Fairblock is rethinking how privacy works on public blockchains. Most systems keep data private by putting someone in the middle. A company, an operator, or a special server that can see everything and control who gets access. That works in some cases, but it creates a single point of failure. If that system is hacked, pressured, or makes a mistake, the privacy breaks. Instead of depending on one trusted middle layer, Fairblock spreads responsibility across a decentralized network of participants and uses threshold cryptography so no single person can unlock the data alone. Sensitive details like → Transactions. → Amounts → Or who you’re dealing with gets encrypted right from the start. They stay hidden by default and can only be revealed when specific conditions set on-chain are met. No single person or company automatically sees everything. This isn’t about hiding everything forever. Real businesses still need oversight and accountability. So Fairblock only reveals information when it’s truly needed for audits, compliance checks, or governance. And only under clear, predefined rules. Never with full access. The main idea is simple: privacy shouldn’t depend on trusting a middle layer or middleman. It should be built directly into the protocol using cryptography. If you want to build or run on public blockchains without exposing sensitive business data at every step, while still being able to share what’s needed when it matters, @0xfairblock is focused on solving that problem.

Fairblock Joins the Encrypt the Mempool Coalition. Today, every transaction you send is visible in the public mempool, where bots, searchers, and others can see it before it gets included in a block. This visibility leads to toxic MEV; front-running, sandwich attacks, and targeted censorship. Regular users often get worse execution, higher slippage, and missed opportunities. The Encrypt the Mempool Coalition is working to change this. What the coalition is fighting for: → Real privacy for your transactions before they get executed. → Strong protection against blocking or delaying transactions based on their content. → A practical way for block builders to meet compliance rules without seeing full transaction details upfront. → Reducing unfair trading practices that hurt regular users. The main goal is to integrate an encrypted mempool to Ethereum via EIP-8184 (LUCID) and related proposals. This would be part of the next major upgrade. Privacy Before Execution: This works on a simple commit-before-reveal model: You send an encrypted transaction with a commitment. Block builders can include it based only on fees and gas, they don’t see the content. The transaction is revealed only after it lands in a block, then executes normally. This reduces harmful pre-execution MEV while still allowing normal post-inclusion market activity like arbitrage. This is in line with @0xfairblock approach, builds tools that make encrypted transactions practical across different blockchains. ✓ It uses threshold Identity-Based Encryption (IBE) so transactions can be encrypted efficiently and decrypted under specific conditions (like time or events). ✓ Fairblock also combines this with zero-knowledge proofs and homomorphic encryption where it makes sense. ✓ It embeds selective disclosure and viewing keys so compliance teams or auditors can get controlled access when needed without exposing everything by default. This allows wallets, DEXs, and apps to support privacy while staying compatible with existing ecosystem workflows. Builders integrating confidential flows → check docs.fairblock.network/ for integration guides and SDKs. Questions or building something? Feel free to tag the team or join the discussion.

This is my entry to @ODDCATSdotCOM art Contest. Made different joker cats one with hair the other plane 2in1 art lol. What do you guys think

crazy how everyone's talking about confidential transfer when @0xfairblock put up the Lore and a great infrastructure to back it all up when "privacy" was just the word alone .

Fairblock offers both

Happy Sunday 🖤

Out of the $50k I'm working towards this year, a project just sent $7 🫩 Which means I'm still chasing $49,993 🥹 I just discovered @0xfairblock removed the “content contribution” channel from the DC Fairblock is basically saying the project is growing beyond just Discord activity and community roles. In the early days, the community helped them a lot through feedback, support, and engagement, and they appreciate that. But now, they’re entering a bigger phase focused on launching the Fairblock network properly and building real privacy infrastructure for stablecoins, payments, AI, and institutions. 𖣘 Right now, their main priorities are: - becoming a top privacy/confidentiality layer for crypto payments and AI - building strong partnerships with wallets, banks, payment providers, and institutions - launching real products people actually use Over the next few months, they’ll focus more on: ✔ developers building on Fairblock ✔ real integrations and adoption ✔ useful apps/products ✔ contributors adding long-term value What this means for the community: ➦ Discord roles and farming activities won’t matter much anymore ➦ They don’t want a “spam for airdrop” culture ➦ There are currently no rewards tied to Discord activity or social farming ➦ Instead, they want to reward real builders, researchers, developers, partners, and meaningful contributors gFairy 🙏🙏

