Ansh Sonkusare

@OmChillure All of this and this guy makes it sound so easy. Best teammate I could ever find, not just on hackathons but on trips too haha. Always admiring you brother. No risk full push. 🔥

So here is my journey from a NPC to landing job at xAI 1. The starting - started coding in May 2023, after my CET exams. - as every beginner started with MERN stack, web stuff. - achieved nothing much. - made a freelance project at end of 1st year thats it.

I can't get over dendritic pattern in nix. It's so fun to work with and my first step into functional programming ( it is not just using functions ). Soon contributing to home-manager. ( everything I wanna built is in drafts tho ).

Last Midnight I was on call with @Anpan274 and We overlooked neovim config for compact ( LSP ) while debating on docs for compact to start in it. And today @Tushar_Pamnani_ shipped it, like he read my mind or smth lol. Now we got no excuse to not start now🌃.

I’ve always been drawn to things that don’t make sense at first. Stories. Systems. Code. Sit with them long enough… patterns start showing up. I’ve been learning to code for over a year now. Not perfectly. Not consistently. But I keep coming back. No dramatic origin story. Just curiosity I didn’t ignore. That alone took me further than I expected. Now I’m applying to @DevrelUni. Feels like the kind of place where things start to click where you understand something well enough to make it simple for someone else. Still figuring things out. Just not guessing anymore. cc: @buzea200

WiFi chalta hi nahi peak time pe. Dead zones in PGs, hostels, and college campuses. I would have been agitated all the time if it weren’t for @DabbaNetwork .

@0xZeeast @Citrea_IN Really cool project exploring on decentralization of GPU in a beginner friendly way. My GPU won't stay idle now while i wait for GTA 6 release one pc.

Built BitBrain during the @Citrea_IN Mini bApp vibe coding session Turn idle GPUs into income Access powerful LLMs without owning hardware Decentralized compute is the future. the vibe coding session was sooo fun, got to know so much about citrea ecosystem and their ongoing mainnet campaign!!!

@0xvelhal @SuperteamIN @paarugsethi @colosseum We got @0xvelhal in Superteam before GTA 6. Hats off to you boi. LFG

quick career update: joining @SuperteamIN as an ops guy - supporting @paarugsethi and handling local operations for the team. a big chunk of my focus will be around the buildstations for the Frontier hackathon by @colosseum, and i'm genuinely pumped about everything that's coming together. also, really curious about the folks who are building for the hack what are you working on for Frontier? DMs are open, let's talk, curious about Solana? hmu (I’ll probably reply faster than @paarugsethi)

RT @OmChillure: Hey @emergentlabs this is my submission for #vibecon round 2! A bit about us : - 3x hackthon winner - we both have w…

@anshul_vora18 @IND_stellar Admire how consistent you’ve been and the person you are always looking forward to what you’re cooking and learning from it Big respect to you and @0xvelhal 🙌

March feels like something I’m still sitting with. A year ago, I was just trying things out… didn’t really know where any of it would go. Somewhere along the way, @IND_stellar became a big part of my life. From starting off as an ambassador to eventually contributing across partnerships, ecosystem expansion, and on-ground execution working on strategic collaborations, community-led initiatives, and building presence across regions It gave me more than I expected experiences, people, places I got to travel, and a version of me I hadn’t really met before. Looking back now, it feels a little unreal. Met a lot of people through all of this… but somewhere in between, found a brother in @0xvelhal , not just someone I worked with, but someone who stood by me through it all!!!! I guess some chapters don’t need an announcement, they just become something you carry with you. Grateful for all of it♥️ For now, just taking some time. Slowing down a bit, exploring things that have been on my mind for a while. Some moves are made in the dark… this feels like one of them , iykyk 👀

@anshul_vora18 @MidnightNtwrk @midnightfdn @MidnightIntern_ @jackoconnorx @sabrinaliuuuu @IOHK_Charles @Jay_Albert_ You don’t sleep?

someone has to watch the city.

@anshul_vora18 @MidnightNtwrk @Dipseverlasting @midnightfdn @MidnightIntern_ @jackoconnorx @sabrinaliuuuu All in 🌃.

midnight’s where it begins. official @MidnightNtwrk India community is now live ↓

@Tushar_Pamnani_ Happened to me recently. Docker relay was forwarding even after shutting the containers down. I wasted 2 hrs thinking it's my code's issue, but it was windows all along. WSL is good for everyday programming but not when you go deep into the architecture. Even nix can't fix it.

