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Gm CT Do you know this is actually a huge milestone both for @brevis_zk and the future of Uniswap v4 because it’s the first time a major DeFi protocol is tying real on-chain incentives directly to verifiable computation using zero-knowledge proofs. This changes the game for incentive programs because: → Every rebate is mathematically proven, not manually distributed. → No one controls the data, proofs do. → Complex calculations happen off-chain, verified on-chain for pennies. → Routers now have a clear, trustless economic reason to integrate Uniswap v4.

Gm CT In a few days it will be a month since @brevis_zk launched the yappers lb, let's take a look back and see how far we have come since then. → Brevis went live on BNB Chain, unlocking intelligent smart contracts for one of crypto’s busiest ecosystems. → The Brevis Proving Grounds was launched for the community to explore Brevis powered protocols, complete social and on-chain tasks, and earn Sparks that count toward future rewards. → Pico Prism was unveiled, a next gen zkVM that achieved 99.6% real time Ethereum block proving under 12 seconds. In one month, Brevis has moved from vision to execution, and this is actually only the beginning

Gm/gbrevis CT @brevis_zk Blockchains hold years of data every swap, stake, and interaction but smart contracts can barely see beyond the present block. This limitation has quietly held DeFi and on-chain analytics back for years. If a protocol wants to know how active a user has been or what their past performance looks like, it has to rely on costly off-chain indexing services like The Graph or private databases. This not only drives up costs, but it also reintroduces trust into a supposedly trustless system. Brevis zk Coprocessor changes that by unlocking verifiable historical data. It lets developers query and compute over any point in blockchain history from wallet activity to validator behavior entirely off-chain, while generating a zero-knowledge proof to confirm the result on-chain. That means the blockchain now gets access to its own memory, without the gas burden or centralization risk. The result? On-chain applications that understand user behavior, reward loyalty, and execute data-driven logic all verifiably and trustlessly. Brevis turns blockchain data from static records into actionable intelligence.

8 more reasons to keep an eye on @brevis_zk → Unified data layer: Brevis lets dApps access and verify historical on chain data from multiple sources in one place no fragmentation. → Easy for developers: Developers don’t need to be experts in cryptography Brevis gives them ready tools to add zero-knowledge features fast. → Privacy built in: Brevis lets apps process your data privately, so your wallet history stays hidden while still proving it’s valid. → Modular integration: Brevis fits into any stack whether DeFi, GameFi, or SocialFi making it a universal ZK computation layer. → ZK middleware for DeFi: Brevis acts as a plug in zk layer for protocols like Uniswap, Mellow, and Bedrock, enabling trustless analytics and reward systems. → Works everywhere: Proofs made with Brevis can be verified on any blockchain that supports Ethereum smart contracts. Build once, use anywhere. → Future proof scaling: As Ethereum moves toward real time proofs, Brevis’s architecture is already aligned to support ultra-fast block level zk validation. → Ecosystem momentum: Trusted by top tier projects (Kernel, Bedrock, Mellow, Linea, 0G, Hemera) all leveraging Brevis zk tech for real use cases.

Gm CT Instead of forcing everything to run on-chain, @brevis_zk executes complex computations off-chain that is fast, cheap, and efficient and then generates zero-knowledge (ZK) proofs that mathematically confirm the results are correct. Smart contracts don’t need to redo the work. They simply verify the proof, which costs only a fraction of the gas. This architecture unlocks a new era of data-rich, intelligent dApps ones that can access historical data, compute advanced analytics, or even integrate AI results all while staying fully trustless and decentralized. Brevis makes blockchains smarter without making them heavier, proof-first, gas-light, and infinitely scalable.

Gm CT/gbrevis @brevis_zk is quietly transforming the way decentralized exchanges (DEXs) operate by integrating its zkCoprocessor and Dynamic Fees system, Brevis brings real time, data driven intelligence to major spot DEXs. → PancakeSwap PancakeSwap integrated Brevis’s zkCoprocessor to launch ZK-powered dynamic trading fees. In simple terms, this means that your trading fees aren’t fixed anymore they now adjust in real time based on your trading activity and $CAKE token holdings. The more loyal and active you are, the lower your fees could get. → Algebra Brevis developed a Dynamic Fees Plugin for Algebra, the engine that powers many DEXs. This plugin lets exchanges automatically tweak trading fees based on each user’s volume or frequency, just like centralized exchanges do, but without any centralized control. → QuickSwap QuickSwap launched a dynamic fee hook using Brevis zkCoprocessor. Here, traders are rewarded based on their 30-day volume, the more you trade, the more benefits you earn. All of this is tracked and verified through zk proofs, so the system stays transparent and tamper proof. It’s basically a smart way to incentivize active participation while keeping costs fair. → Thena Thena is taking it a step further, they’re building intelligent DEX features powered by Brevis. This includes: - Fees based on token holdings (holding more of the token gives you better rates) - Volume-based loyalty programs (your consistency pays off) - Smart LP protection that helps shield liquidity providers from market volatility. Brevis is quietly teaching decentralized exchanges how to think, adapt, and personalize.

