Project Area
AI Integration | AI Interaction Design I AI Experience Design I Generative AI I Research
AI Integration | AI Interaction Design AI Experience Design I Generative AI Research
AI Integration | AI Interaction Design I AI Experience Design I Generative AI I Research
Year
2024
AISO
AISO
Bridging
analog & AI
creativity
teamwork
analog & AI
Bridging
analog & AI
creativity
teamwork
analog & AI
Bridging
analog & AI
creativity
teamwork
analog & AI
INDEX
INDEX
Project Overview
Project Overview
Project Overview
Problem
Problem
Problem
Architects and designers struggle to balance traditional sketching's tactile nature with the speed and precision of digital tools, disrupting creativity and teamwork.
Solution
Solution
Solution
AISO integrates AI with hand sketching, enhancing creativity, speeding iterations, and enabling real-time teamwork, while preserving the personal touch of analog design. It offers an intuitive platform for both technical and non-technical users.
Role
Founder, Researcher, Project Manager, Coder, UX/UI Designer, AIX Designer
Founder
Researcher
Project Manager
Coder
UX/UI Designer
AIX Designer
Tools
Figma, Python, Stable Diffusion, Comfy UI, ControlNet
Figma
Figma, Python, Stable Diffusion, Comfy UI, ControlNet
Python
Stable Diffusion
ControlNet
Comfy UI
Duration
5 months
5 months
5 months
Real-Time Interaction with AI:
Real-Time Interaction with AI:
Real-Time Interaction with AI:
Hand Drawing
Hand Drawing
Hand Drawing
Smart Pencil Drawing
Smart Pencil Drawing
Smart Pencil Drawing
Freeform Prompt
Freeform Prompt
Freeform Prompt
Project Overview
Project Overview
INDEX
INDEX
Introduction
Context - AI: First New UI Paradigm in 60 Years
Context - AI: First New UI Paradigm in 60 Years
Context - AI: First New UI Paradigm in 60 Years
Jacob Nielsen suggests that AI is ushering in the third major user-interface paradigm in computing history. This new approach shifts the interaction model, allowing users to simply specify what they want, rather than instructing the computer on how to achieve it — effectively reversing the control dynamic.
nngroup.com
Paradigm 1
Batch Processing
Paradigm 2
Command-Based Interaction
Paradigm 3
Intent-Based Outcome Secification
Paradigm 1
Batch Processing
Paradigm 2
Command-Based Interaction
Paradigm 3
Intent-Based Outcome Secification
Paradigm 1
Batch Processing
Paradigm 2
Command-Based Interaction
Paradigm 3
Intent-Based Outcome Secification
AI and Opportunities for Creativity
Some of the biggest opportunities from this shift include:
Augmenting Creativity
Using AI to enhance creative processes, rather than replacing them.
Time Saving
Freeing up time for more complex and creative challenges.
Greater Accessibility
Simplifying technology for non-technical users and integrating with non-technical tools.
AI and Opportunities for Creativity
Some of the biggest opportunities from this shift include:
Augmenting Creativity
Using AI to enhance creative processes, rather than replacing them.
Time Saving
Freeing up time for more complex and creative challenges.
Greater Accessibility
Simplifying technology for non-technical users and integrating with non-technical tools.
AI and Opportunities for Creativity
Some of the biggest opportunities from this shift include:
Augmenting Creativity
Using AI to enhance creative processes, rather than replacing them.
Time Saving
Freeing up time for more complex and creative challenges.
Greater Accessibility
Simplifying technology for non-technical users and integrating with non-technical tools.
AI-Assisted Creativity
AI-Assisted Creativity
AI-Assisted Creativity
Following these shifts, AI is rapidly paving its way, assisting creative processes across various industries.
Architecture
Design
Writing
Film
Animation
Music
Architecture
Design
Writing
Film
Animation
Music
Architecture
Design
Writing
Film
Animation
Music
AI-Assisted Creativity and Architecture
AI-Assisted Creativity and Architecture
AI-Assisted Creativity and Architecture
AI is transforming architectural design by generating concept images, automating tasks, accelerating processes, and streamlining workflows. It enables quick visualization of ideas, from 3D models to sketches, allowing for rapid iterations and real-time feedback to continuously refine designs.
