The growth of the Internet of Things and embedded devices requires increasing the secure and energy-efficient communication protocols, whereas conventional cryptographic algorithms usually tend to be ...

Strongly focused on performance; entire source code is written in C. Thread-safety; you can improve further performance with multi-threading. Easily installable; single file with no dependency, ...

This week I audited three enterprise systems. All three claimed "AES-256 encryption for data at rest." All three were broken. Two used ECB mode (preserves patterns—completely broken for anything but ...

The rapid advancements in technology and its seamless integration into everyday life have significantly increased the accessibility of consumer electronic devices, leading to a surge in internet usage ...

Shadowsocks is a secure split proxy loosely based on SOCKS5. It’s widely used in china. I found a vulnerability in shadowsocks protocol which break the confidentiality of shadowsocks stream cipher. A ...

Understand essential block cipher modes like ECB, CBC, CFB, OFB, and CTR. Learn how each mode works, its use cases in network security, and which to use for encryption. Discover the fundamentals of ...

Encryption, hashing, and salting are the pillars of modern data protection. This guide breaks down what they are, how they work, and when to use each, complete with real-world examples and LoginRadius ...

In recent years, with the wide application of open-source LLMs such as DeepSeek and Ollama, global enterprises are accelerating the private deployment of LLMs. This wave not only improves the ...

Abstract: Extensive research has been conducted to explore cryptographic API misuse in Java. However, despite the tremendous popularity of the Python language, uncovering similar issues has not been ...

Code uploaded to AI developer platform Hugging Face covertly installed backdoors and other types of malware on end-user machines, researchers from security firm JFrog said Thursday in a report that’s ...

Sometime around the start of 1995, an unknown person planted a password sniffer on the network backbone of Finland’s Helsinki University of Technology (now known as Aalto University). Once in place, ...