1. Turn ideas into form fast
Enter use cases and conceptual details to generate 3D designs in seconds. Anyone can start designing without mastering complex operations.
Design at the speed of thought.
Ignite ideas from 0→1 rapidly. Ignite0 aggregates decisions from users and AI into a custom data structure, preserving the structure of design intent while creating 3D models.
1. What is Ignite0
Creation power for everyone
2. Build to real-world dimensions
Update sizes while keeping numeric consistency. Design for real dimensions, not just appearance.
3. Evolves without breaking
Modify parts without collapsing the whole. A conversational AI interface helps designs evolve naturally.
4. Design knowledge becomes an asset
Capture decision processes beyond experience and intuition, turning individual skill into shared team assets.
2. Concept Flow
From ideas to manufacturable 3D models
Idea
Enter concepts, requirements, and constraints to define the design starting point.
Design Loop
Users and AI iterate around the custom data structure, updating designs based on intent.
3D Model
Output manufacturable models from the custom data structure.
3. How it's different from traditional CAD
From a history of actions to a structure of intent.
| Comparison | Parametric CAD | Direct CAD | Script CAD | Ignite0 |
|---|---|---|---|---|
| Operation history | ||||
| Design intent | ||||
| Intuitive to use | ||||
| Easy to modify | ||||
| AI integration |
4. Why Ignite0 now
The reality and challenges around design
Manufacturing Reality
About 50%
Estimated share of manufacturing effort spent on design
- Talent shortages
- Dependence on tacit knowledge
- High CAD learning cost
- Prototype rework
Ignite0 automates and accelerates design work, freeing engineers to focus on the essence of creation.
Roadmap
Ignite0 Development Roadmap
The roadmap is updated continuously based on operational progress.
January 2026
Alpha Development
Implemented the minimum core loop and modeling workflow for Ignite0.
- Core implementation of the proprietary data structure architecture
- Implemented Sketch -> Extrude
- Added AI generation support
- Internal validation
February 2026
Private Release of Alpha
Started rolling out alpha access to waitlist users while collecting early feedback and iterating.
- Started phased invitations for waitlist users
- Added AI conversational editing support
- Added revolve extrusion support
- Added loft support
- Added sweep support
- Added fillet support
- Added paid plans
March 2026
AI Accuracy and Stability Improvements
Planned improvements for AI-driven operations and overall stability.
- Improve AI algorithms
- Expand AI generation coverage
- Support image-based input
- Add recovery flows for AI generation failures
- Improve AI response time
- Add user feedback features for AI output quality
April 2026
Beta Release and Constraints & Assembly Support
Planned beta release for all users with initial support for constraints and assembly.
- Add basic sketch constraint features
- Add basic assembly features
- Release beta
May 2026
Freeform Surface Support
Planned implementation of foundational freeform surface capabilities.
- Add basic manipulation for freeform surfaces
- Add basic editing for freeform surfaces
- Add AI-driven operations for freeform surfaces
June 2026
Slicer Feature Support
Planned implementation of core slicer functionality.
- Add slicer features
- Connect slicer features with AI