Focus - Hand Sketching
This project is firmly rooted in the early stages of the architectural design process, embracing traditional hand sketching and ensuring that the personal touch and creative vision of the designer remain at the heart of the workflow.
Focus - Hand Sketching
This project is firmly rooted in the early stages of the architectural design process, embracing traditional hand sketching and ensuring that the personal touch and creative vision of the designer remain at the heart of the workflow.
Focus - Hand Sketching
This project is firmly rooted in the early stages of the architectural design process, embracing traditional hand sketching and ensuring that the personal touch and creative vision of the designer remain at the heart of the workflow.
The Importance of Hand Sketches
Reveal the process and energy of the designer. The personal strokes, tones, and lines in a sketch convey the architect’s intent, emotion, and the soul of the design.
The fastest way to capture ideas. They allow architects to quickly explore and communicate design alternatives before committing to a specific direction.
Freedom and flexibility. Drawing by hand enables a more intuitive, creative process compared to constraints of software. They can be easily modified, discarded, or build upon as design evolves.
The Importance of Hand Sketches
Reveal the process and energy of the designer. The personal strokes, tones, and lines in a sketch convey the architect’s intent, emotion, and the soul of the design.
The fastest way to capture ideas. They allow architects to quickly explore and communicate design alternatives before committing to a specific direction.
Freedom and flexibility. Drawing by hand enables a more intuitive, creative process compared to constraints of software. They can be easily modified, discarded, or build upon as design evolves.
The Importance of Hand Sketches
Reveal the process and energy of the designer. The personal strokes, tones, and lines in a sketch convey the architect’s intent, emotion, and the soul of the design.
The fastest way to capture ideas. They allow architects to quickly explore and communicate design alternatives before committing to a specific direction.
Freedom and flexibility. Drawing by hand enables a more intuitive, creative process compared to constraints of software. They can be easily modified, discarded, or build upon as design evolves.
Challenges
01
Seamless Transition
Difficulty moving from traditional hand sketching to digital tools without losing creative freedom.
02
Slow Iteration
Traditional design workflows can slow down iteration cycles. There's a need for AI-driven tools that accelerate feedback and adjustments, allowing designers to refine concepts quickly without losing control over their creative vision.
03
Collaboration Limitations
Enabling teams to work together seamlessly on a shared canvas, regardless of location.
04
Accessibility
Non-technical users find digital tools hard to adopt, slowing workflow transitions.
Challenges
01
Seamless Transition
Difficulty moving from traditional hand sketching to digital tools without losing creative freedom.
02
Slow Iteration
Traditional design workflows can slow down iteration cycles. There's a need for AI-driven tools that accelerate feedback and adjustments, allowing designers to refine concepts quickly without losing control over their creative vision.
03
Collaboration Limitations
Enabling teams to work together seamlessly on a shared canvas, regardless of location.
04
Accessibility
Non-technical users find digital tools hard to adopt, slowing workflow transitions.
Challenges
01
Seamless Transition
Difficulty moving from traditional hand sketching to digital tools without losing creative freedom.
02
Slow Iteration
Traditional design workflows can slow down iteration cycles. There's a need for AI-driven tools that accelerate feedback and adjustments, allowing designers to refine concepts quickly without losing control over their creative vision.
03
Collaboration Limitations
Enabling teams to work together seamlessly on a shared canvas, regardless of location.
04
Accessibility
Non-technical users find digital tools hard to adopt, slowing workflow transitions.
Introduction
Introduction
Introduction
Introduction
AI Meets Isometrics
AI Meets Isometrics
AI Meets Isometrics
AISO aims to revolutionize architectural design by integrating traditional sketching with AI-driven tools. It enhances creativity, delivers real-time feedback, and fosters seamless collaboration on an intuitive, user-friendly platform.
AISO Goals
Seamless Integration of Analog & Digital Worlds
The oldest drawing tool combined with the latest AI.
Augmented Design Process
Accelerates design with AI, enabling rapid iterations while preserving the personal touch, keeping the best of both worlds.
Real-Time Collaboration
Enabling teams to work together seamlessly on a shared canvas, regardless of location.
AISO Goals
Seamless Integration of Analog & Digital Worlds
The oldest drawing tool combined with the latest AI.
