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OWASP-Access Control Vulnerability

This article is going to focus on Access control security and Broken Access control, it will summarize the thoughts, procedures and…
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Black Hat Ethical Hacking
Apple iOS vulnerable to HomeKit ‘doorLock’ denial of service bug

https://www.blackhatethicalhacking.com/wp-content/uploads/2021/08/Untitled-design-2-1.png Apple iOS vulnerable to HomeKit ‘doorLock’ denial of service bugPost Views: 101 https://www.blackhatethicalhacking.com/wp-content/uploads/2021/08/BECOME-A-PATRON-AND-UNLOCK-EXCLUSIVE-VIDEOS-1.png Reading Time: 1 Minute
A novel persistent denial of service vulnerability named ‘doorLock’ was discovered in Apple HomeKit, affecting iOS 14.7 through 15.2.
Apple HomeKit is a software framework that lets iPhone and iPad users control smart home appliances from their devices.

According to Trevor Spiniolas, the security researcher who publicly disclosed the details, Apple has known about the flaw since August 10, 2021. Yet, despite the repeated promises to fix it, the researcher says Apple has continually pushed the security update further, and it remains unresolved.

I believe this bug is being handled inappropriately as it poses a serious risk to users and many months have passed without a comprehensive fix. The public should be aware of this vulnerability and how to prevent it from being exploited, rather than being kept in the dark. – Spinolas.
See Also: Complete Offensive Security and Ethical Hacking Course Forcing a resetTo trigger ‘doorLock,’ an attacker would change the name of a HomeKit device to a string larger than 500,000 characters.

To demonstate the doorLock bug, Spinolas has released a proof-of-concept exploit in the form of an iOS app that has access to Home data and can change HomeKit device names.

Even if the target user doesn’t have any Home devices added on HomeKit, there’s still an attack pathway by forging and accepting an invitation to add one.
Upon attempting to load the large string, a device running a vulnerable iOS version will be thrown into a denial of service (DoS) state, with a forced reset being the only way out of it. However, resetting the device will cause all stored data to be removed and only recoverable if you have a backup.
See Also: Hackers start pushing malware in worldwide Log4Shell attacks
To make matters worse, once the device reboots and the user signs back into the iCloud account linked to the HomeKit device, the bug will be re-triggered.
“In iOS 15.1 (or possibly 15.0), a limit on the length of the name an app or the user can set was introduced,” explains Spiniolas in his blog post.

“The introduction of a local size limit on the renaming of HomeKit devices was a minor mitigation that ultimately fails to solve the core issue, which is the way that iOS handles the names of HomeKit devices.”

“If an attacker were to exploit this vulnerability, they would be much more likely to use Home invitations rather than an application anyways, since invitations would not require the user to actually own a HomeKit device.”

The impact of this attack ranges from having an unusable device that reboots indefinitely to not being able to take a backup of your data from iCloud as signing back to the online backup services re-triggers the flaw.

As the researcher explains, this attack could be used as a ransomware vector, locking iOS devices into an unusable state and demanding a ransom payment to set the HomeKit device back to a safe string length.
See Also: Offensive Security Tool: Spray365 How to protect yourselfIt is essential to underline that the bug can only be exploited by someone with access to your ‘Home’ or via manually accepting an invitation to one.

With that said, there’s no reliable method of regaining access to local data after ‘doorLock’ has been triggered, so users should focus all efforts on prevention.

For this, bew[...]

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Hacking Articles Tips Tricks Videos Tutorials
Black Hat Ethical Hacking Apple iOS vulnerable to HomeKit ‘doorLock’ denial of service bug https://www.blackhatethicalhacking.com/wp-content/uploads/2021/08/Untitled-design-2-1.png Apple iOS vulnerable to HomeKit ‘doorLock’ denial of service bugPost Views:…
are of suspicious invitation messages from email addresses that resemble Apple services or HomeKit products.

If the damage has already been done, follow these three steps to restore your data from the iCloud:

1. Restore the affected device from Recovery or DFU Mode
2. Set up the device as usual, but do NOT sign back into the iCloud account
3. After setup is finished, sign in to iCloud from settings. Immediately after doing so, disable the switch labeled “Home.” The device and iCloud should now function again without access to Home data.
See Also: Hacking stories – Rafael Núñez (aka RaFa), hacking NASA with the hacking group: World of Hell
According to the researcher, Apple’s latest estimate for fixing the bug is for “early 2022,” which will be done through an upcoming security update.

We have reached out to Apple to request a comment on the above, and we will update this story as soon as we hear back from them.
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The post Apple iOS vulnerable to HomeKit ‘doorLock’ denial of service bug first appeared on Black Hat Ethical Hacking.

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hacking: security in practice
Vpn used for hacking

So i recently started hacking and I don't understand how hacking with a vpn works when you connect to a vpn to get trough a network firewall so you can port scan your target, can someone explain this concept to me?

