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@@ -0,0 +1,231 @@
+---
+title: Memory Fabric
+keywords: NanoKVM Go, Memory Fabric, MCP, AI, OCR, operation history, screen review
+update:
+  - date: 2026-08-11
+    version: v0.1
+    author: Liang Ziyue
+    content:
+      - Add the NanoKVM Go Memory Fabric guide
+---
+
+## Introduction
+
+Memory Fabric records operations performed on the target device and helps AI review and summarize them.
+
+When Memory Fabric is enabled, NanoKVM Go detects changes on the target device screen and saves key screens whenever the display changes. You can then ask an AI tool connected to NanoKVM Go MCP what operations were performed or have it organize the entire process in chronological order.
+
+Memory Fabric is useful for:
+
++ Reviewing a sequence of operations you just completed;
++ Documenting software installation, system configuration, or troubleshooting steps;
++ Checking which pages were opened or which settings were changed during a period of time;
++ Generating instructions or work logs from an actual operation process.
+
+> Screens saved and processed by Memory Fabric may contain sensitive information such as account details, chat messages, file names, passwords, and keys. Before using this feature, close any pages you do not want to record and make sure that both the configured model service and the connected AI tool are trustworthy.
+
+## How It Works
+
+Memory Fabric does not save continuous video at fixed intervals. Instead, it detects screen changes during operation and saves key screens that represent the process. NanoKVM Go uses the model configured under `Settings > AI` to process Memory Fabric content and exposes memory and OCR tools to AI tools through the `/api/mcp` endpoint.
+
+```text
+The target device screen changes
+              |
+              v
+NanoKVM Go saves and processes key screens
+              |
+              | /api/mcp
+              v
+The AI tool reads the records and answers questions
+```
+
+The memory and OCR tools use the same endpoint and `API Key` as NanoKVM Go MCP. Before using Memory Fabric, connect your AI tool to NanoKVM Go as described in the MCP guide, and then configure a model for Memory Fabric.
+
+## Preparation
+
+Before using Memory Fabric, make sure that:
+
++ NanoKVM Go is connected to the target device;
++ The NanoKVM Go web control page displays the target device screen correctly;
++ The NanoKVM Go system and application have been updated to versions that support Memory Fabric;
++ NanoKVM Go is connected to a network and can access the model service you plan to use;
++ You have the model name, Base URL, and API Key;
++ An MCP-compatible AI tool is installed on the control device.
+
+If NanoKVM Go MCP has not been configured yet, follow the [MCP guide](./mcp.html) to add it to your AI tool and confirm that it is connected before configuring Memory Fabric.
+
+## Enable Memory Fabric and Configure the Model
+
+### Enable Memory Fabric
+
+1. Enter the NanoKVM Go IP address in your browser to open the web control page.
+2. Log in to NanoKVM Go and click the settings button on the toolbar.
+
+![Open the NanoKVM Go settings page](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-settings-button.webp)
+
+3. Select `AI` in the left sidebar, find `Memory Fabric`, and turn on the switch.
+
+![Enable NanoKVM Go Memory Fabric](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-enable-en.webp)
+
+After enabling the feature, configure the default model below it. This model processes Memory Fabric content.
+
+### Configure the Model
+
+Fill in the model settings under the Memory Fabric switch:
+
+| Setting | Description |
+| --- | --- |
+| `Model` | Enter the model name provided by your model service. It must match a model ID actually supported by the service. |
+| `Base URL` | Enter the API base URL provided by the model service. Follow the service provider's documentation for the required format. |
+| `Maximum tokens` | Limits the maximum number of tokens used by a single model request. A value that is too low may result in incomplete output. |
+| `Timeout (seconds)` | Sets how long to wait for a model request. Increase it if the network or model responds slowly. |
+| `API key` | The credential used to access the model service. |
+
+![Configure the NanoKVM Go Memory Fabric model](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-model-config-en.webp)
+
+The `API key` menu provides the following options:
+
++ `Keep existing key`: Continue using the saved key without changing it;
++ `Replace key`: Enter and save a new key;
++ `Clear key`: Delete the saved key.
+
+For the initial configuration, select `Replace key` and enter the API Key provided by the model service. When changing other model settings without changing the key, select `Keep existing key`.
+
+![Configure the NanoKVM Go Memory Fabric API key](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-api-key-en.webp)
+
+If an API key has already been saved, the page shows `Configured`. To change it, select `Replace key` and enter the new API key.
+
+### Save the Configuration
+
+After filling in the settings, click `Save` in the upper-right corner. To discard unsaved changes and load the current configuration again, click `Reload`.