Augmented Design Process
Accelerates design with AI, enabling rapid iterations while preserving the personal touch, keeping the best of both worlds.
Real-Time Collaboration
Enabling teams to work together seamlessly on a shared canvas, regardless of location.
AISO Goals
Seamless Integration of Analog & Digital Worlds
The oldest drawing tool combined with the latest AI.
Augmented Design Process
Accelerates design with AI, enabling rapid iterations while preserving the personal touch, keeping the best of both worlds.
Real-Time Collaboration
Enabling teams to work together seamlessly on a shared canvas, regardless of location.
Project Vison
Project Vison
Project Vison
Project Vison
Opportunity Size
Generative AI software in creative industries market is projected to grow significantly in the coming years. Key factors contributing to this growth include:
Diverse Markets
AI generative tools can be applicable among different markets. Architecture and design software market.
Increasing Demand
The growing demand for efficient and innovative design tools among architects and designers is driving market growth.
Investment in Technology
Increased investment in AI and digital transformation by architectural firms is creating opportunities for advanced design tools.
Opportunity Size
Generative AI software in creative industries market is projected to grow significantly in the coming years. Key factors contributing to this growth include:
Diverse Markets
AI generative tools can be applicable among different markets. Architecture and design software market.
Increasing Demand
The growing demand for efficient and innovative design tools among architects and designers is driving market growth.
Investment in Technology
Increased investment in AI and digital transformation by architectural firms is creating opportunities for advanced design tools.
Opportunity Size
Generative AI software in creative industries market is projected to grow significantly in the coming years. Key factors contributing to this growth include:
Diverse Markets
AI generative tools can be applicable among different markets. Architecture and design software market.
Increasing Demand
The growing demand for efficient and innovative design tools among architects and designers is driving market growth.
Investment in Technology
Increased investment in AI and digital transformation by architectural firms is creating opportunities for advanced design tools.
Generative AI in Architecture Market Size
dimensionmarketresearch.com
2024 - 2032 (USD Billion)
Cloud-based
On-premises
Generative AI in Architecture Market Size
dimensionmarketresearch.com
2024 - 2032 (USD Billion)
Cloud-based
On-premises
Generative AI in Architecture Market Size
dimensionmarketresearch.com
2024 - 2032 (USD Billion)
Cloud-based
On-premises
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
$1
$18.1
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
$1
$18.1
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
$1
$18.1
Generative AI in Design Market
precedenceresearch.com
2024 - 2032 (USD Billion)
Generative AI in Design Market
precedenceresearch.com
2024 - 2032 (USD Billion)
Generative AI in Design Market
precedenceresearch.com
2024 - 2032 (USD Billion)
$0,741.1
2024
$0.994
2025
$1,332
2026
$1,787
2027
$2,397
2028
$3,215
2029
$4,311
2030
$5,782
2031
$7,754
2032
$0,741.1
2024
$0.994
2025
$1,332
2026
$1,787
2027
$2,397
2028
$3,215
2029
$4,311
2030
$5,782
2031
$7,754
2032
$0,741.1
2024
$0.994
2025
$1,332
2026
$1,787
2027
$2,397
2028
$3,215
2029
$4,311
2030
$5,782
2031
$7,754
2032
Market Validation
Market Validation
Market Validation
Market Validation
For Who is AISO?
For Who is AISO?
For Who is AISO?
Understanding market segmentation by end user is crucial for tailoring AISO’s features and marketing strategy to the unique needs of diverse groups, maximizing the platform's impact and adoption across target users.
Target Users
Target Users
Target Users
Target Users
Architectural Firms
Target Audience: Large architectural firms, small design studios, and independent architects.
Use Case: Streamlining the design process with AI-enhanced sketching tools that integrate traditional and digital methods, facilitating real-time collaboration and feedback, and improving efficiency and lowering costs.
Architectural Firms
Target Audience: Large architectural firms, small design studios, and independent architects.
Use Case: Streamlining the design process with AI-enhanced sketching tools that integrate traditional and digital methods, facilitating real-time collaboration and feedback, and improving efficiency and lowering costs.
Architectural Firms
Target Audience: Large architectural firms, small design studios, and independent architects.
Use Case: Streamlining the design process with AI-enhanced sketching tools that integrate traditional and digital methods, facilitating real-time collaboration and feedback, and improving efficiency and lowering costs.