gLumi 🍋 Day 46 on Lumonad Campaign by @LumiterraGame x @monad Consistency Pays, keep at it and never stop preaching Lumiterra and as always stay Lumi

GM CT Little introduction on what @KAIO_xyz actually is and what they do. KAIO is a programmable protocol built on Ethereum to let institutions issue and manage real world assets the same way they do offchain just faster, cheaper, and fully compliant. Every step from investment execution to settlement runs through KAIO’s smart contracts and automated workflows, cutting out slow back-office processes. With KAIO’s Gateway and APIs, wealth platforms can plug in easily no need to build their own blockchain stack. End result = institutional products, onchain, and ready for DeFi.

GM CT @brevis_zk and Linea have already proven what’s possible when zk computation meets real-world utility. Through Linea Ignition, Brevis powered one of the most advanced on-chain reward systems ever deployed distributing 1 billion LINEA tokens based on actual user behavior, not snapshots or static metrics. Every single calculation from LP volume and slippage impact to time-weighted positions was done off-chain, proven with zk, and verified on-chain. No middlemen. No trust assumptions. Just math. And now, with MetaMask integration, rewards like 2.4% fixed APR on USDC lending/borrowing through Aave’s Linea market run entirely on verifiable computation. Over 12 million proofs have already been generated for more than 60,000 unique users. So, when Field Operations go live, interacting with Linea powered dApps means more than earning Sparks. You’ll be engaging directly with the real applications driving the next era of verifiable finance proof-based systems where rewards, yields, and incentives are algorithmically fair, transparent, and fully decentralized.

The next wave of ZK scaling won’t be written in code. it’ll be forged in silicon. @cysic_xyz is building the hardware backbone for the zero-knowledge era. While others optimize software, Cysic designs custom ASICs and GPU frameworks purpose-built for proving and delivering 10–100x faster performance. This isn’t theory. It’s Hardware as Protocol where computation itself becomes consensus, and security is powered by real compute, not just signatures. From verifiable computation to decentralized AI, Cysic isn’t just keeping up with the future, it’s manufacturing it.

I was comparing the old and new @cysic_xyz whitepaper and this is basically what they changed or rather an evolution. The old whitepaper laid the groundwork: a zk Proof Layer focused on performance, decentralization, and scalability for zero-knowledge proofs. The new whitepaper expands that vision into something much larger which is ComputeFi, a decentralized compute economy where GPUs, ASICs, and servers become programmable, liquid, and verifiable assets. It’s no longer just about proving faster. It’s about owning the infrastructure that powers AI, ZK, and high-performance computing. From ZK infrastructure → to a global compute liquidity layer Cysic is turning computation itself into capital.

Gonna add some more @brevis_zk terminologies, some you don't often see as well. 8⃣ zkExecutor → The Brevis module that actually performs the computation defined by developers executing functions off-chain and producing verifiable proofs for on-chain confirmation. 9⃣ ProofMesh → The interconnection layer that links zkFabric, zkQueryNet, and zkAggregatorRollup forming the “mesh network” that allows trustless multi-chain data exchange. 🔟ZKML Engine → The machine learning module that enables AI models to run inside the Brevis zk environment powering applications like Trusta’s zkML Media Score. 1⃣1⃣ zkBridgeSync → A lightweight crosschain messaging framework powered by zk proofs, ensuring messages and states are transmitted between chains without centralized relayers.

While others are focused on optimizing ZK software, @cysic_xyz is tackling the real bottleneck, computation speed from the hardware layer itself. By designing dedicated proof-generation chips (FPGAs & ASICs), they’re laying the groundwork for scalable, real-time ZK systems. Once major L1s and L2s fully pivot to zk based execution, this kind of infrastructure won’t just be an advantage it’ll be essential.

I think one of the best features of @lute I like is the Momentum Scanner, a real time radar that shows what’s moving right now, not 5 minutes ago. It tracks every token and ranks them by velocity and volume and displays a directional strength bar, so you instantly see where capital is flowing. No need to guess what’s trending or chase delayed signals. It is safe to say with the Momentum Sacnner, Lute turns market noise into clear momentum, so you move first, not last.

