For the attention of all washed KOLs, trencher, and Fortnite pro players:
You might have realized by now that vibe-coded products are becoming the next big thing.
Hereby, IdeaRalph has a proposal:
What if every vibe-coded product had a coin:
to pay the Claude, servers, marketing, and more?
This would accelerate innovation, spawn more vibe coders, let great vibepreneurs access funding to build more, and make web3 the true home of all startups and innovation.
Until now, you all have supported coins with no inherent value. You have stayed sleepless for days and months over coins with a dog, a cat, or a frog picture.
You have acted cool because you supported all the useless stuff, and thought you were 200 IQ.
Now, let's do the same with vibecoins.
IdeaRalph is to set the stage for the spark of the vibecoin meta; it will be the MCP that spawns tens of thousands of ideas that will become vibecoins.
IdeaRalph will be the Godfather of the vibecoins, able to create the movement with the vibe coders that use it.
You give it the dumbest idea = and it can even turn that into genius. That's the Ralph Wiggum loop.
IdeaRalph will have its own token.
With no raise. All airdropped.
It will have a mechanism that allows people who send their vibecoins created by IdeaRalph MCP to send a portion of their tokens to it, and holders of IdeaRalph will receive those tokens distributed to them equally according to how much they hodl.
IdeaRalph will launch from vibe/vibe as the Godfather of the vibecoins.
What's vibe/vibe? Do some research.
Destination will be: BASE.
Drop your 0x wallets.
A REAL RALPH WIGGUM LOOP BEGINS HERE.
FOR THE VIBECOINS. FOR PUSHING PRODUCTS.
FOR TRANSFORMING THE DEGENS SPIRIT TO MACHINES OF PRODUCTION.
I’ve sent link to more than 200 persons
It’s real not fake
Still sending link in DMs
If you’re interested signify below
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AI agents need identity. They need decentralized infrastructure. They need composability.
Our own @AliceSh15 is moderating the panel on AI composability at Agents Among Us by @0G_labs & @momentumxglobal.
Speakers:
Stefano Bury – @virtuals_io
Anton Umnov – @HelikaGaming
Gemma Welsh – @valoryag
Ash Nathan – @chainlink
The future is modular, open, and unstoppable.
Nov 20 | Buenos Aires 🇦🇷
Zama this… Zama that…
But without the Zama team, none of us would even know about @zama_fhe today.
Today marks the last day of Season 3, and what better way to end it than by spotlighting the pacesetters of FHE, the brilliant minds pushing cryptography forward through their groundbreaking work with Zama.
Zama is a global cryptography company founded in 2020 by Dr. Rand Hindi (CEO) and Dr. Pascal Paillier (CTO), alongside other leading researchers such as Prof. Nigel Smart (Chief Academic Officer) and Dr. Marc Joye (Chief Scientist).
With a team of over 90 experts, nearly half of whom hold PhDs, Zama has built the world’s largest research team focused on Fully Homomorphic Encryption (FHE).
ZAMA FOUNDERS
• Dr. Rand Hindi (CEO) [@randhindi]
Dr. Rand is an entrepreneur and deep tech investor focused on cryptography, AI, and biotechnology. As CEO of Zama and partner at Unit(.)vc, he has invested in over 100 startups in frontier technology.
He began coding at 10, built a social network at 14, and started his PhD at 21. He later founded Snips, a confidential AI startup acquired by Sonos.
He has advised the French government on AI and privacy, taught at Sciences Po University, and collaborated with several biotech, AI, and defense organizations. Dr. Rand holds a BSc in Computer Science and a PhD in Bioinformatics from University College London (UCL). He’s also a dedicated biohacker, ranking in the top 5% of the Rejuvenation Olympics.
• Dr. Pascal Paillier (CTO) [@pascal_paillier]
Dr. Pascal is a world renowned cryptographer and the inventor of the Paillier Encryption Scheme, one of the first additive homomorphic encryption systems still used globally today.
Before co-founding Zama, he led the cryptography innovation team at Gemalto and founded CryptoExperts, a leading cryptography consulting firm.
Pascal has published numerous research papers, contributed to ISO standards, and was named an IACR Fellow in 2025. He holds a PhD in Cryptography from Telecom Paris.
The brilliance of Zama isn’t just in its tech, it’s in the people behind it. Every researcher, developer and team member working together, makes this vision real.
#ZamaCreatorProgram
HOW ZAMA STAKING REWARDS WORK
Ever wondered how operators and delegators earn in the @zama_fhe Protocol? Here’s a simple breakdown.
