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Sui went down 🌊 But our conviction went up This is how deep tech matures Stress tests like these are what separate protocols built for the next decade from everything else. At CONSO, we're using the Sui stack to bring consumers onchain at scale: * 💵 Gasless stablecoin transactions so anyone can transact * 🔐 Wallet abstraction so anyone can onboard * 🌊 Walrus + Seal so data is decentralized and encrypted * 🏛️ Sui as the single source of truth The Sui ecosystem gives builders the most powerful consumer stack in crypto right now and we're using every piece of it. Consumer scale is not a vision 🐻‍❄️ It's what we're shipping, gCONSO x.com/SuiNetwork/sta…

Our developers use Claude so efficiently that despite hitting daily targets, we are unable to consume 30-40% of the tokens on an average basis of a 20 usd plan 😭. Does this mean they are very smart 😎, or NGMI ?? Send help 🐻‍❄️

The rigor of a trading desk. On-chain. Concrete Enterprise.

Return engineered to survive.

The immutability vs upgradeability debate misses the institutional question. The question isn't whether your vault can be upgraded. The question is: who decides, how fast, and what happens to capital while the decision is being made. Read our Operational Security thoughts:

April stress-tested every definition in this space. Institutional means process discipline. Anyone can claim it. Few can demonstrate it as a repeatable methodology. Preservation of capital is where that distinction becomes permanent.

1/ The question allocators should be asking isn't "What's the APY?" It's "What survives if the assumption underneath that number is wrong?"

Why Should You Use a Concrete Vault? One of the biggest challenges in modern DeFi is not access to opportunities. It is managing them efficiently. Today, users who want to stay competitive onchain often need to: - monitor APYs constantly - move liquidity between protocols - claim rewards manually - compound yield repeatedly - rebalance positions during volatility - track protocol and market risk themselves At first, this level of flexibility seems powerful. But over time, manual management creates serious friction. Users spend hours tracking positions across different ecosystems. Capital sits idle between reallocations. Rewards remain un-compounded. Strategies become harder to maintain consistently as DeFi grows more complex. For many participants, DeFi starts feeling less like passive finance and more like a full-time operational task. That is exactly why vault infrastructure has become increasingly important. Vaults simplify the process by helping users access structured systems designed to coordinate capital more efficiently onchain. And this is where @ConcreteXYZ introduces an important approach through Concrete Vaults. 1️⃣ The Current DeFi Experience Is Increasingly Complex Modern DeFi moves fast. Liquidity shifts rapidly. Yields change constantly. New opportunities appear every week. To keep up, users often need to: - reposition liquidity frequently - monitor multiple protocols simultaneously - optimize reward strategies manually - track execution timing and gas costs - react quickly to changing market conditions This creates several problems. Operational Friction Managing positions manually requires constant attention. Users spend significant time: - comparing yields - moving assets - harvesting rewards - re-entering strategies The process becomes inefficient and difficult to scale consistently. Idle Capital Manual execution also creates capital inefficiency. When users delay repositioning: - rewards stop compounding - liquidity sits unused - opportunities are missed Even small inefficiencies compound over time. Increased Complexity As DeFi infrastructure grows more advanced, managing strategies manually becomes increasingly difficult for ordinary users. This is why DeFi vaults are becoming such an important layer of infrastructure. Vault systems reduce operational complexity while helping coordinate onchain capital deployment more efficiently. 2️⃣ What a Concrete Vault Does At a basic level, Concrete Vaults are designed to simplify DeFi participation. Instead of manually managing every position, users gain exposure to structured systems that help: - pool capital together - automate compounding - deploy across strategies - optimize allocations over time - reduce operational complexity Rather than constantly moving liquidity themselves, users interact with vault infrastructure designed to manage capital more efficiently behind the scenes. This creates a more streamlined DeFi experience. Instead of: - tracking every yield opportunity manually - constantly repositioning assets - repeatedly compounding rewards Users gain exposure to coordinated systems designed for continuous optimization. That is one of the core advantages of structured DeFi infrastructure. 3️⃣ Why Vault Infrastructure Matters As DeFi evolves, vault infrastructure is becoming increasingly important for efficient capital management. Concrete Vaults help improve several key areas: - automation - capital efficiency - reduced idle capital - continuous optimization - simplified user experience - structured exposure to yield opportunities Automation One of the biggest advantages of vault systems is automated compounding and execution. Instead of users manually claiming and redeploying rewards, infrastructure helps coordinate these processes automatically. This improves consistency while reducing operational overhead. Capital Efficiency Efficient onchain capital deployment matters enormously in DeFi. Idle liquidity creates opportunity cost. Vault systems help improve capital efficiency by: - reducing inactive capital - optimizing allocations continuously - automating compounding over time Simplified User Experience Modern DeFi can become fragmented and difficult to manage manually. Vault infrastructure abstracts much of this complexity, allowing users to participate through more organized systems rather than constantly coordinating positions themselves. The result is a more scalable approach to DeFi participation. 4️⃣ Vaults Are About Structure, Not Just Yield One common misconception is that vaults are simply “yield wrappers.” But modern vault systems are much more sophisticated than that. Concrete Vaults include infrastructure designed to: - coordinate capital deployment - rebalance positions dynamically - enforce strategy constraints - respond to changing market conditions This creates a more structured approach to participating in DeFi. Instead of fragmented manual execution, users gain exposure to systems designed around: - organized allocation - operational consistency - structured execution - ongoing optimization As DeFi becomes more competitive, this structure becomes increasingly valuable. Because successful participation is no longer only about finding yield. It is about managing capital efficiently across changing environments. 5️⃣ How @ConcreteXYZ Approaches Vault Infrastructure This is where @ConcreteXYZ introduces a more advanced approach to vault architecture. Concrete Vaults are designed to coordinate capital efficiently through structured onchain systems optimized for scalability and automation. Key components include: - ctAssets - automated compounding - onchain execution - structured vault systems ctAssets ctAssets help create structured exposure within the Concrete ecosystem. Instead of manually coordinating fragmented positions across protocols, users can interact with more organized capital structures designed for efficient participation. Automated Compounding Compounding is one of the most important drivers of long-term yield performance. Concrete Vaults help automate: - reward harvesting - capital redeployment - allocation optimization This reduces idle rewards and improves capital utilization efficiency over time. Onchain Execution Concrete Vaults use onchain execution systems to coordinate strategy deployment transparently and efficiently. This allows vault infrastructure to: - optimize capital allocation - manage positions dynamically - adapt to changing conditions - maintain more structured deployment systems The result is infrastructure designed for: - operational efficiency - scalable capital coordination - structured DeFi participation - long-term capital optimization Especially as institutional DeFi grows, systems capable of coordinating capital efficiently will become increasingly important. 6️⃣ The Bigger Shift DeFi is becoming more complex every cycle. Strategies are becoming more advanced. Execution is becoming more competitive. Managing positions manually is becoming harder to scale. That is why infrastructure is increasingly replacing constant manual repositioning. The future of DeFi will likely rely more on: - automation - structured systems - continuous optimization - efficient onchain capital deployment Vaults are becoming the default interface for deploying capital onchain. Because the future of DeFi may not belong to users clicking between protocols all day. It may belong to systems designed to coordinate capital more efficiently, more consistently, and at larger scale. And that is exactly why Concrete Vaults matter. Explore Concrete at concrete.xyz