Educational Institutions
Target Audience: Universities, colleges, and technical schools offering architecture and design programs.
Use Case: Providing students and educators with advanced tools that blend traditional sketching techniques with modern digital enhancements, enabling hands-on learning and innovative approach to creative challenges.
Educational Institutions
Target Audience: Universities, colleges, and technical schools offering architecture and design programs.
Use Case: Providing students and educators with advanced tools that blend traditional sketching techniques with modern digital enhancements, enabling hands-on learning and innovative approach to creative challenges.
Educational Institutions
Target Audience: Universities, colleges, and technical schools offering architecture and design programs.
Use Case: Providing students and educators with advanced tools that blend traditional sketching techniques with modern digital enhancements, enabling hands-on learning and innovative approach to creative challenges.
Freelancers
Target Audience: Freelance architects, and independent designers.
Use Case: Designed for freelancers, these tools provide cost-effective solutions with easy onboarding and user-friendly interfaces, enabling them to compete with larger firms and focus on creative work without needing extensive training.
Freelancers
Target Audience: Freelance architects, and independent designers.
Use Case: Designed for freelancers, these tools provide cost-effective solutions with easy onboarding and user-friendly interfaces, enabling them to compete with larger firms and focus on creative work without needing extensive training.
Freelancers
Target Audience: Freelance architects, and independent designers.
Use Case: Designed for freelancers, these tools provide cost-effective solutions with easy onboarding and user-friendly interfaces, enabling them to compete with larger firms and focus on creative work without needing extensive training.
Hobbyists
Target Audience: Art enthusiasts, hobbyist designers, and DIY project creators.
Use Case: Offering accessible and user-friendly tools for personal creative projects, enabling hobbyists to blend traditional sketching with digital enhancements, and bringing their ideas to life with AI assistance.
Hobbyists
Target Audience: Art enthusiasts, hobbyist designers, and DIY project creators.
Use Case: Offering accessible and user-friendly tools for personal creative projects, enabling hobbyists to blend traditional sketching with digital enhancements, and bringing their ideas to life with AI assistance.
Hobbyists
Target Audience: Art enthusiasts, hobbyist designers, and DIY project creators.
Use Case: Offering accessible and user-friendly tools for personal creative projects, enabling hobbyists to blend traditional sketching with digital enhancements, and bringing their ideas to life with AI assistance.
Young Creatives
Target Audience: Teenagers and young learners interested in architecture and design.
Use Case: AISO offers accessible, easy-to-use tools that allow young users to explore architecture and design. They can experiment with AI-enhanced sketching and digital techniques, building skills for future creative pursuits.
Young Creatives
Target Audience: Teenagers and young learners interested in architecture and design.
Use Case: AISO offers accessible, easy-to-use tools that allow young users to explore architecture and design. They can experiment with AI-enhanced sketching and digital techniques, building skills for future creative pursuits.
Young Creatives
Target Audience: Teenagers and young learners interested in architecture and design.
Use Case: AISO offers accessible, easy-to-use tools that allow young users to explore architecture and design. They can experiment with AI-enhanced sketching and digital techniques, building skills for future creative pursuits.
Non-Technical Users
Target Audience: Older architects and designers who are more accustomed to traditional drawing methods and may have limited experience with digital tools.
Use Case: AISO bridges traditional sketching with AI, preserving familiar techniques while adding AI-driven enhancements. This enables non-technical users to adopt modern design tools effortlessly.
Non-Technical Users
Target Audience: Older architects and designers who are more accustomed to traditional drawing methods and may have limited experience with digital tools.
Use Case: AISO bridges traditional sketching with AI, preserving familiar techniques while adding AI-driven enhancements. This enables non-technical users to adopt modern design tools effortlessly.
Non-Technical Users
Target Audience: Older architects and designers who are more accustomed to traditional drawing methods and may have limited experience with digital tools.
Use Case: AISO bridges traditional sketching with AI, preserving familiar techniques while adding AI-driven enhancements. This enables non-technical users to adopt modern design tools effortlessly.
