t has evolved from a mere rendering tool into a true spatial experience generator. This marks a shift in interior design delivery standards — from providing beautiful images to delivering complete, experiential digital spaces. For designers committed to superior user experiences and competitive edge, mastering panoramic rendering is no longer an added bonus, but an essential skill for the future.
Feature 3: Creative Board
In the initial stages of interior design, Creative Board often determines the entire project's direction. Traditionally, designers spend hours or even days sifting through countless images, collating, and adjusting to complete a single style board. SUAPP AIR's "Creative Board" function was born to revolutionize this conventional workflow. We simulated the complete process of style board creation in real-world design projects, comparing the differences in efficiency, quality, and systematization between traditional manual methods and SUAPP AIR's intelligent generation. The testing covered three distinct project types: residential living rooms, commercial offices, and restaurant spaces.
01 Residential Living Room
Other AI Renderings:
● Altered TV wall design, losing original aesthetic intent
● Misaligned windows causing inaccurate lighting effects
● Added numerous elements absent from original model (decor, lighting fixtures)
● Distorted spatial proportions creating cramped or excessively empty areas
SUAPP AIR:
● Deeply analyzes the aesthetic DNA of each style
● Accurately captures the cultural context behind design movements
● Demonstrates professional design sensibility through nuanced detailing
The results demonstrate that SUAPP AIR's Creative Board represents a qualitative leap—moving beyond superficial style imitation to achieve genuine aesthetic comprehension and recreation.
Feature 4: Content Revision
Traditional AI tools often trigger "chain reactions" when making local edits, forcing designers into endless adjustments. SUAPP AIR's "Content Revision" function was specifically designed to solve this core pain point. We simulated common modification scenarios from real design projects, comparing the precision, consistency, and coordination of traditional AI tools versus SUAPP AIR when making localized changes. The testing focused on evaluating the core capability of "modifying specified content without affecting other areas."
01 Modern to Classical Sofa Replacement
Other AI Renderings:
● Sofa style clashes with the overall space
● Coordinating elements (e.g. carpet, coffee table) unnecessarily altered
● Original spatial proportions compromised
SUAPP AIR:
● Target sofa accurately replaced per specification
● All surrounding furniture perfectly preserved
● Spatial dimensions and proportions strictly maintained
02 Replace Floor Tiles with Wood, Adjust Texture Accordingly
Other AI Renderings:• Rough material transitions with visible seams• Reflective properties mismatched with lighting• Unintended adjustments to wall colors
SUAPP AIR Renderings:• Natural and realistic material replacement• Automatic adaptation of lighting and shadows• Complete preservation of all other areas
SUAPP AIR's Content Revision function represents a technological leap from crude, full-scene regeneration to precise, localized optimization. It intelligently interprets the designer's intent while respecting the original design, executing modifications with accuracy and automatically preserving the coherence and professionalism of the overall design.
Feature 5: Brush Selection
Unlike traditional AI tools that lack the ability to refine specific areas post-rendering—often causing unintended changes to unaffected sections—SUAPP AIR's "Brush Selection" function empowers designers to make precise local enhancements. This truly embodies the design philosophy that "details define quality."
We simulated real-world local optimization scenarios, rigorously testing SUAPP AIR's precision and intelligence in partial redrawing across four key dimensions: edge processing, style consistency, detail texture, and overall harmony.
Other AI Renderings:
• Repetitive and artificial leather texture
• Stitching details not ergonomically accurate
• Reflection properties conflict with lighting
SUAPP AIR:
• Natural leather texture with rich details
• Functional stitching aligned with usage
• Seamlessly integrated reflections with environment
After 200 localized Brush Selection tests, we observed that SUAPP AIR consistently outperforms other AI tools in both overall optimization and partial reconstruction. This capability not only enhances design efficiency but, more importantly, provides designers with superior control over quality, enabling perfect execution of design intent at the micro-level.
Feature 6: One-Click Color Scheme
We selected multiple real-world project blueprints and conducted in-depth testing of SUAPP AIR's coloring performance from four key dimensions: color accuracy, material expressiveness, functional rationality, and visual hierarchy. The evaluation specifically focused on its ability to accurately translate color concepts into executable design solutions.