Stabletrust API: Bringing Privacy to AI Agent Payments. Your AI agent just closed a deal. It found suppliers, worked out the terms, and now it needs to send the money right away without showing the amounts, balances, or who’s getting paid to anyone else. On public blockchains, that’s not possible. Every payment is out in the open and anyone can check your balances anytime. This is where @0xfairblock Stabletrust API comes in. It’s a private payment tool made for AI agents. You just send normal JSON messages over HTTPS. No complex SDKs or setup. Agents can hold USDC and other stablecoins privately and move money without leaking details. How it works: Deposit → Put your USDC into private mode on the same chain (hidden from block explorers). Check balance → See the real amount privately whenever you need. Transfer → Send money to other agents or merchants while keeping everything confidential. Withdraw → Bring the funds back to normal public USDC anytime. All via HTTPS requests It works on Base, Arbitrum, Ethereum, and other networks, including Arc, Stable, Tempo, and their testnets. What Stands Out For Builders; → No wallet pop-ups or browser connections, the agent simply uses its private key stored safely in its settings. → Smooth repeated payments with on-chain confirmation or fast off-chain options. → Fully compatible with EVM chains and existing DeFi protocols. You can launch automated private payouts in just a few hours and plug them into your current system. This is real privacy for autonomous finance. We’re moving into a time where AI systems and financial markets are starting to work together at scale. Public blockchains made it possible to build open financial systems that anyone can use and verify. With Stabletrust it gives you both openness where it’s useful, and privacy where it matters in handling real financial matters. Something to keep in mind for teams building AI or crypto payment tools. stabletrust-docs.fairblock.n…

On the path to big things. Shroomie heading to new week in grand style. @0xfairblock

For most of human history, privacy wasn’t something people had to design. Information was harder to collect, slower to spread, and didn’t last. Today, digital systems make it effortless to store, copy, search, and study our habits. “Privacy didn’t disappear because people stopped caring. It became harder to keep because most systems never built it in from the start.” Why Crypto Didn’t Deliver the Privacy We Expected; The word “crypto” comes from cryptography. The art of securing information using code. But in reality, it’s not that simple. Satoshi Nakamoto’s Bitcoin whitepaper introduced public transactions tied only to pseudonymous wallet addresses (not real names). However, address reuse and spending patterns often allow analysts to link them back to real identities. The Problem with Optional Privacy; Zcash introduced zero-knowledge proofs for private transactions, but privacy is optional. Only shielded transactions are private, and because they require extra steps and cost more, most users still skip them. When privacy takes extra effort, most people just won’t bother. They stick to the easiest option. The Privacy Problem of Managing Multiple Assets; Stablecoins move billions daily. Wrapped assets let Bitcoin be used in DeFi. Governance tokens give users voting rights in protocols. Most of this activity happens on public blockchains. Picture this; you’re quietly building a large position in a project that could change your financial situation. But your wallet activity is public. People can see your transactions in real time. They copy your moves, jump in ahead of you, and push the price higher so you end up paying more because your strategy is out in the open. Privacy isn’t just about hiding single transactions anymore. It’s about your full exposure. what assets you hold, how you trade, and how visible your entire activity is on the blockchain. Privacy needs to be the default. When it’s just an option, monitoring will always stay one step ahead. Built-in Privacy:The Next Step for Crypto. Just like the internet moved from HTTP to HTTPS, where encryption became the default, crypto is now moving toward built-in privacy. This is the approach behind @0xfairblock. → Instead of making everything fully transparent or fully hidden, they separate what needs to stay visible for the system to work (like addresses and how transactions work) from what should remain private (like amounts and balances). This is programmable privacy in action. Data stays encrypted by default and is only revealed under specific conditions. With this approach, privacy is no longer an extra feature users have to turn on. It becomes part of how the system works. In a world of multi-asset portfolios, cross-chain activity, and DeFi, this lets users protect their strategy while still participating fully in the ecosystem.

Introducing Stabletrust API for private agentic finance. AI agents can now privately hold assets and transact with other agents, merchants, APIs, and infrastructure providers without exposing revenue, balances, transaction flows, or strategy. Built for autonomous commerce.