+
+After saving, confirm that:
+
++ The Memory Fabric switch is enabled;
++ The model name and Base URL are correct;
++ The API key is shown as configured;
++ The page does not report a configuration save or model connection error.
+
+![NanoKVM Go Memory Fabric configuration saved](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-saved-en.webp)
+
+The model service API Key and the NanoKVM Go MCP API Key serve different purposes. Do not mix them up:
+
+| API Key | Purpose | Where to enter it |
+| --- | --- | --- |
+| Model service API Key | Allows NanoKVM Go to call the configured model | `Settings > AI > Memory Fabric > Configuration` |
+| NanoKVM Go MCP API Key | Allows an external AI tool to connect to NanoKVM Go MCP | The MCP Server configuration in the AI tool |
+
+## Record an Operation Process
+
+After configuring the model and MCP, leave Memory Fabric enabled and operate the target device through NanoKVM Go as usual.
+
+For an initial test, perform a few simple operations. For example:
+
+1. Open the system settings;
+2. Open the system information or About page;
+3. View non-sensitive information such as the device name and system version;
+4. Return to the settings home page;
+5. Close the settings and return to the desktop.
+
+This sequence contains several clear screen changes but does not modify the target device configuration, making it suitable for verifying that Memory Fabric records and organizes the process correctly.
+
+Whenever the target device screen changes, NanoKVM Go automatically saves a new key screen. You do not need to take screenshots manually or start a separate recording.
+
+For clearer review results:
+
++ Pause briefly after each important operation and confirm that its result is visible;
++ Avoid rapidly switching back and forth between unrelated pages;
++ Do not display passwords, keys, or personal information that you do not want recorded;
++ When you no longer need the feature, return to `Settings > AI` and disable Memory Fabric.
+
+## Review Operations with AI
+
+Open an AI tool that is connected to NanoKVM Go MCP and ask about the operations you just performed using natural language.
+
+For example:
+
+```text
+Use the NanoKVM Go memory tools to tell me what I just did.
+```
+
+```text
+Organize my recent operations in chronological order. For each step, explain which page I opened and what I did there.
+```
+
+```text
+Create a repeatable operation guide based on my recent activity.
+```
+
+```text
+Based on my recent activity, tell me which system information I viewed and whether I changed any settings.
+```
+
+The AI tool calls the memory and OCR tools through NanoKVM Go MCP and answers based on the saved key screens. The level of detail depends on the completeness of the record, text clarity, model configuration, and the capabilities of the AI tool.
+
+## Verify the Feature
+
+For the initial test, perform a short sequence with three to five clear screen changes, and then check that:
+
++ Memory Fabric is enabled under `Settings > AI`;
++ The model configuration has been saved and the API key is shown as configured;
++ NanoKVM Go MCP remains connected in the AI tool;
++ The AI can call the memory or OCR tools;
++ The AI can describe the pages you just opened or operated;
++ The sequence produced by the AI generally matches the actual order of operations.
+
+## Troubleshooting
+
+### The Model Configuration Cannot Be Saved or Called
+
+Check that:
+
++ The model name matches a model ID actually supported by the model service;
++ The Base URL format is correct;
++ The model service API Key is valid and has permission to use the selected model;
++ NanoKVM Go can access the model service;
++ The model service account has available quota;
++ The timeout is not too short.
+
+### The AI Tool Cannot Read Memory Fabric Records
+
+Check that:
+
++ You completed the configuration described in the [MCP guide](./mcp.html);
++ NanoKVM Go MCP is shown as connected;
++ The MCP `Endpoint` and MCP `API Key` are correct;
++ The model service API Key was not accidentally entered in the MCP configuration;
++ The AI tool is allowed to call NanoKVM Go MCP tools;
++ Memory Fabric is enabled;
++ The NanoKVM Go system and application versions support the feature.
+
+### No New Records Are Created After an Operation
+
+Check that:
+
++ Memory Fabric is enabled;
++ The NanoKVM Go web control page displays the target device screen correctly;
++ There is a clear difference between the screen before and after the operation;
++ The target device is not showing a black screen, lock screen, or no-signal screen;
++ The model service is accessible.
+
+### The AI Produces Incomplete or Incorrectly Ordered Steps
+
+Possible causes include:
+
++ Pages were switched too quickly for key screens to remain visible;
++ Multiple operations occurred on the same page with little visual change;
++ Text was too small, obscured, or unclear;
++ `Maximum tokens` was set too low and the answer was truncated;
++ The question did not define the requested scope clearly enough.
