BugProve is a cybersecurity company specializing in providing comprehensive security testing and consultancy services. Their offerings include penetration testing, IoT security, security product prototyping, and intellectual property protection.

We offer an automated IoT firmware analysis tool for security and compliance teams. Upon uploading your firmware, you will receive an SBOM with known vulnerabilities within 5 minutes. Our platform also features a powerful engine called PRIS, which detects zero-day vulnerabilities in C/C++ binaries, allowing you to address them before potential exploitation. 

Combined with our AI-driven remediation recommendations and one-click reporting, you can save weeks during your security testing process.

We offer a Free Plan with SSO, allowing you to try the product yourself!



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Discussing open-source security issues... openly.
A quite thorough article we would recommend to everyone new to this subject to understand what causes the problems and how to prevent them. https://lnkd.in/gwcTajp8
#opensourcedevelopment #iotsecurity 

The final CVE we discovered in Zyxel's NAS devices.

Part 3 of the story ends with a post-auth blind Python code injection vulnerability. Check out the details in our disclosure, written by Gabor S.

Thanks to Zyxel's PSIRT team for the coordination process.

(Part 1 and 2 links added in comments.)

https://lnkd.in/dRzEaFQY
#vulnerabilitymanagement #cve #zerodayvulnerability #iotsecurity 

Or you could try using BugProve instead. 
#mememonday #iotsolutions #firmwaresecurity #pentest

Denis Noël and Carlos Serratos of NXP Semiconductors published a great article on Embedded Computing Design, where they deep dive into the implications of the upcoming cyber trust mark in the US.

🛡 Cyber Trust Mark in 2024: A new label for consumer cybersecurity is coming in 2024, focusing on user-friendly information.

🗒 Guidelines for Manufacturers: Following NIST standards, especially NIST IR 8425, manufacturers of connected devices will get guidelines for product security and certification.

👨‍💻 Wider Scope: The Cyber Trust Mark covers all parts of IoT products, stressing the need for thorough security during development.

📈 Industry Change: There's a big shift in the consumer electronics industry, encouraging developers to prioritize product security and meet what consumers want.
https://lnkd.in/dRmqJe6U 
#embeddedsystems #compliance #iotsecurity 

The Holy Grail of Vulnerabilities - Remote Code Execution
Let's see the most common ones.

1. Authentication Bypass: Attackers can bypass authentication mechanisms in IoT devices that utilize weak or default passwords. In certain cases, they can exploit logical bugs or circumvent specific security checks. Several techniques can result in an authentication bypass, including default passwords, brute-force attacks, network vulnerabilities, or firmware vulnerabilities.

2. Buffer Overflows: A buffer overflow vulnerability occurs when a program tries to store more data in a buffer than it can hold, causing the data to overflow into adjacent memory locations. An attacker can exploit this vulnerability by crafting input data that overflows the buffer and overwrites adjacent memory locations with malicious code.

3. Injection Flaws: Injection flaws occur when an attacker is able to inject malicious code into an IoT device through unsecured inputs or interfaces, such as a web form or API.

Learn more about mitigation here: https://lnkd.in/dU9YSNFi
#iotsecurity #vulnerabilityassessment #threathunting

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