Scanning The Internet with Linux Tools - PSW #919
好的,我现在要帮用户总结这篇文章的内容。用户的要求是用中文,控制在一百个字以内,而且不需要特定的开头,直接写描述即可。 首先,我看看文章内容。文章主要介绍了一些用于互联网扫描的工具,特别是针对网络边缘设备。提到的工具有Shodan、ZMap、ZGrab2、Nerva、Nuclei、Shannon和edgescan.py。每个工具都有不同的功能,比如被动扫描、主机发现、应用层握手、服务指纹识别、漏洞扫描和自动化管道。 接下来,我需要把这些信息浓缩到100字以内。重点包括工具的数量和用途,以及它们如何结合使用。可能还需要提到Claude Code和示例结果。 最后,确保语言简洁明了,直接描述内容,不使用任何开头模板。 </think> 文章介绍了七种用于互联网扫描的工具,涵盖被动侦察、主机发现、应用层握手、服务指纹识别、漏洞扫描和自动化管道等功能,并结合Claude Code展示示例结果。 2026-3-26 21:0:0 Author: sites.libsyn.com(查看原文) 阅读量:2 收藏

Mar 26, 2026

In this segment, we will explore some pretty awesome tools for scanning the Internet, with a focus on network edge devices. We'll bring it all together with Claude Code and look at some sample results. Tools include:

  • Shodan | Passive recon — query existing scan data for exposed devices, services, and vulns | Passive (API) | Instant (no packets sent)
  • ZMap | Host discovery — find live hosts with open ports | L4 (TCP SYN, UDP, ICMP) | Millions of packets/sec
  • ZGrab2 | Application-layer handshakes — grab banners, certs, headers | L7 (30+ protocol modules) | Thousands of hosts/sec
  • Nerva | Service fingerprinting — identify 140+ protocols with metadata, CPEs, technology stacks | L7 (TCP, UDP, SCTP) | Fast, concurrent
  • Nuclei | Template-based vulnerability scanning — default creds, exposed panels, known CVEs | L7 (HTTP, network) | Hundreds of targets/min
  • Shannon | Vulnerability exploitation — AI-powered whitebox pentesting of web apps | Application | ~1-1.5 hrs per target
  • edgescan.py | Automated pipeline — orchestrates all tools above into a single command | Orchestration | End-to-end

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Show Notes: https://securityweekly.com/psw-919


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