scanopy

monitoring、data_analysis

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

{"en":"It targets a specific operational problem: network documentation goes stale quickly. Because the model is rebuilt from scheduled discovery instead of redrawn manually, it is more useful for environments that mix multiple VLANs, sites, containers, and traditional network devices.","zh":"它解决的是“网络文档很快过期”这个具体问题：拓扑来自周期性扫描，而不是让运维人员反复重画。对多 VLAN、多站点、容器与传统网络设备混合的环境，比单纯画拓扑图更有持续维护价值。"}

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

{"steps":[{"en":"Download the docker-compose.yml file provided by the project.","zh":"下载项目提供的 docker-compose.yml。"},{"en":"Run `docker compose up -d` to start the Scanopy service.","zh":"执行 `docker compose up -d` 启动 Scanopy 服务。"},{"en":"Open port 60072 on the server in a browser and create the local account.","zh":"浏览器访问服务器的 60072 端口并创建本地账户。"},{"en":"Wait for the first scan, then configure additional segments, SNMP, or Docker discovery for the environment.","zh":"等待首次扫描完成，再根据网络环境配置额外网段、SNMP 或 Docker 发现。"}],"installAt":"docker","difficulty":"medium"}

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

{"en":"Scanopy replaces manually maintained network diagrams with automatic discovery. A scanning daemon inspects the current infrastructure on a schedule and produces four views from the same scan: L2 physical topology, L3 logical networking, workloads, and application dependencies. The goal is to document what is actually running instead of preserving a static drawing that drifts over time.\n\nThe project includes more than 230 service definitions for databases, web servers, containers, network infrastructure, and enterprise applications. Multiple daemons can scan separate segments, while Docker and SNMP integrations add container and network-device discovery. Results can be exported as SVG, Mermaid, or Confluence content, and live views can be shared.\n\nThe self-hosted edition is licensed under AGPL-3.0 and has a Docker Compose quick start; a hosted Scanopy Cloud option is also available.","zh":"Scanopy 用自动发现替代手工维护的网络拓扑图。一个扫描守护进程按照计划探测当前基础设施，并从同一次扫描生成 L2 物理拓扑、L3 逻辑网络、工作负载和应用依赖四类视图，用来反映实际运行状态而不是静态绘图文件。\n\n项目内置 230 多种服务定义，可识别数据库、Web 服务、容器、网络设备和企业应用；也支持跨网段部署多个扫描守护进程，并通过 Docker 与 SNMP 获取更多主机和网络硬件信息。生成结果可以导出为 SVG、Mermaid 或 Confluence 内容，也可以提供实时共享视图。\n\n自托管版本采用 AGPL-3.0，并提供 Docker Compose 快速启动；另外也有托管的 Scanopy Cloud。"}

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

v0.17.18

来源： GitHub 官方接口 · latest_release=v0.17.18 · 2026/10/2

AGPL-3.0

来源： GitHub 官方接口 · license.spdx_id=AGPL-3.0 · 2026/10/2

否

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

{"en":"A network documentation platform that continuously discovers and maps topology, hosts, workloads, and application dependencies through scheduled scans.","zh":"通过定时扫描自动生成并持续更新网络拓扑、主机、工作负载和应用依赖视图的网络文档平台。"}

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

browser

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

ai-apps

来源： 项目说明文档 · hint=ai-apps · 2026/8/14

web

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

devops、operations

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

是

来源： 仓库文件 · dockerfile=true; compose=true · 2026/10/2

是

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17

是

来源： manual_curated · Manually curated from the verified project README; no AI draft. · 2026/8/17