[Contribution] Rust + TypeScript Performance & Memory Initiative (Aiming to Surpass VSCode-based AI IDEs)

## [Contribution] Rust + TypeScript Performance & Memory Initiative (Aiming to Surpass VSCode-based AI IDEs)

### Vision
We believe the combination of **Rust** (core performance and stability) and **TypeScript** (UX velocity and ecosystem leverage) can deliver an exceptional AI IDE experience.
Our ambition is to challenge and outperform VSCode-based AI IDEs (such as Cursor, Trae, and Qoder) on real-world user experience.

### Goal
Continuously optimize for “fast, stable, efficient, and smooth,” with clear user-perceived improvements:
- **Faster**: quicker startup, lower interaction latency, better long-session responsiveness
- **More stable**: reliable under heavy concurrency and complex workloads
- **More efficient**: lower memory footprint and better resource utilization
- **Smoother**: fluid interaction with minimal stutter and consistent feedback

### Focus Areas
- Rust core-path optimization: scheduling, I/O, concurrency, memory lifecycle
- TypeScript/frontend optimization: rendering cost, state updates, interaction latency, initial load
- Cross-layer optimization: frontend-backend communication, serialization overhead, observability cost
- Large-project and long-session optimization: caching strategy, incremental updates, resource reclamation

### How to Contribute
- Report reproducible performance/memory issues (scenario, steps, evidence)
- Submit optimization PRs with before/after comparisons
- Add benchmarks and telemetry improvements for continuous tracking

### Shared Direction
This is a long-term engineering effort, not a one-off tuning task.
With Rust + TypeScript as the foundation, we aim to become a leading AI IDE in core experience quality.

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## [Contribution] Rust + TypeScript 性能与内存优化专项（体验对标并超越 VSCode 系 AI IDE）

### 愿景
我们希望通过 **Rust（核心性能与稳定性）** + **TypeScript（交互与生态效率）** 的组合，打造极致体验的 AI IDE。
在关键体验指标上，对标并全面挑战 VSCode 系 AI IDE（如 Cursor、Trae、Qoder 等）。

### 目标
围绕“快、稳、省、顺”持续优化，让产品在真实开发场景中形成可感知优势：
- **更快**：启动更快、响应更快、长会话不拖慢
- **更稳**：高并发和复杂任务下仍保持稳定
- **更省**：更低内存占用与更优资源利用
- **更顺**：交互流畅、反馈及时、长时间使用不卡顿

### 共建方向
- Rust 核心链路优化：任务调度、I/O、并发执行、内存生命周期
- TS/前端链路优化：渲染性能、状态更新、事件处理、首屏与交互延迟
- 跨层协同优化：前后端通信、序列化开销、日志与观测成本
- 长会话与大项目优化：缓存策略、增量更新、资源回收

### 参与方式
- 提交可复现的性能/内存问题（场景、步骤、数据）
- 提交优化 PR（说明思路与前后对比）
- 补充 benchmark 与观测数据，推动持续迭代

### 我们的共识
这不是一次性优化，而是长期工程。
以 Rust 和 TypeScript 为基础，持续打磨，目标是在关键体验维度上成为同类产品中的领先者。