Blue Ocean Thinking
Blue Ocean Thinking
Tailoring Innovation for Diverse Market Needs
Following insights from user needs and market segmentation, AISO adopts a Blue Ocean Strategy to stand out in the competitive landscape. To meet the needs of diverse target audiences, AISO focuses on:
Integrating Traditional and Digital Tools
Combines the tactile experience of hand sketching with the precision of AI-powered digital tools.
High Customization
Provides customizable AI features tailored to architect workflows, enabling flexible design approaches that suit specific needs.
Collaborative Platform
Supports real-time collaboration on an open canvas, allowing team members to work together regardless of location.
Affordability
Providing a cost-effective solution with subscription-based pricing to make advanced tools accessible to freelancers and small studios.
Tailoring Innovation for Diverse Market Needs
Following insights from user needs and market segmentation, AISO adopts a Blue Ocean Strategy to stand out in the competitive landscape. To meet the needs of diverse target audiences, AISO focuses on:
Integrating Traditional and Digital Tools
Combines the tactile experience of hand sketching with the precision of AI-powered digital tools.
High Customization
Provides customizable AI features tailored to architect workflows, enabling flexible design approaches that suit specific needs.
Collaborative Platform
Supports real-time collaboration on an open canvas, allowing team members to work together regardless of location.
Affordability
Providing a cost-effective solution with subscription-based pricing to make advanced tools accessible to freelancers and small studios.
Tailoring Innovation for Diverse Market Needs
Following insights from user needs and market segmentation, AISO adopts a Blue Ocean Strategy to stand out in the competitive landscape. To meet the needs of diverse target audiences, AISO focuses on:
Integrating Traditional and Digital Tools
Combines the tactile experience of hand sketching with the precision of AI-powered digital tools.
High Customization
Provides customizable AI features tailored to architect workflows, enabling flexible design approaches that suit specific needs.
Collaborative Platform
Supports real-time collaboration on an open canvas, allowing team members to work together regardless of location.
Affordability
Providing a cost-effective solution with subscription-based pricing to make advanced tools accessible to freelancers and small studios.
Blue Ocean Thinking
Blue Ocean Thinking
Unique Value Proposition
Unique Value Proposition
Unique Value Proposition
Following the focus areas of Blue Ocean Thinking, AISO aims to gain competitive advantages by excelling in usability, integration, and collaboration, while ensuring affordability to deliver unparalleled value and accessibility in the architectural design market.
Competitive Advantages
Competitive Advantages
Team-Based Creativity & Integration
Team-Based Creativity & Integration
Not
Integrated
Collaborative
LESS Collaborative
Integrated
NOt Integrated
Collaborative
LESS Collaborative
Integrated
Not
Integrated
Collaborative
LESS Collaborative
Integrated
Competitive Advatages
Competitive Advatages
Research
The development phase involved extensive research on AI, architectural design, and user experience, ensuring innovation and market relevance. AI's expanding role in architectural design enhances creativity, boosts efficiency, and unlocks new capabilities.
Research
The development phase involved extensive research on AI, architectural design, and user experience, ensuring innovation and market relevance. AI's expanding role in architectural design enhances creativity, boosts efficiency, and unlocks new capabilities.
Research
The development phase involved extensive research on AI, architectural design, and user experience, ensuring innovation and market relevance. AI's expanding role in architectural design enhances creativity, boosts efficiency, and unlocks new capabilities.
Benchmarking
Thorough research and market benchmarking provided insights into user needs and industry standards. This analysis of new AI-driven design user interfaces and tools and identified opportunities for innovation and set clear performance goals, ensuring AISO offers superior features.
Benchmarking
Thorough research and market benchmarking provided insights into user needs and industry standards. This analysis of new AI-driven design user interfaces and tools and identified opportunities for innovation and set clear performance goals, ensuring AISO offers superior features.
Benchmarking
Thorough research and market benchmarking provided insights into user needs and industry standards. This analysis of new AI-driven design user interfaces and tools and identified opportunities for innovation and set clear performance goals, ensuring AISO offers superior features.
UI and UX Design Iterations
AISO’s design journey progressed from low-fidelity wireframes to high-fidelity prototypes, evolving through continuous user feedback to meet diverse needs. The focus was on creating an all-in-one platform where both architects and non-technical users can access everything in a seamless, intuitive interface.