- Privacymaxxing

According to Balaji Srinivasan, crypto started with Proof of Work, moved into Programmability, and is now heading toward Privacy, not because of hype, but without it, the system won’t scale. As this system developed, traditional finance started paying attention. Stablecoins now move a lot of money, close to Visa and Mastercard in total activity, while big investors are gaining access through regulated financial products. Then reality hits, full transparency doesn’t work in real business. Why participants don't stick around; It gets adopted, but people don’t stay because enterprises don’t want their vendor relationships exposed on public blockchains. ✓ Compliance teams need verifiable proof, not full transaction histories visible to competitors. Privacy used to be an ideal for early crypto activists, but now it’s something big companies actually need. The a16z State of Crypto report also said, “Privacy is becoming more important again and may be needed for wider adoption.” This matters because too much visibility in crypto can create real-world risks. For example, France has seen more crypto-related kidnappings and extortion in recent years. Criminals sometimes target people they think have a lot of crypto, using leaked personal data and public information to find possible victims. Vitalik Buterin has talked about making Ethereum more private. His idea focuses on selective disclosure and programmable confidentiality. This is where @0xfairblock comes in; Fairblock is building a privacy layer for public blockchains. It keeps sensitive data encrypted while letting apps work properly. It focuses on programmable privacy so you can control when and how that data gets revealed, but only when certain conditions are met. → It uses different cryptography methods depending on what the app needs; ✓ Threshold Identity-Based Encryption (IBE) Keeps data locked until specific on-chain conditions are met. ✓ Lightweight Homomorphic Encryption (HE) Lets apps run calculations on encrypted data without revealing it. ✓ Multi-Party Computation (MPC) and selective Zero-Knowledge proofs Let multiple parties work together privately and prove things are correct without showing the actual data. The result; Businesses can now do real private activities on-chain like confidential stablecoin transfers, hidden DeFi strategies, sealed-bid auctions, and protected payrolls. It also supports selective disclosure, so you can share information only when needed for compliance. The aim is to keep the experience similar to using normal blockchain apps.

more stablecoin settlement eventually means more stablecoin balances. b2b, merchants, agents, apps, treasuries. the biggest unlock beyond digitization is the confidential stablecoins

Shroomie eating in peace while the bots stay hungry. 🍝 Keeping everything encrypted with @0xfairblock so execution stays fair and the mempool doesn't get a bite of my order. Privacy is the secret sauce.

$33 trillion was moved through stablecoins last year. That sounds huge and makes it feel like everyone is using them. But when was the last time you bought coffee with one? Most people haven’t. Because that money isn’t regular people shopping or paying for things. It’s mainly traders, exchanges, and bots moving money around to take advantage of price gaps and keep markets balanced. Banks and other institutions aren’t ignoring stablecoins anymore. Some are testing how they can be used to move money across countries faster, reduce foreign exchange costs, and make payments between banks smoother. The technology is no longer the main problem, that was solved years ago. The real issues now are regulation, compliance, and privacy. The FATF Travel Rule says institutions handling stablecoin transfers must share who is sending and receiving money. But because these transactions move quickly and globally and different rules apply in different places, it can be hard for banks and their systems to keep up in real time. The Bank for International Settlements (BIS) also takes a more cautious view because stablecoins can be linked to financial crime risks. Some transactions can be tracked or even frozen when they go through regulated platforms, but not all transfers work the same way. Tracking suspicious activity depends on how the money moves. That’s why privacy is part of the discussion; how much should stay private, and how much should be visible for checks and control. This is where @0xfairblock comes in, trying to balance compliance and privacy. It enables confidential stablecoin transfers on public blockchains, where sensitive details like amounts and balances stay encrypted by default, while wallet addresses remain visible so transactions are still trackable and can work with other crypto services. → The main compliance-friendly feature is its programmable selective disclosure: if a transaction is flagged as suspicious or a regulator or auditor requests it (for example during an investigation or audit), specific details of that transaction can be shared with approved parties. It’s not public by default, and it’s not one central party with full hidden access to everything at all times. Access is controlled and only happens when certain conditions are met. Fairblock doesn’t solve regulation, but it aims to make compliance easier and give institutions privacy tools so they can test and use stablecoins more easily.