Santhosh

What is Zashapon zashapon is zama fun gacha style game on their public testnet. it's like digital capsule toys where you earn tickets by using confidential fhe apps then spin for surprise nfts complete the collection and qualify for zama og nft draw. these are limited badges for early testnet users that unlock future perks in the ecosystem it's a low-pressure way to test zama's fhe tech while collecting nfts. live now on sepolia testnet Why Play hands-on experience with confidential computing without the complexity earn tickets by interacting with real fhe dapps (confidential amm, voting, auctions) spin for daruma-themed nfts. complete the set for og nft eligibility perfect if you want to understand how fhe works in practice and get in early on zama's rewards How to Get Started (Step by Step) - step 1: setup your testnet wallet • use metamask or any evm wallet • switch to ethereum sepolia testnet • get free sepolia eth from a faucet like sepoliafaucet.com or alchemy • need at least 0.1 sepolia eth for gas - step 2: go to zashapon • visit zashapon.com • click connect wallet • approve connection (no mainnet approval needed) - step 3: referral • add referral codes for extra tickets only 3 slots for each code **(crypto_snape)** • if you have a referral code, enter it during registration • gives you 3 tickets boost - step 4: earn tickets • use the dashboard to browse confidential fhe apps (confidential swaps, voting, etc.) • interact with them: swap, vote, play games • each fhe transaction earns tickets. more interactions = more tickets - step 5: spin the gashapon • go to spin section • spend tickets on gashapon machines (different costs for different rarity) • get random daruma nfts. chase the full collection - step 6: complete collection • mint all unique daruma nfts from spins • once complete, you're eligible for zama og nft draw testnet only use test eth only no real value at risk og nft draw eligibility requires full collection of nfts early completers get priority @zama @cookiedotfun #ZamaCreatorProgram

Privacy Has a Token, and It’s $ZAMA. Why👇 The only token designed for encrypted execution at scale. Most tokens run blockchains. $ZAMA runs encrypted computation. Fees, staking, governance  all centered around making sure your data stays private even while it’s being processed. That’s why it’s different: it’s built for a world where apps compute without ever seeing your information. It’s not hype  it’s real infrastructure. @zama #ZamaCreatorProgram

Goood Morning 🌤️ @zama Fam Another Remainder Of ZAMA Token Sale, I believe its a big opportunity to make money. Zamas sealed bid FHE auction ensures fairness in the token launch. From Jan 12–15,anyone can place bids with a public price but a private amount. No one can see whether you are bidding for 1 or 1000 tokens. Prices increase in $0.005 steps,starting from a $55M FDV floor and you can submit or cancel bids anytime. Once the auction closes, Jan 16–19, bids are filled from highest to lowest. The lowest filled bid becomes the clearing price, and everyone pays that amount calculated using FHE. Tokens can be claimed on Jan 20. and if you don’t claim,you will get a refund. 8% of total supply will be sold in the auction. and the remaining 2% in a fixed-price sale,capped at $10k per participant. They say there will be some surprises for OG NFT holders. Some are bid related,so I think the 2% fixed price sale will be only for OG NFT holders. I am really excited about this sale… WBU?

How Zama’s FHE Infrastructure Reshapes the Future of AI Agents ➡️ Step by Step As AI agents evolve, one challenge has become unavoidable: they require deep context from user data, yet they must operate without compromising privacy or trust. @zama work in Fully Homomorphic Encryption (FHE) is the first practical path to resolving this tension. Here’s how the architecture functions when powered by Zama’s FHE stack: 1. Data is encrypted at the source: With Zama’s tooling, information is encrypted before it leaves the user’s device, establishing privacy from the outset. 2. Encrypted memory becomes the default: Agents built on Zama’s frameworks store only ciphertext. No plaintext is ever logged, exposed or accessible to the system. 3. Agents load encrypted context when needed: They retrieve the data required to operate - yet remain blind to the underlying content. 4. Computation happens directly on encrypted inputs Zama’s FHE enables models to analyze patterns, run inference and make decisions without decrypting anything. This is the fundamental breakthrough. 5. Outputs remain encrypted: From start to finish, every stage of the workflow stays protected until the user chooses to decrypt it. 6. Decryption stays under user control: Only the user’s key can unlock results. Ownership of data and insight never shifts away from the individual. 7. Policy, compliance and auditability come built in: Because plaintext never surfaces, systems align naturally with privacy and regulatory requirements. 8. Modern optimizations make the system practical: Zama’s progress in compilers, batching and accelerated FHE kernels is turning encrypted computation into deployable infrastructure. ➡️Why this matters AI agents are moving into finance, healthcare, enterprise operations and personal workflows. They demand context - but they must preserve trust. Zama provides the foundation for this next generation of agents: systems that can operate intelligently without ever accessing raw data. This is the architectural shift that will define secure AI in the years ahead and Zama is building the infrastructure that makes it possible. #ZamaCreatorProgram

