Deond
deond.com is an advanced R&D and architecture studio specializing in AI-driven CGI, design solutions, and climate-responsive architecture. The firm develops next-generation projects like Longevity Island, a regenerative island masterplan, and creates 3D-printed porous silica architectural elements that passively absorb CO₂ and cool indoor spaces without energy input.
- Artificial Intelligence
- Clean Technology
- Construction Technology
- New Materials
- Software Only
- Wellness & Fitness Technology
Funding
Founders
Product
Problem
Conventional architecture and urban planning often prioritize aesthetics over environmental performance, resulting in buildings that consume significant energy for cooling and contribute to rising atmospheric CO₂ levels. Additionally, many design firms lack the integrated AI and CGI capabilities needed to visualize and engineer complex, performance-driven projects that respond to climate challenges.
Solution
deond.com combines advanced R&D, AI-driven CGI, and climate-responsive architecture to deliver projects that are both visually compelling and environmentally functional. The studio creates tailored design outcomes—from initial concepts to AI animations—enriched with strategic storytelling at any project stage. Its work includes Longevity Island, a next-generation regenerative island masterplan focused on wellness infrastructure and climate-positive living, rooted in performance-driven engineering and biomimicry. The firm also develops pioneering architectural elements, such as a full-scale biophilic column made from 3D-printed porous silica that passively reduces indoor CO₂ levels and cools surrounding temperatures through capillary action and evaporative behavior, requiring no energy or mechanical parts.
Target Audience
Primary customers are architects, designers, developers, and urban planners seeking advanced AI-driven visualization and climate-responsive architectural solutions for large-scale, sustainability-focused projects.
Features
- AI CGI and AI-design solutions covering concept development through AI animation for performance-driven outcomes
- Biophilic column constructed from 3D-printed porous silica that passively absorbs CO₂ and cools via capillary action and evaporative behavior
- Regenerative island masterplanning focused on longevity, wellness infrastructure, and climate-positive living
- Integration of biomimicry and sustainable architecture principles into full-scale design systems
- Strategic storytelling and creative vision embedded across all project deliverables