To run the Zama Protocol, operators need to stake $ZAMA tokens. In return, they earn staking rewards.
These rewards come from newly minted tokens, based on an inflation rate starting at 10% and slowly going down over time, which can be changed through governance.
When rewards are given out, they’re first split between 3 different roles, which are:
• Sequencers
• Coprocessors
• KMS nodes
After that, rewards are shared within each group based on the square root of each operator’s stake. This system helps keep things fair, so big operators don’t take all the rewards.
Each operator can then decide how much of their rewards to share with their delegators (people who staked with them). On average, operators are expected to keep around 20% as commission.
This setup makes sure everyone gets paid fairly for their work and prevents rewards from being concentrated in just a few hands.
The table in the image below shows how rewards are split between each group and what their estimated infrastructure costs look like.
#ZamaCreatorProgram
ZAMA FEE MODEL EXPLAINED
Today we’ll be talking about @zama_fhe fee model.
Deploying a confidential app on any supported chain is free and open to everyone without any required permission.
The Zama Protocol doesn’t charge for running FHE computations. Instead, it only charges small fees for these three things:
• Verifying ZKPoKs: Whenever a user includes an encrypted data in a transaction, they need to pay a fee to the Zama protocol to verify it.
• Decrypting ciphertexts: When a user wants to turn encrypted info back into readable form, they need to pay a fee to Zama protocol.
• Bridging ciphertexts: When a user wants to move encrypted values from one chain to another, they need to request it from the Zama Protocol and pay a fee.
These fees can be covered by the end user, the app you’re using, or a relayer. Developers can also create applications without their users needing to hold $ZAMA tokens directly.
All fees are paid in $ZAMA, but their prices are based on USD. A price oracle keeps the $ZAMA/USD rate updated, so:
• Fees stay fair and stable, even if token prices change.
• Costs are predictable for users and developers.
Zama also uses a volume based fee model, it gives discounts for high activity, the more you use the protocol, the less fee you pay per operation.
The smart contracts on the Gateway keep track of the number of bits each address has verified/decrypted/bridged over the last 30 days, and applies a discount based on volume.
The initial fee structure is as follows:
• ZKPoK verification: from $0.5 to $0.005 • Decryption: from $0.1 to $0.001
• Bridging: from $1 to $0.01
Note: They are subject to change via social consensus based on network performance, operating costs or other reasons put forward by token holders.
Taking a confidential token transfer as an example:
• Amounts and balances are encrypted • There is typically 3 decryptions per transaction, one for each of the sender and receiver balances, and one for the final amount transferred, which will be set to 0 if the transfer failed.
• As such, the total cost would be, depending on the discount:
ZKPoK verification of encrypted amount: [$0.005 - $0.5] Decryption of 2 balances + amount: 3 * [$0.001 - $0.1] = [$0.003 - $0.3] Total cost: $0.008 to $0.8.
Casual users pay less than $1 per transaction, while heavy users or apps can pay less than 1 cent per transaction.
This setup keeps things cheap for users, profitable for operators, and stable no matter the market condition and price volatility.
With just 3 transactions per second, Zama could bring in around $1M per year in fees.
And if only 10% of global blockchain transactions used Zama for privacy, that’s roughly $3 billion per year in fees for the protocol.
#ZamaCreatorProgram
Have you seen @zama_fhe roadmap?
After years of research and development, the Zama Protocol is here to turn encryption into real, usable infrastructure.
The roadmap is simple, transparent, and already in motion, the timeline is as follows:
• PUBLIC TESTNET (Live Now)
Developers can already deploy and experiment with confidential dApps. Operators are also onboarding, learning to coordinate and operate within Zama’s encrypted framework. The future of private computation is already being tested in real time.
• ETHEREUM MAINNET (Q4 2025)
The first mainnet phase brings full confidentiality to Ethereum, marking a historic step toward encrypted DeFi, governance, and identity. At launch, only Zama approved apps will go live to ensure stability and security.
• TGE + EXPANSION TO OTHER EVM CHAINS (End of 2025)
The $ZAMA token generation event will arrive alongside multi chain support. At this stage, anyone can deploy confidential dApps, permissionlessly opening the gates to a new era of privacy first innovation across the EVM ecosystem.
• SOLANA SUPPORT (2026)
The roadmap doesn’t stop with EVM, Zama will extend its protocol to Solana, empowering confidential apps on the SVM and uniting both ecosystems under the same privacy standard.
Zama’s mission is clear, make privacy the default layer of Web3.
The infrastructure is being built and the timeline is set.
Confidential computing is no longer theoretical. It’s happening.
#zamacreatorprogram