Gm CT The @brevis_zk Pico Prism is honestly no small feat but a huge progress for Ethereum future scalability, and I will tell you why. Ethereum’s biggest problem today isn’t block size or gas limits, it’s verification. It proves that entire Ethereum blocks can be verified cryptographically instead of computationally. Rather than thousands of validators repeating the same work, a single prover can generate a zk proof of correctness, and every other node can verify it in milliseconds. This Means: → Massive efficiency gains Blocks proven under 12 seconds with consumer-grade GPUs. → Cheaper validation 50% lower hardware costs for the same performance. → Light clients for everyone Even a phone could verify Ethereum’s state securely. → 100x scalability potential As proving becomes faster, Ethereum can safely raise throughput without sacrificing trustlessness. In short, Pico Prism brings Ethereum closer to a future where security and scalability coexist where every transaction remains verifiable by anyone, anywhere, without needing a data center.

Gm CT What Euler and @brevis_zk just pulled off with Incentra is a quiet revolution for on-chain incentives. For years, DeFi reward systems have been a mess of off-chain scripts, spreadsheets, cron jobs, and blind trust. Teams spent months building tracking systems, while users had to believe the numbers were right. Incentra fixes that permanently. Through Brevis’s ZK Data Coprocessor, all of Euler’s reward calculations now happen off-chain, where it’s fast and cheap, and every result is backed by zero-knowledge proofs that guarantee accuracy on-chain. That means no backend manipulation, no hidden logic, no trust required. In Euler’s first campaign, over $100K in rEUL rewards were distributed seamlessly across USDC, WETH, USDT, and WBTC vaults with time-weighted lending positions verified every 4 hours. The result? Deeper liquidity, tighter borrowing spreads, and total transparency. For protocols, this changes everything. Incentra lets any team launch a fully verifiable incentive program in a weekend no custom smart contracts, no infrastructure headaches. Just set parameters, fund the distributor, and Incentra does the rest: data fetching, proof generation, and on-chain verification. For users, it’s the future of fair rewards earned, proven, and claimable with a click. Euler showed it works at scale. Incentra is showing that trustless incentives are the new standard for DeFi.

Gm CT Do you know this is actually a huge milestone both for @brevis_zk and the future of Uniswap v4 because it’s the first time a major DeFi protocol is tying real on-chain incentives directly to verifiable computation using zero-knowledge proofs. This changes the game for incentive programs because: → Every rebate is mathematically proven, not manually distributed. → No one controls the data, proofs do. → Complex calculations happen off-chain, verified on-chain for pennies. → Routers now have a clear, trustless economic reason to integrate Uniswap v4.

Gm CT In a few days it will be a month since @brevis_zk launched the yappers lb, let's take a look back and see how far we have come since then. → Brevis went live on BNB Chain, unlocking intelligent smart contracts for one of crypto’s busiest ecosystems. → The Brevis Proving Grounds was launched for the community to explore Brevis powered protocols, complete social and on-chain tasks, and earn Sparks that count toward future rewards. → Pico Prism was unveiled, a next gen zkVM that achieved 99.6% real time Ethereum block proving under 12 seconds. In one month, Brevis has moved from vision to execution, and this is actually only the beginning

Gm/gbrevis CT @brevis_zk Blockchains hold years of data every swap, stake, and interaction but smart contracts can barely see beyond the present block. This limitation has quietly held DeFi and on-chain analytics back for years. If a protocol wants to know how active a user has been or what their past performance looks like, it has to rely on costly off-chain indexing services like The Graph or private databases. This not only drives up costs, but it also reintroduces trust into a supposedly trustless system. Brevis zk Coprocessor changes that by unlocking verifiable historical data. It lets developers query and compute over any point in blockchain history from wallet activity to validator behavior entirely off-chain, while generating a zero-knowledge proof to confirm the result on-chain. That means the blockchain now gets access to its own memory, without the gas burden or centralization risk. The result? On-chain applications that understand user behavior, reward loyalty, and execute data-driven logic all verifiably and trustlessly. Brevis turns blockchain data from static records into actionable intelligence.

gLumi 🍋 Day 46 on Lumonad Campaign by @LumiterraGame x @monad Consistency Pays, keep at it and never stop preaching Lumiterra and as always stay Lumi

Gm CT Instead of forcing everything to run on-chain, @brevis_zk executes complex computations off-chain that is fast, cheap, and efficient and then generates zero-knowledge (ZK) proofs that mathematically confirm the results are correct. Smart contracts don’t need to redo the work. They simply verify the proof, which costs only a fraction of the gas. This architecture unlocks a new era of data-rich, intelligent dApps ones that can access historical data, compute advanced analytics, or even integrate AI results all while staying fully trustless and decentralized. Brevis makes blockchains smarter without making them heavier, proof-first, gas-light, and infinitely scalable.

