Which language is best for Malware Development ? Rust, C, C++, Assembly

Genius❤

Here is a complete Command list for pentesters who would like to hack Wi-Fi. Make sure you have your Wi-Fi adapter plugged or else it won't be carried out. Disclaimer: Educational purpose only @h4ruk7 @thecyberdevhq

Nunca devemos abrir links ou anexos de pessoas que não conhecemos.

Phishing é quando alguém envia um e-mail falso para roubar senhas ou dados.

😂😂 funny but true

A VPN doesn’t make you invisible. If it provided absolute privacy, it wouldn’t be legal. Governments and ISPs can still trace traffic through metadata, DNS leaks, or compelled logs. Online privacy is largely a myth behave online as you would offline. @4osp3l @h4ruk7

Automated tools (decompilers, disassemblers, YARA, static analyzers) can flag patterns fast, but they miss context and logic. Reading codes manually reveals hidden functionality (backdoors, logic bombs, anti-debugging tricks). @h4ruk7

Happy Birthday @cybergirl_io. Despite our occasional disagreements, our friendship has always endured with respect and strength. I wish you continued success in all your endeavors and fulfillment in every path you choose.

I just built a Rust-based command-line tool for evaluating Boolean algebra operations and generating truth tables. https://t.co/uf4rdhUA0V

Memory Forensics and Investigations During a forensic analysis of a memory image using Volatility, we identified multiple suspicious processes indicating potential malware activity. The focus was on detecting anomalous memory regions and verifying execution flags such as

The do and don't of DFIR

Knowing how computers work under the hood and knowing all his components is a blessing. We keep pushing ❤

They connect through buses: Data bus moves actual data. Address bus specifies where in memory or I/O to read/write. Control bus carries signals (read, write, clock, interrupt).

Computer components communicate through buses. CPU executes instructions and controls operations. Memory (RAM) stores instructions and data for fast access. I/O devices handle input (keyboard, mouse) and output (screen, printer).

Linux allows deep customization: desktop environments (GNOME, KDE, XFCE, etc.), window managers, ricing (making your desktop look unique with polybar, dmenu, custom themes).

👉Windows allows only limited customization (themes, wallpapers, third-party tools).

Arch, Debian, and lightweight spins (Xubuntu, Lubuntu, MX Linux) are often used on old PCs.

Linux can be very lightweight. For example, XFCE, LXQt, or even tiling window managers (i3, bspwm) run smoothly on old machines. Your example (i5-2400, Intel HD 2000, 16GB RAM) would perform much better on Linux than Windows 10/11.

👉Windows struggles on old CPUs and integrated graphics because of background services, animations, and heavy system processes.

Some Linux distributions (Ubuntu, Fedora) come with many default apps, but you can choose minimal or lightweight distros (Arch, Debian netinstall, Alpine, Void Linux) where you only install what you want.