I didn’t understand @zama the first time I heard about it. Honestly, I thought it was “another privacy project” in a space full of promises. But the more time I spent reading, testing, and trying to understand their tools, something shifted for me. Suddenly the entire design made sense in a way I didn’t expect. ✧ It started with one simple question: “Why can’t we have privacy on the internet without breaking the way apps work?” Every solution I had seen before→ MPC, ZK, TEEs→ felt like a patch, not a foundation. Useful, yes, but limited. ✧ Nothing really solved the core problem: how to let systems compute while still keeping data completely private. Then I hit the concept of Fully Homomorphic Encryption. That changed everything. ✧ The part where Zama clicked for me: Most encryption keeps data safe only when it’s not being used. ✧ But @zama works on something different: ➡️ data stays encrypted ➡️ even while the system runs operations ➡️ and no one ever sees the actual values ✧ And the crazy part? It doesn’t feel complicated when you use their tools. Concrete, Concrete-ML, TFHE libraries→ these weren’t research toys. They were tools I could actually play with. ✧ That’s when I realized: $ZAMA wasn’t building a product. They were building an entire computing model. fhEVM→ the moment it stopped feeling theoretical The first time I read about fhEVM, I had to go over the page twice. ✧ An EVM where everything is encrypted: balances storage state calldata business logic And yet… developers still write normal Solidity. No new languages. No crazy circuits. No black-box magic. Just Solidity, but private. ✧ That was the moment I caught myself thinking: “If this works the way it’s described, everything about DeFi changes.” ✧ Because suddenly you can imagine: ✔ Private lending ✔ Private AMMs ✔ Private stablecoins ✔ Private auctions ✔ Private prediction markets Things we always wanted, but never had the tools to build properly. ✧ The protocol layer→ where the scale appears As I dug deeper, I realized fhEVM was only half the picture. ✧ The Zama Protocol adds the rest FHE coprocessors to handle heavy encrypted computation MPC-based key management so no single party holds power A staking and operator network $ZAMA token to secure computation and decentralization ✧ This is where it finally hit me: @zama isn’t trying to “add privacy.” They’re rebuilding the internet so privacy is the default. And the use cases… they’re not fantasies Every field I explore suddenly has a private version unlocked by FHE: 🔹 confidential DeFi (real DeFi without surveillance) 🔹 private stablecoins (balances stay hidden) 🔹 encrypted auctions (bids remain sealed) 🔹 privacy-first AI (models run without seeing data) 🔹 governance where votes stay private 🔹 identity without exposing identity It feels like someone opened a door we didn’t know we had. Somewhere along the way, @zama stopped feeling like a project It started feeling like infrastructure. Like something that should’ve existed years ago. Like something we’ll one day take for granted. Because the core belief behind everything they’re building is simple: > “Encryption should always stay on.” No exceptions. No trade-offs. No “trust us.” Just math. So if someone asks me today, “What does Zama do?” I don’t say “FHE” anymore. I say: @zama is building a world where apps can run without ever seeing your data. A world where privacy isn’t a feature→ it’s the foundation. And for the first time, that future doesn’t feel theoretical. It feels close 🤞 #ZamaCreatorProgram | @zama 🤍

The @zama Token Sale is here, and if you’re confused about how it works, here’s the easiest breakdown Auction Type: This is a sealed-bid Dutch auction Everyone bids → all bids go into one pool → a single clearing price is set at the end. No gas wars, no bots, no rushing FDV Range: • Starting FDV: $55M • Max FDV: $1B You choose your bid within that range based on what you think Zama is worth Supply on Sale: 10% of the total supply is allocated to this auction • Auction: Jan 12–15 • Claim: Jan 20 How it works: Place your bid anytime during the auction window When the auction ends, the system calculates the final clearing price If your bid ≥ clearing price → you receive tokens at that final price If your bid < clearing price → you get a full refund A simple, transparent sale for one of the most important privacy projects in AI + crypto #ZamaCreatorProgram