figwright

★ 1.1k

naja-scope

★ 17

figwright vs naja-scope

Q: Which is better, figwright or naja-scope?

By GitHub stars, figwright has more community adoption, but the best choice depends on your specific use case.

figwright: Figwright enables AI agents to interact with Figma bi-directionally, allowing them to read design selections into framework-aware code and directly author/edit the canvas. It operates via a local WebSocket relay between an MCP server and a Figma plugin, making it accessible without a Figma Dev Mode seat or paid tier.; naja-scope: naja-scope is an MCP server that enables AI agents to explore SystemVerilog and VHDL designs by asking targeted questions, eliminating the need to paste large codebases. It provides structured access to elaborated design hierarchy, connectivity, and source references, allowing efficient analysis of complex hardware.

TL;DR

figwrightDev Tooling · ★ 1.1k

Generate framework-aware code (e.g., React components) directly from Figma selections.

Read figwright full review →

naja-scopeDev Tooling · ★ 17

Enable AI assistants (e.g., Claude Code, ChatGPT) to navigate and query complex SystemVerilog/VHDL designs efficiently.

Read naja-scope full review →

Side-by-Side Comparison

Field

figwright

naja-scope

Features

figwright

01Free to use, no Figma Dev Mode or paid tier required.

02Bidirectional interaction, enabling both reading designs and writing to the canvas.

03Provider-first code generation, adapting to existing tech stacks and components.

04Compatible with any MCP client (e.g., Claude Code, Cursor).

05Open and extensible architecture with installable skills for custom workflows.

naja-scope

01Trace connectivity (drivers/loads) across design hierarchy.

02Explore module hierarchy, instances, and ports on demand.

03Jump to exact source code lines for any design object.

04Trace fan-in and fan-out combinational logic cones.

05Recover elaborated design intent like enum state names and struct fields.

Use Cases

figwright

↳Generate framework-aware code (e.g., React components) directly from Figma selections.

↳Build or edit Figma designs on the canvas using natural language descriptions or code.

↳Integrate AI agents to automate design implementation and iteration processes.

↳Create rich design context for AI models, bridging Figma data with codebase components.

naja-scope

↳Enable AI assistants (e.g., Claude Code, ChatGPT) to navigate and query complex SystemVerilog/VHDL designs efficiently.

↳Perform structural analysis and debugging on large RTL and gate-level netlists.

↳Bridge the gap between raw source code and the elaborated design for AI-driven insights.

↳Identify and trace signals, logic paths, and module dependencies within hardware designs.

Best For

figwright

Essential

naja-scope

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FAQ

What is the difference between figwright and naja-scope?

Both figwright and naja-scope are in the Dev Tooling category. figwright has 1.1k stars, while naja-scope has 17 stars.

Which is better, figwright or naja-scope?

The best choice depends on your use case. Choose figwright if Generate framework-aware code (e.g., React components) directly from Figma selections., and naja-scope if Enable AI assistants (e.g., Claude Code, ChatGPT) to navigate and query complex SystemVerilog/VHDL designs efficiently..

Is figwright free or open source?

Yes, figwright is open source on GitHub (MIT).

Is naja-scope free or open source?

Yes, naja-scope is open source on GitHub (Apache-2.0).

Cloud Infrastructure

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Alternatives to figwright →Alternatives to naja-scope →figwright details →naja-scope details →

TL;DR

Side-by-Side Comparison

Features

Use Cases

Best For

FAQ

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