Each iteration refined usability and simplified AI interactions, particularly in prompting. The tools were designed to reduce complexity and the learning curve, allowing users to quickly adopt features like real-time sketching and smooth collaboration. The final result is a platform that balances creativity and efficiency with a user-friendly, visually appealing design.
UI and UX Design Iterations
AISO’s design journey progressed from low-fidelity wireframes to high-fidelity prototypes, evolving through continuous user feedback to meet diverse needs. The focus was on creating an all-in-one platform where both architects and non-technical users can access everything in a seamless, intuitive interface.
Each iteration refined usability and simplified AI interactions, particularly in prompting. The tools were designed to reduce complexity and the learning curve, allowing users to quickly adopt features like real-time sketching and smooth collaboration. The final result is a platform that balances creativity and efficiency with a user-friendly, visually appealing design.
UI and UX Design Iterations
AISO’s design journey progressed from low-fidelity wireframes to high-fidelity prototypes, evolving through continuous user feedback to meet diverse needs. The focus was on creating an all-in-one platform where both architects and non-technical users can access everything in a seamless, intuitive interface.
Each iteration refined usability and simplified AI interactions, particularly in prompting. The tools were designed to reduce complexity and the learning curve, allowing users to quickly adopt features like real-time sketching and smooth collaboration. The final result is a platform that balances creativity and efficiency with a user-friendly, visually appealing design.
Tech Learnings and User Testing Insights
The exploration of generative AI, specifically stable diffusion models and node programming in Comfy UI, has been key to enhancing AISO. These advancements enabled the creation of fully functional workflows and prototypes. Extensive experimentation with models and workflows, along with valuable feedback from testing, ensured continuous improvements.
Equally important were the insights from user testing across various categories, including architects, designers, and especially non-technical users, which guided key adjustments in usability, feature prioritization, and overall experience. These inputs are shaping future development, ensuring AISO meets diverse user needs while continuing to innovate in human interaction with AI.
Tech Learnings and User Testing Insights
The exploration of generative AI, specifically stable diffusion models and node programming in Comfy UI, has been key to enhancing AISO. These advancements enabled the creation of fully functional workflows and prototypes. Extensive experimentation with models and workflows, along with valuable feedback from testing, ensured continuous improvements.
Equally important were the insights from user testing across various categories, including architects, designers, and especially non-technical users, which guided key adjustments in usability, feature prioritization, and overall experience. These inputs are shaping future development, ensuring AISO meets diverse user needs while continuing to innovate in human interaction with AI.
Tech Learnings and User Testing Insights
The exploration of generative AI, specifically stable diffusion models and node programming in Comfy UI, has been key to enhancing AISO. These advancements enabled the creation of fully functional workflows and prototypes. Extensive experimentation with models and workflows, along with valuable feedback from testing, ensured continuous improvements.
Equally important were the insights from user testing across various categories, including architects, designers, and especially non-technical users, which guided key adjustments in usability, feature prioritization, and overall experience. These inputs are shaping future development, ensuring AISO meets diverse user needs while continuing to innovate in human interaction with AI.
Development Process
Development Process
Development Process
Development Process
P 1 | Pencil - AI
P 1 | Pencil - AI
P R O T O T Y P E S
P R O T O T Y P E S
AI augmented hand drawing
AI augmented hand drawing
AI augmented hand drawing
Backend Prototype
Backend Prototype
Backend Prototype
Prototype 1 | Pencil - AI
Prototype 1 | Pencil - AI
P 1 | Gallery
P 1 | Gallery
P 1 | Gallery
P 2 | Smart Pen
P 2 | Smart Pen
Real-time drawing
Real-time drawing
Real-time drawing
Figma Prototype
Figma Prototype
Figma Prototype
Backend Prototype
Backend Prototype
Backend Prototype
Prototype 2 | Smart Pen
Prototype 2 | Smart Pen
P 2 | Gallery
P 2 | Gallery
P3 | Collaboration
P3 | Collaboration
Teamwork
Teamwork
Teamwork
Figma Prototype
Figma Prototype
Figma Prototype
Prototype 3 | Collaboration
Prototype 3 | Collaboration
INDEX
INDEX
AI Design Principles
AI Design Principles
AI Design Principles
AI Design Principles
AISO is guided by five core design principles: user experience, performance, business, AI technology, and iteration. These principles ensure the platform is intuitive and easy to use, while delivering high performance to meet the fast-paced demands of modern architects and designers. The business aspect focuses on ensuring the platform remains valuable and sustainable, while AI technology enhances creativity, automates repetitive tasks, and accelerates workflows. AISO is constantly evolving through iteration, incorporating user feedback and technological advancements to stay relevant. By prioritizing creativity, seamless integration of analog and digital tools, and providing real-time feedback, AISO remains a robust, adaptable, and transparent solution for the design community.