+
+Repeat a shorter sequence, pause briefly after each important step, and explicitly ask the AI to organize the result in chronological order.
+
+## Privacy and Security
+
++ Memory Fabric processes the target device screen, which may contain sensitive information;
++ Screen content may be sent to the configured model service. Review the service's privacy and data retention policies before use;
++ Enable Memory Fabric only when needed and disable it after use;
++ Connect NanoKVM Go MCP only to trusted AI tools;
++ Do not disclose the model service API Key or NanoKVM Go MCP API Key;
++ Do not expose the MCP service directly to the public internet;
++ Before sharing AI-generated summaries or screenshots, check and redact account details, passwords, keys, and personal information.
diff --git a/docs/hardware/en/sidebar.yaml b/docs/hardware/en/sidebar.yaml
index 65229e0dc6..c3bc901541 100644
--- a/docs/hardware/en/sidebar.yaml
+++ b/docs/hardware/en/sidebar.yaml
@@ -559,6 +559,8 @@ items:
             file: kvm/NanoKVM_Go/resolution.md
         -   label: MCP
             file: kvm/NanoKVM_Go/mcp.md
+        -   label: Memory Fabric
+            file: kvm/NanoKVM_Go/memory_weaving.md
         -   label: KVM App Update
             file: kvm/NanoKVM_Go/system/updating.md
         -   label: Network
diff --git a/docs/hardware/zh/kvm/NanoKVM_Go/memory_weaving.md b/docs/hardware/zh/kvm/NanoKVM_Go/memory_weaving.md
new file mode 100644
index 0000000000..46fd533f4a
--- /dev/null
+++ b/docs/hardware/zh/kvm/NanoKVM_Go/memory_weaving.md
@@ -0,0 +1,234 @@
+---
+title: 记忆织网
+keywords: NanoKVM Go, 记忆织网, MCP, AI, OCR, 操作记录, 页面回顾
+update:
+  - date: 2026-08-11
+    version: v0.1
+    author: Liang Ziyue
+    content:
+      - 新增 NanoKVM Go 记忆织网功能使用说明
+---
+
+## 简介
+
+记忆织网用于记录被控设备上的操作过程，并帮助 AI 回顾和整理这段操作。
+
+开启记忆织网后，NanoKVM Go 会检测被控设备的画面变化，并在画面发生变化时保存关键页面。之后可以在已经连接 NanoKVM Go MCP 的 AI 工具中提问，让 AI 说明操作过哪些内容，或者按顺序整理整个操作过程。
+
+该功能适合以下场景：
+
++ 回顾刚刚完成的一系列操作；
++ 整理软件安装、系统配置或故障排查步骤；
++ 确认某段时间内打开过哪些页面、修改过哪些设置；
++ 根据实际操作过程生成步骤说明或工作记录。
+
+> 记忆织网保存和处理的画面可能包含账号、聊天内容、文件名、密码、密钥等敏感信息。开始使用前，请关闭不希望被记录的页面，并确认所填写的模型服务和连接的 AI 工具均可信。
+
+## 工作原理
+
+记忆织网不是按照固定时间间隔保存连续视频，而是在操作过程中检测画面变化，并保存能够反映操作过程的关键页面。NanoKVM Go 使用 `设置 > AI` 中配置的模型处理记忆织网内容，并通过 `/api/mcp` 端点向 AI 工具开放记忆和 OCR 工具。
+
+```text
+被控设备的页面发生变化
+          |
+          v
+NanoKVM Go 保存并处理关键页面
+          |
+          | /api/mcp