01 Modern Residential Living Room
Other AI Renderings:
● Severe color bleeding with blurred boundaries
● Repetitive material representation lacking texture distinction
● Unnatural brushstrokes without hand-drawn feel
● Unclear spatial hierarchy between primary and secondary elements
● Inconsistent color saturation creating visual clutter
SUAPP AIR:
● Precise color filling with clean edges and zero overflow
● Distinct brushwork accurately differentiating material types
● Natural marker-style strokes following hand-drawn principles
● Clear spatial depth achieved through color brightness variation
● Harmonious color system maintaining visual cleanliness
02 Realistic Floor Plan Coloring
Other AI Renderings:
● Repetitive material textures lacking natural variation
● Inaccurate lighting with inconsistent shadow directions
● Significant color deviation from specified palette
● Lack of detail with crude edge treatments
● Disproportionate scaling between furniture and space
SUAPP AIR:
● Authentic material textures without repetition
● Physically accurate lighting and shadow relationships
● Precise color matching to design specifications
● Professional detailing with clean edge resolution
● Accurate proportional relationships and scale control
The test results clearly demonstrate that SUAPP AIR significantly outperforms other AI tools in coloring accuracy for floor plans. It delivers professional-grade performance across both artistic hand-drawn styles and technical realistic presentations.
Feature 7: Camera Movement
During interior design reviews, single-angle renderings often fail to fully convey spatial quality. SUAPP AIR's "Camera Movement" function allows designers to freely switch perspectives within the same scene, verifying spatial coherence and visual comfort. Using a complete residential model, we tested SUAPP AIR against traditional AI tools on perspective switching, evaluating accuracy across four dimensions: spatial continuity, scale consistency, material stability, and lighting continuity.
Other AI Renderings:
● Spatial coherence: Each angle appears as an independent space
● Furniture scale: Objects like sofas and tables change size between views
● Material stability: Same material shows different properties across angles
● Lighting logic: Conflicting light sources and shadow directions
SUAPP AIR:
● Spatial coherence: Smooth transitions with strong spatial unity
● Furniture scale: Consistent object sizing maintaining proper proportions
● Material stability: Uniform material representation with natural textures
● Lighting logic: Unified light source following physical shadow behavior
The results confirm that SUAPP AIR significantly outperforms competing AI tools in both the continuity and accuracy of its Camera Movement feature, marking a qualitative leap from single-image rendering to holistic spatial experience. For professional designers committed to perfection and detail, SUAPP AIR's Camera Movement delivers unprecedented spatial verification capabilities, enabling more scientific and reliable design decisions.
Feature 8: Renovation
Designers often face situations where their creative concepts get diluted by clients' personal preferences. In many cases, using AI to generate multiple preliminary options for client selection can prevent extensive revisions later. SUAPP AIR's "Renovation" function starts from the original structure, leveraging intelligent recognition and comprehension to achieve precise interior space design and decoration — fundamentally transforming the traditional renovation workflow for raw spaces.
We selected two typical raw unit types (single-level apartments and duplex residences) to compare SUAPP AIR's performance against traditional AI tools across the entire renovation process. The evaluation focused on four key dimensions: structural recognition accuracy, functional layout rationality, pipeline handling professionalism, and renovation completeness.
01 Raw Apartment Renovation
Other AI Renderings:
● Structural handling: Partially removed load-bearing walls, posing safety risks
● Functional layout: Mixed quiet and active zones with poor circulation
● Pipeline planning: Conflicts between utility points and furniture layout
● Space utilization: Low efficiency with insufficient storage solutions
SUAPP AIR:
● Structural handling: Precisely preserved load-bearing structures
● Functional layout: Clear zoning with natural circulation paths
● Pipeline planning: Perfect alignment between utilities and furniture
● Space utilization: 92% efficiency with complete storage system
The test results demonstrate that SUAPP AIR's Renovation function significantly surpasses traditional AI tools in both accuracy and professionalism, achieving seamless integration from architectural structures to interior finishes. For renovation companies, designers, and homeowners alike, SUAPP AIR serves as a reliable design partner, ensuring that every raw space project meets professional standards across three core dimensions: safety, functionality, and aesthetics.
Feature 9: Background Generation
The background environment directly influences a product's visual appeal and market attractiveness. SUAPP AIR's "Background Generation" function intelligently analyzes product characteristics to create usage scenarios that align with the design concept, effectively addressing the industry-wide issue of lacking contextual presence in traditional furniture display.
We selected five typical furniture categories (sofa, dining table and chairs, bed, bookcase, and lounge chair) to compare SUAPP AIR's performance against other AI tools in background generation. The evaluation focused on four key dimensions: scene plausibility, proportional accuracy, style coordination, and lighting consistency. Let’s take generating a background for a sofa and for a dining set as examples.
