Figma推出的Dev Mode MCP通过模型上下文协议（MCP），将设计稿中的结构化信息直接传输给AI编程助手，解决了传统设计转代码的痛点。MCP提取设计变量、组件属性、图层结构等，提升代码准确率。配置MCP服务器并连接AI工具后，AI能基于设计稿生成更精准的代码，显著提高开发效率。

Figma优化了Rust中的数据结构，用排序向量替代BTreeMap存储节点属性，文件加载速度提升20%，内存占用降低25%。他们还探索了指针位压缩技术，将字段ID嵌入指针高位，虽未上线但验证了进一步优化的潜力。这些改动显著提升了大规模协作时的性能表现。

设计系统中图标库的维护至关重要，Figma用户可通过合理组织、管理和更新图标库提升效率。字体图标和SVG图标各有优劣，需根据项目需求选择。图标尺寸需适应不同设备，自适应图标和响应式图标设计能优化显示效果。Figma中图标组件的设置应保持层级一致，使用扁平化设计，并设置缩放约束。双色图标可通过叠加图层实现，需注意切换时的颜色初始化问题。

A behind the scenes look at the technical problems we faced and how we solved them.

After integrating Dev Mode into our design system workflow, I’ve gathered several insights to help teams navigate this powerful tool. Here are my top takeaways.

Migrating onto Kubernetes can take years. Here’s why we decided it was worth undertaking, and how we moved a majority of our core services.

How dynamic page loading improved the slowest load times by 33%

After years of playing catch-up with Figma’s growth, it was time to fundamentally rethink LiveGraph’s architecture.

如何用figma中的插件完成3D效果饼图,济南UI设计师,站酷网,中国设计师互动平台.

How we cut build times by 50% and shipped a solution for scale.

阅读时长 8 分钟，适合听说过Figma并且想尝试某些功能，无从下手的同学

The Washington Post’s inclusive process for creating new design system components bridges the gap between design and development.

In a famous 1972 interview, Charles Eames answered a short sequence of fundamental questions about the nature of design.

Our nine month journey to horizontally shard Figma’s Postgres stack, and the key to unlocking (nearly) infinite scalability.

When our permissions system broke at the seams, everything came to a halt. This is the story of how we fixed it.