Seikomod Architect
AI Watch Design & Parts Finder
About
Design custom Seiko watches with AI-powered suggestions for compatible parts and aesthetic combinations. Avoid common build mistakes and discover new design possibilities for your next watch project.
What's New in Seikomod Architect
1.0
March 2, 2026
FAQ
What is Seikomod Architect?
Seikomod Architect is a paid app designed to help users design custom Seiko watches. It uses AI to suggest compatible parts and aesthetic combinations, making the modding process easier for both beginners and experienced modders.
How does Seikomod Architect's AI work?
The AI analyzes watchmaking compatibility data to suggest parts like cases, dials, hands, and movements. It also flags potential fitment issues and offers suggestions for visual synergy, such as color-matched lume and material finishes.
Can Seikomod Architect help me avoid common mistakes?
Yes, the app's Compatibility Guard is specifically designed to help beginners avoid mistakes like buying incompatible stems or the wrong case size by flagging potential fitment issues.
What Seiko calibers does Seikomod Architect support?
Seikomod Architect's AI engine understands the nuances of several Seiko calibers, including NH35, NH36, NH34, and 4R36, ensuring compatibility checks are relevant to these movements.
Does Seikomod Architect have ads?
No, Seikomod Architect does not contain advertisements. It is a paid application, and users can enjoy an ad-free experience.
What devices is Seikomod Architect available on?
Seikomod Architect is available for iPhone, iPad, and iPod devices, making it accessible to a wide range of Apple users.
How often is Seikomod Architect updated?
Seikomod Architect was last updated on March 2, 2026, with version 1.0. Further updates will be released by the developer, Matthew Stankowski, to improve functionality and add new features.
What is the price of Seikomod Architect?
Seikomod Architect is available for a one-time purchase price of $1.99. This provides full access to all its AI-powered design and parts-finding features.