NewAE ChipWhiperer侧通道和故障注入硬件的桌面应用程序. 连接一个瞄准镜,构建并闪出目标固件,在波形更新现场时捕捉出功率痕迹,用CPA来取回AES密钥并扫描出故障参数而无需写入Python或设置Jupyter. 与目标在UART,SPI,GPIO和JTAG/SWD上交谈,捕捉并解码逻辑信号,并查看每一追踪点所运行的固件行. 当您想要代码时,内置的笔记本会逐个细胞运行Python细胞来对抗相同的硬件,包括NewAE自己的教程笔记本. MCP服务器允许AI代理驱动全部.

Document: ChipWhiper Studio wiki详细解释每个功能,选项和设置步骤,从安装和快速启动到MCP服务器和故障排除.

** 见行动部分:** 下面每一节都有一段短片,由自己演奏. 另外,每个功能都有完整的视频走行道(几分钟后,由内置模拟器所制作),各章在Video Tour维基页面上列出. 此页面的屏幕截图遵循您的 GitHub 主题 。

ChipWhiper Studio是一个独立的社区项目.

ChipWhisperer Studio

A desktop application for NewAE ChipWhisperer side-channel and fault-injection hardware. Connect a scope, build and flash target firmware, capture power traces while the waveform updates live, recover AES keys with CPA and sweep glitch parameters without writing Python or setting up Jupyter. Talk to the target over UART, SPI, GPIO and JTAG/SWD, capture and decode logic signals, and see which line of firmware runs at each point of a trace. When you do want code, built-in notebooks run Python cell by cell against the same hardware, including NewAE’s own tutorial notebooks. An MCP server lets AI agents drive all of it.

Documentation: the ChipWhisperer Studio wiki explains every feature, option and setup step in detail, from installation and a quick start to the MCP server and troubleshooting.

See it in action: every section below has a short clip that plays by itself. There is also a full video walkthrough of every feature (a few minutes, made with the built-in simulator), with chapters listed on the Video Tour wiki page. Screenshots on this page follow your GitHub theme.

ChipWhisperer Studio is an independent community project. It is not affiliated with or endorsed by NewAE Technology Inc.; it uses their open source chipwhisperer Python library for all hardware access.

Contents

• Video tour
• Features
• Install