ONÈO
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Computational Design
Redefined

We transform complex architectural visions into reality through parametric design, algorithmic thinking, and cutting-edge technology.

100+
Target Projects by 2026
5+
Years Experience
98%
Client Satisfaction
Our Philosophy

Design Through
Mathematics

At ONÈO, we believe that the most elegant solutions emerge from the intersection of algorithmic precision and human creativity. Our parametric approach allows us to explore thousands of design iterations, optimizing for beauty, function, and sustainability simultaneously.

We don't just design buildings—we create systems that generate optimal forms, anticipate spatial needs, and adapt to environmental conditions. Every curve, every angle, every surface is the result of careful computational orchestration.

Algorithmic Precision

Every design decision backed by computational analysis and optimization

Parametric Flexibility

Adaptive systems that evolve with changing requirements and constraints

Sustainable Innovation

Leveraging technology to minimize environmental impact and maximize efficiency

Services

Computational Design
Capabilities

End-to-end parametric design services powered by cutting-edge technology and algorithmic expertise

Parametric Architecture

Complex geometries and adaptive structures designed through computational algorithms

Form-findingOptimizationFabrication

Generative Design

AI-driven design exploration generating optimal solutions across multiple parameters

Multi-objectiveIterationAnalysis

Performance Analysis

Environmental, structural, and energy simulations for data-driven decision making

CFD AnalysisDaylight StudyThermal Modeling

Digital Fabrication

Seamless translation from digital models to physical construction and manufacturing

CNC3D PrintingRobotic Assembly

Custom Tools

Bespoke software solutions and plugins tailored to your specific workflow needs

GrasshopperDynamoPython Scripting

BIM Integration

Intelligent building information modeling with real-time collaboration features

RevitArchiCADCoordination
Case Studies

Featured
Projects

Computational design solutions delivered across diverse scales and typologies

Coming Soon

Exciting projects in development

Testimonials

What Our Clients Say

"ONÈO's parametric approach allowed us to explore design possibilities we never thought achievable. Their technical expertise combined with creative vision is unmatched."

Udit Shah

"The subscription model gave us access to cutting-edge computational design capabilities without the overhead of building an in-house team. Absolutely transformative for our practice."

Henil Gajjar

"From concept to fabrication, ONÈO delivered parametric precision at every stage. The performance analysis alone saved us significant costs in the long run."

Ankit Bhatt
Pricing

Subscription
Tiers

Flexible monthly subscriptions designed to scale with your computational design needs

Essential

Perfect for small practices exploring computational design

$2,500/ month
  • 2 active projects
  • Monthly design consultation (2 hours)
  • Basic parametric modeling
  • Email support (48h response)
  • Digital deliverables
  • Design iteration (up to 3 rounds)
Most Popular

Professional

Advanced capabilities for established architectural firms

$5,500/ month
  • 5 active projects
  • Weekly design consultations (4 hours)
  • Advanced parametric & generative design
  • Priority support (24h response)
  • Performance analysis included
  • Unlimited design iterations
  • Custom tool development (basic)
  • Fabrication drawings

Enterprise

Comprehensive partnership for complex projects and organizations

Custom/ tailored
  • Unlimited projects
  • Dedicated design team
  • Full-stack computational design
  • 24/7 priority support
  • Advanced simulations & analysis
  • Custom software development
  • On-site collaboration
  • Training & workshops
  • API access & integrations

All plans include secure cloud storage, version control, and quarterly design reviews.
View detailed comparison

Get in Touch

Start Your
Consultation

Tell us about your project and we'll create a tailored computational design solution