Prasanna

I have used Windows, Mac and Linux. I have spent my life on GitHub. Never met anyone.

But I seriously need some sleep. The kind of sleep Muchukund Raja had.

I mean if my OS can reboot in a minute, why do I need 8 hours of sleep?

If an operating system can reboot, why can’t we?

My niece said, Good job after I braided her hair. I think I can call myself a certified braider now.

You are 33% there. Please keep your brain on.

Relationship status

@Pagal_aurat And also the final version

@Pagal_aurat All are really amazing! I specially liked the Theur Chintamani and Varadvinayak 🙏🏻. Bookmarking this.

WIP 🩷🫠

Drone hacking simulator it is.

Deep and dark 👻

Vaibhav Sooryavanshi first international six against Jofra Archer

There are so many creative people on X that sometimes I feel ashamed of myself for not being that creative.

Bro born to create HISTORY 🧿

Why are we living for social media? One of my colleague’s sisters passed away yesterday. And her status was full of the funeral and last rites. I am not judging anyone’s grief, but do we really need to share everything online?

ashtvinayak 🩷

@Ayushihihaha She is studying that now

Didi's downfall needs to be studied😂

Bring back 2005 Ashes cricket.

This is what reverse engineering looks like when you’re trying to understand how malware actually works. The screenshot shows a r@ns0mware sample being analyzed in Ghidra, one of the most popular reverse engineering frameworks. Instead of running the m@lw@re, the analyst is inspecting its logic, decompiled code, and execution flow to understand exactly what the program is designed to do. From the control flow graph, you can already identify important functions such as key generation, file encryption, and the routine responsible for creating the ransom note. Breaking m@lw@re down like this helps researchers discover encryption methods, persistence mechanisms, anti-analysis techniques, and potential weaknesses that can be used for detection or recovery. Reverse engineering isn’t just for m@lw@re analysts. It plays a major role in vulnerability research, software auditing, exploit development, incident response, and digital forensics. Understanding how a program behaves internally allows defenders to build stronger detections instead of relying only on signatures. Every piece of m@lw@re tells a story, you just have to know how to read it. The better you understand assembly, control flow, and decompiled code, the better you’ll become at identifying threats before they cause serious damage.