8 more reasons to keep an eye on @brevis_zk → Unified data layer: Brevis lets dApps access and verify historical on chain data from multiple sources in one place no fragmentation. → Easy for developers: Developers don’t need to be experts in cryptography Brevis gives them ready tools to add zero-knowledge features fast. → Privacy built in: Brevis lets apps process your data privately, so your wallet history stays hidden while still proving it’s valid. → Modular integration: Brevis fits into any stack whether DeFi, GameFi, or SocialFi making it a universal ZK computation layer. → ZK middleware for DeFi: Brevis acts as a plug in zk layer for protocols like Uniswap, Mellow, and Bedrock, enabling trustless analytics and reward systems. → Works everywhere: Proofs made with Brevis can be verified on any blockchain that supports Ethereum smart contracts. Build once, use anywhere. → Future proof scaling: As Ethereum moves toward real time proofs, Brevis’s architecture is already aligned to support ultra-fast block level zk validation. → Ecosystem momentum: Trusted by top tier projects (Kernel, Bedrock, Mellow, Linea, 0G, Hemera) all leveraging Brevis zk tech for real use cases.

Gm CT/gbrevis @brevis_zk is quietly transforming the way decentralized exchanges (DEXs) operate by integrating its zkCoprocessor and Dynamic Fees system, Brevis brings real time, data driven intelligence to major spot DEXs. → PancakeSwap PancakeSwap integrated Brevis’s zkCoprocessor to launch ZK-powered dynamic trading fees. In simple terms, this means that your trading fees aren’t fixed anymore they now adjust in real time based on your trading activity and $CAKE token holdings. The more loyal and active you are, the lower your fees could get. → Algebra Brevis developed a Dynamic Fees Plugin for Algebra, the engine that powers many DEXs. This plugin lets exchanges automatically tweak trading fees based on each user’s volume or frequency, just like centralized exchanges do, but without any centralized control. → QuickSwap QuickSwap launched a dynamic fee hook using Brevis zkCoprocessor. Here, traders are rewarded based on their 30-day volume, the more you trade, the more benefits you earn. All of this is tracked and verified through zk proofs, so the system stays transparent and tamper proof. It’s basically a smart way to incentivize active participation while keeping costs fair. → Thena Thena is taking it a step further, they’re building intelligent DEX features powered by Brevis. This includes: - Fees based on token holdings (holding more of the token gives you better rates) - Volume-based loyalty programs (your consistency pays off) - Smart LP protection that helps shield liquidity providers from market volatility. Brevis is quietly teaching decentralized exchanges how to think, adapt, and personalize.

GM CT Little introduction on what @KAIO_xyz actually is and what they do. KAIO is a programmable protocol built on Ethereum to let institutions issue and manage real world assets the same way they do offchain just faster, cheaper, and fully compliant. Every step from investment execution to settlement runs through KAIO’s smart contracts and automated workflows, cutting out slow back-office processes. With KAIO’s Gateway and APIs, wealth platforms can plug in easily no need to build their own blockchain stack. End result = institutional products, onchain, and ready for DeFi.

The next wave of ZK scaling won’t be written in code. it’ll be forged in silicon. @cysic_xyz is building the hardware backbone for the zero-knowledge era. While others optimize software, Cysic designs custom ASICs and GPU frameworks purpose-built for proving and delivering 10–100x faster performance. This isn’t theory. It’s Hardware as Protocol where computation itself becomes consensus, and security is powered by real compute, not just signatures. From verifiable computation to decentralized AI, Cysic isn’t just keeping up with the future, it’s manufacturing it.

I was comparing the old and new @cysic_xyz whitepaper and this is basically what they changed or rather an evolution. The old whitepaper laid the groundwork: a zk Proof Layer focused on performance, decentralization, and scalability for zero-knowledge proofs. The new whitepaper expands that vision into something much larger which is ComputeFi, a decentralized compute economy where GPUs, ASICs, and servers become programmable, liquid, and verifiable assets. It’s no longer just about proving faster. It’s about owning the infrastructure that powers AI, ZK, and high-performance computing. From ZK infrastructure → to a global compute liquidity layer Cysic is turning computation itself into capital.

