heartbleed-weaponized | A collection of different Heartbleed | Security Testing library
kandi X-RAY | heartbleed-weaponized Summary
kandi X-RAY | heartbleed-weaponized Summary
The Heartbleed bug was released on April 7, 2014. Shortly thereafter, a raft of checkers and testers emerged, starting with ilippo.io/Heartbleed/. That is a website that checks submitted sites for vulnerability to the Heartbleed OpenSSL bug. More and more checking tools have been released since that one, including possible.lv/tools/hb/. It is important for Systems Operations people to be able to check their servers without submitting their server addresses to a public website. That's somewhat like submitting your password to a public website to check if the password is a good one. Probably not a good idea, even if the website is above-board. This Vagrant virtualmachine contains tools you can use to verify whether or not your website, and websites that you use, such as your bank and email provider, are vulnerable to the Heartbleed bug. It will not contain tools to exploit the Heartbleed vulnerability, although such tools already exist. The intent of this repo is make the jobs of people protecting the web easier, not to make attacker's jobs easier. You can be sure, however, that people are out there working hard to make attackers jobs easier.
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Top functions reviewed by kandi - BETA
- Start the server .
- Check if a heartbeat failed .
- Recieve data from a stream .
- Read a message from a string .
- Pretty print a hexadecimal string
- Convert x to binary string .
heartbleed-weaponized Key Features
heartbleed-weaponized Examples and Code Snippets
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QUESTION
I have not, but shall DAST* security test, out of curiosity, an IoT device; Nodemcu esp8266 www server I built. It's showing a HTML page (on a mobile phone for example) that allows to control and interact with a camera module and a A/C relay. With it I can for example show images captured in the camera I even think it has some image recognition built in, and I can switch on and off a relay for electrical current to a light bulb (110/220v A/C power)
Before I start pentest I though I better start thinking of what types of exploits one would be able to find and detect? Which sinister exploits I will be able to find, or rather ought be able to find given a proper pentest exercise? (And if I do not find exploits, my approach to the pentest of the Iot might be wrong)
I ponder it might be a totally pointless exercise since the esp8266 www server (or rather its LUA programming libraries) might not have any security built into it, so basically it is "open doors" and everything with it is unsafe ?
The test report might just conclude what I can foresee be that the the "user input needs to be sanitized"?
Anyone have any idea what such pentest of a generic IoT device generally reports? Maybe it is possible to crash or reset the IoT device? Buffer overruns, XXS, call own code ?
I might use ZAP or Burpsuite or similar DAST security test tool.
- I could of course SAST test it instead, or too, but I think it will be hard to find a static code analyzer for the NodeMCU libraries and NUA scripting language easily ? I found some references here though: https://ieeexplore.ieee.org/abstract/document/8227299 but it seems to be a long read.
So if someone just have a short answer what to expect in a DAST scan/pentest , it would be much appreciated.
Stay safe and secure out there ! Zombieboy
...ANSWER
Answered 2021-Apr-08 at 01:04I do my vulnerability scanning with OpenVAS (I assume this is what you mean by pentesting?). I am not aware of any IOT focused Tools.
If your server is running on esp8266, i would imagine that there is no much room for authentication and encryption of http traffic, but correct me if i am wrong).
Vulnerability Scan results might show things like unencrypted http traffic, credentials transmitted in cleartext (if you have any credentials fields in the pages served by the web server) etc. Depending on if there is encryption, you might also see weak encryption findings.
You might get some false positives on your lua webserver reacting like other known webservers when exploits are applied. I have seen this kind of false positive specially on DoS vulnerabilities when a vulnerability scan is testing a vulnerability and the server becomes unresponsive. Depending on how invasive your vulnerability scanner is, you might get a lot of false positives for DoS on such a constrained platform.
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