+          v
+AI 工具读取记录并回答问题
+```
+
+记忆和 OCR 工具与 NanoKVM Go MCP 使用相同的端点和 `API Key`。因此，使用记忆织网前，需要先按照 MCP 文档将 AI 工具连接到 NanoKVM Go，再为记忆织网配置可用的模型。
+
+## 使用前准备
+
+使用记忆织网前，请先确认：
+
++ NanoKVM Go 已正常连接被控设备；
++ NanoKVM Go 网页控制端可以正常显示被控设备画面；
++ NanoKVM Go 的系统和应用已更新到支持记忆织网的版本；
++ NanoKVM Go 已连接网络，并且可以访问准备使用的模型服务；
++ 已准备模型名称、基础 URL 和 API Key；
++ 控制设备上已安装支持 MCP 的 AI 工具。
+
+如果还没有配置 NanoKVM Go MCP，请先阅读 [MCP 功能](./mcp.html)，将 NanoKVM Go MCP 添加到 AI 工具并确认连接成功，然后再继续配置记忆织网。
+
+## 开启记忆织网并配置模型
+
+### 开启记忆织网
+
+1. 在浏览器地址栏输入 NanoKVM Go 的 IP 地址，打开网页控制端；
+2. 登录 NanoKVM Go，点击工具栏中的设置按钮；
+
+![打开 NanoKVM Go 设置页面](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-settings-button.webp)
+
+3. 在设置页面左侧选择 `AI`；找到 `记忆织网` 并打开开关
+
+![开启 NanoKVM Go 记忆织网（中文）](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-enable-zh.webp)
+
+开启后，继续填写下方的默认模型配置。该模型用于处理记忆织网内容。
+
+### 填写模型配置
+
+在记忆织网开关下方填写模型配置：
+
+| 配置项 | 说明 |
+| --- | --- |
+| `模型` | 填写模型服务提供的模型名称，必须与服务端实际支持的模型 ID 一致 |
+| `基础 URL` | 填写模型服务的 API 基础地址，具体格式以模型服务提供方的说明为准 |
+| `最大 Token 数` | 限制单次模型调用使用的最大 Token 数；数值过小可能导致生成内容不完整 |
+| `超时时间（秒）` | 模型请求的最长等待时间；网络较慢或模型响应较慢时可以适当增加 |
+| `API Key` | 用于访问模型服务的认证凭据 |
+
+![NanoKVM Go 记忆织网模型配置（中文）](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-model-config-zh.webp)
+
+`API Key` 下拉菜单提供以下操作：
+
++ `保留现有 Key`：继续使用已经保存的 Key，不修改当前配置；
++ `替换 Key`：填写并保存新的 Key；
++ `清除 Key`：删除已经保存的 Key。
+
+首次配置时，选择 `替换 Key`，然后填写模型服务提供的 API Key。修改其他模型参数但不需要更换 Key 时，选择 `保留现有 Key` 即可。
+
+![配置 NanoKVM Go 记忆织网 API Key（中文）](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-api-key-zh.webp)
+
+如果已经保存过 API Key，页面会显示 `已配置`。需要更换时，选择 `替换 Key` 并填写新的 API Key：
+
+### 保存配置
+
+填写完成后，点击页面右上方的 `保存`。如果需要放弃尚未保存的修改并重新读取当前配置，可以点击 `重新加载`。
+
+保存后，请确认：
+
++ 记忆织网开关处于开启状态；
++ 模型名称和基础 URL 填写正确；
++ API Key 显示为已配置；
++ 页面没有显示配置保存失败或模型连接错误。
+
+![NanoKVM Go 记忆织网配置已保存（中文）](./../../../assets/NanoKVM/go/memory_weaving/nanokvm-go-memory-weaving-saved-zh.webp)
+
+请注意，模型服务 API Key 与 NanoKVM Go MCP API Key 用途不同，不要混用：
+
+| API Key | 用途 | 填写位置 |
+| --- | --- | --- |
+| 模型服务 API Key | 允许 NanoKVM Go 调用所配置的模型 | `设置 > AI > 记忆织网 > 配置` |
+| NanoKVM Go MCP API Key | 允许外部 AI 工具连接 NanoKVM Go MCP | AI 工具的 MCP Server 配置 |
+
+## 记录操作过程
+
+模型和 MCP 配置完成后，保持记忆织网开关开启，然后像平时一样通过 NanoKVM Go 操作被控设备即可。
+
+首次测试时，可以做一点简单的操作。例如，可以依次执行：
+
+1. 打开系统设置；
+2. 进入系统信息或“关于”页面；
+3. 查看设备名称、系统版本等非敏感信息；
+4. 返回设置首页；
+5. 关闭设置并返回桌面。
+
+这段操作包含多次明显的页面变化，但不会修改被控设备的配置，适合用来确认记忆织网是否可以正确记录和整理操作过程。