WSL crashed → unregistered → fresh install thought it’d take 30 mins took 4 hours reinstall node fix npm fix paths fix docker fix permissions fix compiler fix runtime mismatch none of this moved my protocol forward lesson: if your dev environment isn’t reproducible, you’re not building - you’re babysitting infra

@TheVixhal "And all set"

I found out my girlfriend cheated on me. Instead of breaking up right away, I made a fake account, sent her the proof anonymously, and told her that if she didn’t send me money, I’d tell her boyfriend everything. I shared this whole plan with my best friend for advice, but this mf went behind my back and shared everything with my girlfriend. When confronted, he said: “Why does it matter? I thought she deserved to know.” He wasn’t just betraying me. He was performing information leakage. In information theory, information leakage happens when confidential or hidden information inside a system becomes accessible to someone who was not supposed to know it. Many systems are designed so that certain variables remain hidden. As long as those variables stay hidden, there is uncertainty about them. The moment someone reveals information about those hidden variables, the uncertainty decreases. That reduction in uncertainty is exactly what we call gaining information. Information theory gives us a mathematical way to measure how much uncertainty exists in a system. The standard measure used for this purpose is called entropy. Entropy measures how uncertain we are about the value of some variable. Entropy formula: H(X) = − Σ P(x) log₂ P(x) Where H(X) = entropy P(x) = probability of a specific outcome Σ = summation The higher the entropy, the more uncertain the system is. The lower the entropy, the more information we have about the system. Let's take an example and solve step by step: Imagine a technology company is secretly developing a new product. Internally, the company has created four possible designs. Only one of these designs will eventually be released, but that information is confidential and outsiders do not know which one will be chosen. The four possible designs are: - Design A - Design B - Design C - Design D Now consider a competitor trying to guess which design the company will release. Because the competitor has no inside information at all, they assume that each design is equally likely. From the competitor’s perspective, the probabilities look like this: Design A = 0.25 Design B = 0.25 Design C = 0.25 Design D = 0.25 These probabilities do not mean the company actually plans to release each design with equal chance. They simply represent the competitor’s belief under complete uncertainty. Now we calculate the entropy of this system: H(X) = − Σ P(x) log₂ P(x) H(X) = − [4 × (0.25 × −2)] H(X) = − (−2) H(X) = 2 bits So the entropy of this system is 2 bits. What does that mean in plain language? It means that before any information leaks, the competitor needs 2 bits of information to fully determine which design the company will release. In other words, there is a high level of uncertainty. Now imagine an employee inside the company leaks some information. They do not reveal the exact design, but they reveal something partial. They say: “The real design is either A or B.” This statement eliminates two possibilities. Now the competitor knows that C and D cannot be the correct design. So the competitor updates their probabilities: Design A = 0.5 Design B = 0.5 Design C = 0 Design D = 0 Notice what happened here. The competitor still does not know the exact design, but their uncertainty has decreased. Now we compute the entropy again: H(X) = − Σ P(x) log₂ P(x) H(X) = − [0.5 log₂(0.5) + 0.5 log₂(0.5)] H(X) = − [0.5(−1) + 0.5(−1)] H(X) = − (−1) H(X) = 1 bit Now compare the two results. Before the leak, the entropy was: 2 bits After the leak, the entropy became: 1 bit The uncertainty dropped by 1 bit. That drop is the information that leaked out of the system. The employee did not reveal the full secret, but they reduced the uncertainty by half. That reduction is precisely what information theory measures. Congratulations, you have just learned the concept of information leakage.

Micheal Scott would be proud

@0xAdnan14 @stellar_ind @anshul_vora18 @Rahul_sah28 @OmChillure @0xvelhal @Dhanush_devx Same brother same 😭

They don't know that I just came back from attending @stellar_ind's Singularity

summoned a god just to earn some yield turns out all we needed was one click

@Vimohi_10 @stellar_ind Always two steps ahead with ideas 😭😭

The energy is unreal, so here’s a reminder from my side to all @stellar_ind

the next layer of cross chain DeFi is taking shape on @StellarOrg. let’s hear directly from founders about Ribozome.

the next generation is already shipping

@VidarbhaDao gang headed for @stellar_ind's Singularity