While others are focused on optimizing ZK software, @cysic_xyz is tackling the real bottleneck, computation speed from the hardware layer itself. By designing dedicated proof-generation chips (FPGAs & ASICs), they’re laying the groundwork for scalable, real-time ZK systems. Once major L1s and L2s fully pivot to zk based execution, this kind of infrastructure won’t just be an advantage it’ll be essential.

Gonna add some more @brevis_zk terminologies, some you don't often see as well. 8⃣ zkExecutor → The Brevis module that actually performs the computation defined by developers executing functions off-chain and producing verifiable proofs for on-chain confirmation. 9⃣ ProofMesh → The interconnection layer that links zkFabric, zkQueryNet, and zkAggregatorRollup forming the “mesh network” that allows trustless multi-chain data exchange. 🔟ZKML Engine → The machine learning module that enables AI models to run inside the Brevis zk environment powering applications like Trusta’s zkML Media Score. 1⃣1⃣ zkBridgeSync → A lightweight crosschain messaging framework powered by zk proofs, ensuring messages and states are transmitted between chains without centralized relayers.

GM CT @brevis_zk and Linea have already proven what’s possible when zk computation meets real-world utility. Through Linea Ignition, Brevis powered one of the most advanced on-chain reward systems ever deployed distributing 1 billion LINEA tokens based on actual user behavior, not snapshots or static metrics. Every single calculation from LP volume and slippage impact to time-weighted positions was done off-chain, proven with zk, and verified on-chain. No middlemen. No trust assumptions. Just math. And now, with MetaMask integration, rewards like 2.4% fixed APR on USDC lending/borrowing through Aave’s Linea market run entirely on verifiable computation. Over 12 million proofs have already been generated for more than 60,000 unique users. So, when Field Operations go live, interacting with Linea powered dApps means more than earning Sparks. You’ll be engaging directly with the real applications driving the next era of verifiable finance proof-based systems where rewards, yields, and incentives are algorithmically fair, transparent, and fully decentralized.

I think one of the best features of @lute I like is the Momentum Scanner, a real time radar that shows what’s moving right now, not 5 minutes ago. It tracks every token and ranks them by velocity and volume and displays a directional strength bar, so you instantly see where capital is flowing. No need to guess what’s trending or chase delayed signals. It is safe to say with the Momentum Sacnner, Lute turns market noise into clear momentum, so you move first, not last.

Gm CT What Euler and @brevis_zk just pulled off with Incentra is a quiet revolution for on-chain incentives. For years, DeFi reward systems have been a mess of off-chain scripts, spreadsheets, cron jobs, and blind trust. Teams spent months building tracking systems, while users had to believe the numbers were right. Incentra fixes that permanently. Through Brevis’s ZK Data Coprocessor, all of Euler’s reward calculations now happen off-chain, where it’s fast and cheap, and every result is backed by zero-knowledge proofs that guarantee accuracy on-chain. That means no backend manipulation, no hidden logic, no trust required. In Euler’s first campaign, over $100K in rEUL rewards were distributed seamlessly across USDC, WETH, USDT, and WBTC vaults with time-weighted lending positions verified every 4 hours. The result? Deeper liquidity, tighter borrowing spreads, and total transparency. For protocols, this changes everything. Incentra lets any team launch a fully verifiable incentive program in a weekend no custom smart contracts, no infrastructure headaches. Just set parameters, fund the distributor, and Incentra does the rest: data fetching, proof generation, and on-chain verification. For users, it’s the future of fair rewards earned, proven, and claimable with a click. Euler showed it works at scale. Incentra is showing that trustless incentives are the new standard for DeFi.

Gm CT The @brevis_zk Pico Prism is honestly no small feat but a huge progress for Ethereum future scalability, and I will tell you why. Ethereum’s biggest problem today isn’t block size or gas limits, it’s verification. It proves that entire Ethereum blocks can be verified cryptographically instead of computationally. Rather than thousands of validators repeating the same work, a single prover can generate a zk proof of correctness, and every other node can verify it in milliseconds. This Means: → Massive efficiency gains Blocks proven under 12 seconds with consumer-grade GPUs. → Cheaper validation 50% lower hardware costs for the same performance. → Light clients for everyone Even a phone could verify Ethereum’s state securely. → 100x scalability potential As proving becomes faster, Ethereum can safely raise throughput without sacrificing trustlessness. In short, Pico Prism brings Ethereum closer to a future where security and scalability coexist where every transaction remains verifiable by anyone, anywhere, without needing a data center.