03
BUSINESS
01
USER EXPERIENCE
02
PERFORMANCE
04
AI TECH
05
ITERATE
AISO is guided by five core design principles: user experience, performance, business, AI technology, and iteration. These principles ensure the platform is intuitive and easy to use, while delivering high performance to meet the fast-paced demands of modern architects and designers. The business aspect focuses on ensuring the platform remains valuable and sustainable, while AI technology enhances creativity, automates repetitive tasks, and accelerates workflows. AISO is constantly evolving through iteration, incorporating user feedback and technological advancements to stay relevant. By prioritizing creativity, seamless integration of analog and digital tools, and providing real-time feedback, AISO remains a robust, adaptable, and transparent solution for the design community.
03
BUSINESS
01
USER EXPERIENCE
02
PERFORMANCE
04
AI TECH
05
ITERATE
AISO is guided by five core design principles: user experience, performance, business, AI technology, and iteration. These principles ensure the platform is intuitive and easy to use, while delivering high performance to meet the fast-paced demands of modern architects and designers. The business aspect focuses on ensuring the platform remains valuable and sustainable, while AI technology enhances creativity, automates repetitive tasks, and accelerates workflows. AISO is constantly evolving through iteration, incorporating user feedback and technological advancements to stay relevant. By prioritizing creativity, seamless integration of analog and digital tools, and providing real-time feedback, AISO remains a robust, adaptable, and transparent solution for the design community.
03
BUSINESS
01
USER EXPERIENCE
02
PERFORMANCE
04
AI TECH
05
ITERATE
Security Goals
Security Goals
User-Focused
Understanding that security is essential for fostering trust in any creative platform, AISO's security goals focus on data protection, intellectual property rights, and service reliability. With the assurance that their work is safe and fully protected, users can confidently engage with the platform.
Data Protection
Protecting data through robust policies and encryption measures.
Intellectual Property
Users keep full ownership of all creations made on AISO.
Service Reliability
Service monitoring and rapid response protocols.
User-Focused
Understanding that security is essential for fostering trust in any creative platform, AISO's security goals focus on data protection, intellectual property rights, and service reliability. With the assurance that their work is safe and fully protected, users can confidently engage with the platform.
Data Protection
Protecting data through robust policies and encryption measures.
Intellectual Property
Users keep full ownership of all creations made on AISO.
Service Reliability
Service monitoring and rapid response protocols.
User-Focused
Understanding that security is essential for fostering trust in any creative platform, AISO's security goals focus on data protection, intellectual property rights, and service reliability. With the assurance that their work is safe and fully protected, users can confidently engage with the platform.
Data Protection
Protecting data through robust policies and encryption measures.
Intellectual Property
Users keep full ownership of all creations made on AISO.
Service Reliability
Service monitoring and rapid response protocols.
Security Goals
Security Goals
Business Model
Business Model
01
Scalable Growth and Customized Solutions
To ensure sustainable growth and tailored user experiences, AISO’s business model focuses on maximizing value through a flexible subscription model, strategic partnerships, and custom integrations
01
Subscription Model
Offer tiered subscription plans with varying levels of access to premium features like advanced AI tools, real-time cloud storage, and collaboration features.
02
Partnerships and Collaborations
Collaborate with firms, educational institutions, and software companies to expand market reach and integrate exclusive features and solutions.
03
Custom Integrations
Provide additional paid add-ons, such as custom LoRA models, with specific styles and design templates, to allow more specialized user experiences
01
Subscription Model
Offer tiered subscription plans with varying levels of access to premium features like advanced AI tools, real-time cloud storage, and collaboration features.
02
Partnerships and Collaborations
Collaborate with firms, educational institutions, and software companies to expand market reach and integrate exclusive features and solutions.