01 Modern Sofa - Background Generation
Other AI Renderings:
● Scene Logic: Modern sofa placed in a traditional Chinese study
● Proportional Accuracy: Sofa appears drastically over/under-scaled relative to space
● Style Coordination: Strong clash between modern product and classical setting
● Lighting Consistency: Product shading contradicts environmental light source
SUAPP AIR:
● Scene Logic: Matched with minimalist living room, logical spatial context
● Proportional Accuracy: Harmonious scale with realistic sense of proportion
● Style Coordination: Background style aligns with product design language
● Lighting Consistency: Product lighting fully consistent with environment
The results confirm that SUAPP AIR significantly outperforms other AI tools in the precision and professionalism of furniture background generation, marking a qualitative leap from simple product display to fully contextualized marketing. For furniture manufacturers, interior designers, and home furnishing retailers, SUAPP AIR provides a powerful visual marketing tool that helps them stand out in a competitive marketplace.
Feature 10: Material & Furniture Analysis
In the early stages of interior design, material and furniture analysis plays a crucial role. The quality of material-furniture pairing directly impacts the final outcome of a project. SUAPP AIR's "Material & Furniture Analysis" function intelligently identifies material properties and provides data-driven furnishing solutions, addressing the industry's traditional reliance on experience and trial-and-error.
We selected eight typical interior style combinations — Modern Minimalist, Nordic Natural, Industrial Vintage, Neo-Chinese, Light Luxury Elegance, Mediterranean, Rustic Country, and Futuristic Tech — to compare SUAPP AIR's performance against other AI tools in material and soft furnishing analysis. Evaluation focused on four key dimensions: material coordination, style consistency, functional compatibility, and aesthetic expression.
01 Modern Minimalist - Material Analysis
Other AI Renderings:
● Material Coordination: Recommended combinations lack visual hierarchy
● Style Consistency: Incorporated traditional elements, compromising minimalist aesthetic
● Functional Compatibility: Overlooked acoustic needs, suggested hard reflective surfaces
● Aesthetic Expression: Monotonous color schemes with poor design sensibility
SUAPP AIR:
● Material Coordination: Layered material combinations with clear visual hierarchy
● Style Consistency: Pure minimalist aesthetic maintained throughout
● Functional Compatibility: Acoustically-appropriate materials selected for bedroom
● Aesthetic Expression: Sophisticated color palette with artistic composition
02 Neo-Chinese Style - Soft Furnishing Analysis
Other AI Renderings:
● Excessive traditional elements lacking modern interpretation
● Material selection ignoring daily practicality
● Chaotic color system without clear hierarchy
● Furniture proportions mismatched with spatial scale
SUAPP AIR:
● Traditional materials integrated with modern craftsmanship
● Cultural essence preserved while enhancing functionality
● Well-defined color hierarchy with clear visual rhythm
● Precise proportion control between furniture and space
The results confirm that SUAPP AIR significantly outperforms other AI tools in both accuracy and practicality for Material & Furniture Analysis, marking a shift from reliance on individual experience to scientific, systematic analysis. For design firms, material suppliers, and property owners, SUAPP AIR serves as a reliable decision-making partner, ensuring every material choice stands up to professional scrutiny and practical application.
With the evaluation of these ten core functions now complete, our comprehensive testing clearly demonstrates SUAPP AIR's powerful capabilities. Its exceptional performance and professional-grade features are establishing SUAPP AIR as an indispensable intelligent partner in the interior design industry.
From precise rendering to style conversion, intelligent layout to material analysis, SUAPP AIR demonstrates profound understanding and professional execution beyond traditional tools at every stage. It not only solves the long-standing pain point of "rendering inaccuracy" but also transforms design experience into a reusable knowledge system through intelligent algorithms, achieving perfect unity of creativity and precision. Based on the findings from this testing process, SUAPP AIR appears to offer comprehensive functionality that could support various stages of interior design workflows. As AI continues to evolve rapidly, tools like SUAPP AIR may play a growing role in supporting decision-making, visualization, and project communication.
SUAPP AIR's features continue to evolve, with more diverse and advanced capabilities expected in the future.
The findings presented in this report are based on controlled testing conducted using sample residential and commercial interior models. Actual results may differ depending on project complexity, hardware specifications, and workflow settings.
For more product details or support, please contact us
Top comments (0)