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Spotlight: Earn Bitcoin While Browsing The Web On Desktop And Mobile

Is it too good to be true? Well, join me on my quest to find out.Continue reading on Medium »
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SQL Injection - The File Upload Playground

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Metasploit payloads dont work with custom loaders
https://www.reddit.com/r/Pentesting/comments/rvs7pu/metasploit_payloads_dont_work_with_custom_loaders/

Hello, i have the problem that, no matter in which way i try, i cant get a metasploit payload executed correctly by any loader (cpp). The program run, but there was no meterpreter session opened no more What I tried: Simple xor encryption and decryption Simple AES encryption and decryption Even base64 encoding doesnt work for me I also tried to research the root of the problem with no success. The source I used already was fixed for all problems any debugger gave me: The python script for aes encryption: https://pastebin.com/Qyxa3Zrr The cpp loader that decrypts and runs the payload in memory: https://pastebin.com/MfVynd45 the compiler (a custom batch): https://pastebin.com/rn6zXfqi I already tried to generate a PE with msfvenom and run it through the python, did not work. I tried to generate the raw payload with msfvenom, then encrypt it manually and put in aes key and payload into the cpp, didnt work. I tried to generate with -f raw -o 1.bin, then run the .bin through the python, didnt work. How do i have to generate the payload and put it into so it might work? submitted by /u/janameyers2002 (https://www.reddit.com/user/janameyers2002)
[link] (https://www.reddit.com/r/Pentesting/comments/rvs7pu/metasploit_payloads_dont_work_with_custom_loaders/) [comments] (https://www.reddit.com/r/Pentesting/comments/rvs7pu/metasploit_payloads_dont_work_with_custom_loaders/)

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SyntheticSun - A Defense-In-Depth Security Automation And Monitoring Framework Which Utilizes Threat Intelligence, Machine Learning, Managed AWS Security Services And, Serverless Technologies To Continuously Prevent, Detect And Respond To Threats
http://www.kitploit.com/2022/01/syntheticsun-defense-in-depth-security.html

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SyntheticSun is a defense-in-depth security automation and monitoring framework which utilizes threat intelligence, machine learning, managed AWS security services and, serverless technologies to continuously prevent, detect and respond to threats.You sleep in fragmented glass
With reflections of you,
But are you feeling alive?
Yeah let me ask you,
Are you feeling alive?
- Norma Jean, 2016
SynopsisUses event- and time-based serverless automation (e.g. AWS CodeBuild, AWS Lambda) to collect, normalize, enrich, and correlate security telemetry in KibanaLeverages threat intelligence, geolocation data, open-source intelligence, machine learning (ML) backed anomaly detection and AWS APIs to further enrich security telemetry and identify potential threatsLeverages Random Cut Forests (RCF) and IP Insights unsupervised ML algorithms to identify anomalies in timeseries and IP-entity pair data, respectively. Serverless, container-orchestrated resources are provided to train and deploy new IP Insights endpoints at will.Dynamically updates AWS WAFv2 IP Sets and Amazon GuardDuty threat intel sets to bolster protection of your account and infrastructure against known threatsDescriptionSyntheticSun is built around the usage of the Malware Information Sharing (https://www.kitploit.com/search/label/Information%20Sharing) Platform (MISP) and Anomali's LIMO, which are community driven threat intelligence platforms (TIPs) that provide various types of indicators of compromise (https://www.kitploit.com/search/label/Indicators%20of%20Compromise) (IoC). Normalized and de-duplicated threat intel is looked up against in near-real time to quickly identify known threats in various types of network traffic. To add dynamism to the identification of potential threats IP Insights models are deployed to find anoamlies (and potential threats therein) between the pairing of IP addresses and entities (such as IAM principal ID's, user-agents, etc.), native RCF detectors are also used in Elasticsearch to find anomalies in near real-time security telemetry as it is streamed into Kibana. To democratize the usage and fine-tuning of ML models within security teams, utilities to train IP Insights models are provided as an add-on to the core solution.To perform the both the orchestration and automation as well as extraction, transformation, and loading (ETL) of security telemetry into Kibana, various AWS serverless technologies such as AWS Lambda, Amazon DynamoDB, and AWS CodeBuild are used. Serverless technologies such as these are used for their scalability, ease of use, relatively cheap costs versus heavy MapReduce or Glue ETL-based solutions. A majority of the solution is deployed via CloudFormation with helper scripts in Python and shell provided throughout the various Stages to promote adoption and the potential deployment in continuous integration (https://www.kitploit.com/search/label/Continuous%20Integration) pipelines.To make the "guts" of the solution as lean as possible basic Python modules such as boto3, requests, json, ipaddress, socket and re perform most of the extraction, transformation, and loading (ETL) into downstream services. Because all geolocation information is provided by ip-api.com (https://ip-api.com/docs), it does not require an account or paid tiers and has a great API which includes throttling information in their response headers. A majority of the Elasticsearch and Kibana dependencies are also provided in code (indicies, mappings, visualizations, etc) to avoid heavy manual configuration.Setting UpSyntheticSun is spread across three Stages due to the size of solution and the required dependencies. All architecture and installation instructions (and FAQs where appropriate) live within their own Stage. Add-ons modules (called an Appendix) are also provided to extend the functionality, which have their own architecture and installation instructions localized.Before you start: Considerations for Production deploymentsSyntheticSun, by virtue

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