03
Custom Integrations
Provide additional paid add-ons, such as custom LoRA models, with specific styles and design templates, to allow more specialized user experiences
To ensure sustainable growth and tailored user experiences, AISO’s business model focuses on maximizing value through a flexible subscription model, strategic partnerships, and custom integrations
Scalable Growth and Customized Solutions
01
Scalable Growth and Customized Solutions
To ensure sustainable growth and tailored user experiences, AISO’s business model focuses on maximizing value through a flexible subscription model, strategic partnerships, and custom integrations
01
Subscription Model
Offer tiered subscription plans with varying levels of access to premium features like advanced AI tools, real-time cloud storage, and collaboration features.
02
Partnerships and Collaborations
Collaborate with firms, educational institutions, and software companies to expand market reach and integrate exclusive features and solutions.
03
Custom Integrations
Provide additional paid add-ons, such as custom LoRA models, with specific styles and design templates, to allow more specialized user experiences
Business Model
Business Model
Product Road Map
Product Road Map
Product Road Map
Product Road Map
By Now
The project has made significant progress in research, design, and early development, delivering fully functional backend prototypes for AI-augmented hand drawing and live painting using Stable Diffusion. Additionally, progress has been made on workflows for features such as inpainting and blending.
Short Term Plans
Further integration with various devices, like tablets and drawing boards.
Introducing generative 3D modeling.
Maximizing compatibility with 3d and architectural software.
Training library of custom AI LoRA models.
Developing custom nodes to reduce dependency on third-party technology, ensuring greater flexibility and control over AI-driven features
Adding community features like design contests, discussion forums, and interactive galleries for users to connect, learn, showcase creativity, share feedback, and grow the platform’s user base.
Long Term Plans
Expanding tools for integration with devices for AR / VR / MR.
By Now
The project has made significant progress in research, design, and early development, delivering fully functional backend prototypes for AI-augmented hand drawing and live painting using Stable Diffusion. Additionally, progress has been made on workflows for features such as inpainting and blending.
Short Term Plans
Further integration with various devices, like tablets and drawing boards.
Introducing generative 3D modeling.
Maximizing compatibility with 3d and architectural software.
Training library of custom AI LoRA models.
Developing custom nodes to reduce dependency on third-party technology, ensuring greater flexibility and control over AI-driven features
Adding community features like design contests, discussion forums, and interactive galleries for users to connect, learn, showcase creativity, share feedback, and grow the platform’s user base.
Long Term Plans
Expanding tools for integration with devices for AR / VR / MR.
By Now
The project has made significant progress in research, design, and early development, delivering fully functional backend prototypes for AI-augmented hand drawing and live painting using Stable Diffusion. Additionally, progress has been made on workflows for features such as inpainting and blending.
Short Term Plans
Further integration with various devices, like tablets and drawing boards.
Introducing generative 3D modeling.
Maximizing compatibility with 3d and architectural software.
Training library of custom AI LoRA models.
Developing custom nodes to reduce dependency on third-party technology, ensuring greater flexibility and control over AI-driven features
Adding community features like design contests, discussion forums, and interactive galleries for users to connect, learn, showcase creativity, share feedback, and grow the platform’s user base.
Long Term Plans
Expanding tools for integration with devices for AR / VR / MR.
Conclusion
Conclusion
Conclusion
Conclusion
With AISO, the goal is to blend expertise in architecture, UX, and AI, offering a fresh approach to creative challenges. Grounded in thorough research and experimentation, AISO seamlessly bridges traditional design methods with advanced technology to deliver a cohesive and innovative user experience.
Artificial Intelligence
User Experience
Architecture
With AISO, the goal is to blend expertise in architecture, UX, and AI, offering a fresh approach to creative challenges. Grounded in thorough research and experimentation, AISO seamlessly bridges traditional design methods with advanced technology to deliver a cohesive and innovative user experience.
Artificial Intelligence
User Experience
Architecture
With AISO, the goal is to blend expertise in architecture, UX, and AI, offering a fresh approach to creative challenges. Grounded in thorough research and experimentation, AISO seamlessly bridges traditional design methods with advanced technology to deliver a cohesive and innovative user experience.
Artificial Intelligence
User Experience
Architecture
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Let’s create
together
Let’s create
together
Let’s create
together