+
+当被控设备的页面发生变化时，NanoKVM Go 会自动保存新的关键页面，不需要手动逐张截图或单独点击开始记录。
+
+为了让后续回顾结果更清晰，建议：
+
++ 每完成一个关键操作后，短暂停留并确认页面已经显示操作结果；
++ 避免快速、反复切换无关页面；
++ 不要在画面中显示不希望被记录的密码、密钥或个人信息；
++ 完成记录后，如果暂时不再使用该功能，可以返回 `设置 > AI` 关闭记忆织网开关。
+
+
+## 使用 AI 回顾操作过程
+
+打开已经连接 NanoKVM Go MCP 的 AI 工具，并用自然语言询问刚才的操作过程。
+
+例如：
+
+```text
+请使用 NanoKVM Go 的记忆工具，告诉我刚才操作了什么。
+```
+
+```text
+请按时间顺序整理刚才的操作步骤，并说明每一步进入了哪个页面、完成了什么操作。
+```
+
+```text
+根据刚才的记录，帮我整理一份可以重复执行的操作指南。
+```
+
+```text
+根据刚才的记录，告诉我查看了哪些系统信息，并确认操作过程中是否修改过设置。
+```
+
+AI 工具会通过 NanoKVM Go MCP 调用记忆和 OCR 工具，并根据已保存的关键页面回答问题。回答的详细程度会受到记录是否完整、页面文字是否清晰、模型配置以及所使用 AI 工具能力的影响。
+
+
+
+## 确认功能正常
+
+首次使用时，建议只执行一段包含 3～5 次明显页面变化的短操作，然后检查：
+
++ `设置 > AI` 中的记忆织网开关已经开启；
++ 模型配置已经保存，API Key 显示为已配置；
++ AI 工具中的 NanoKVM Go MCP 保持已连接状态；
++ AI 能够调用记忆或 OCR 工具；
++ AI 能够说明刚才打开或操作过的页面；
++ AI 整理出的步骤顺序与实际操作基本一致。
+
+## 常见问题
+
+### 模型配置无法保存或调用失败
+
+请检查：
+
++ 模型名称是否与模型服务实际支持的模型 ID 一致；
++ 基础 URL 的格式是否正确；
++ 模型服务 API Key 是否有效，是否具有对应模型的调用权限；
++ NanoKVM Go 是否可以访问模型服务；
++ 模型服务账号是否有可用额度；
++ 超时时间是否过短。
+
+### AI 工具无法读取记忆织网记录
+
+请检查：
+
++ 是否已经按照 [MCP 功能](./mcp.html) 完成配置；
++ NanoKVM Go MCP 是否显示为已连接；
++ MCP `端点` 和 MCP `API Key` 是否填写正确；
++ 是否误把模型服务 API Key 填入了 MCP 配置；
++ 当前 AI 工具是否允许调用 NanoKVM Go MCP 工具；
++ 记忆织网开关是否已经开启；
++ NanoKVM Go 系统和应用版本是否支持该功能。
+
+### 操作后没有生成新的记录
+
+请检查：
+
++ 记忆织网开关是否处于开启状态；
++ NanoKVM Go 网页控制端是否可以正常显示被控设备画面；
++ 操作前后页面是否有明显变化；
++ 被控设备是否停留在黑屏、锁屏或无视频信号状态；
++ 模型服务是否可以正常访问。
+
+### AI 整理的步骤不完整或顺序不准确
+
+可能的原因包括：
+
++ 页面切换过快，关键页面没有稳定显示；
++ 多个操作发生在同一个页面内，画面变化不明显；
++ 页面文字过小、被遮挡或画面不清晰；
++ `最大 Token 数` 设置过小，回答被提前截断；
++ 提问范围不够明确。
+
+可以重新执行一段较短的操作，在关键步骤后稍作停留，并在提问时明确要求 AI 按时间顺序整理。
+
+## 隐私与安全注意事项
+
++ 记忆织网处理的是被控设备画面，可能包含敏感信息；
++ 画面内容可能会发送到所配置的模型服务，请在使用前确认模型服务的隐私和数据保留政策；
++ 只在确有需要时开启记忆织网，使用完成后及时关闭；
++ 只将 NanoKVM Go MCP 连接到可信的 AI 工具；
++ 不要泄露模型服务 API Key 或 NanoKVM Go MCP API Key；
++ 不要将 MCP 服务直接暴露到公网；
++ 分享 AI 整理结果或操作截图前，先检查并遮盖账号、密码、密钥和个人信息。
diff --git a/docs/hardware/zh/sidebar.yaml b/docs/hardware/zh/sidebar.yaml
index b575f616f1..62e370ef98 100644
--- a/docs/hardware/zh/sidebar.yaml
+++ b/docs/hardware/zh/sidebar.yaml
@@ -560,6 +560,8 @@ items:
             file: kvm/NanoKVM_Go/resolution.md
         -   label: MCP 功能
             file: kvm/NanoKVM_Go/mcp.md
+        -   label: 记忆织网
+            file: kvm/NanoKVM_Go/memory_weaving.md
         -   label: KVM 应用更新
             file: kvm/NanoKVM_Go/system/updating.md
         -   label: 网络