The Federation of StrkBTC w/ NEAR, Twinstake, and Starknet x.com/i/broadcasts/1…

Tomorrow. strkBTC goes live, and Bitcoin’s privacy chapter begins on Starknet. Join the online event with StarkWare and the Starknet Foundation to get a first look at what’s coming. luma.com/strkBTClive

9/ That's strkBTC. Private Bitcoin. On Starknet. From tomorrow. Read the full launch guide for everything on bridging, wallets, shielding, and incentives: → Launch guide: starknet.io/blog/strkbtc-l…

strkBTC launches tomorrow. Here's your guide to getting started: → How to bridge → Which wallets to use → How shielding works → What incentives are live at launch Read on 👇

In 2010, Gavin Andresen built the original Bitcoin Faucet. It gave away 5 BTC at a time, distributing 19.7k BTC in total, helping bootstrap Bitcoin’s early holders. We’re borrowing the same idea for strkBTC. The Faucet will open in 48 hours. Register: strkbtc.starknet.io/faucet

1/ We’re building a perpetual protocol around a simple idea: outcomes should come from market direction and position management, not from hard-to-model exchange mechanics.

DeFi Doesn’t Remove Trust — It Engineers It The original promise of DeFi was incredibly powerful: “Don’t trust people. Trust code.” For years, that idea became one of the core narratives of crypto. Smart contracts would replace intermediaries. Protocols would replace institutions. Open-source code would replace human discretion. The industry called this future “trustless.” And at first glance, it made sense. Users could interact directly with protocols. Transactions were transparent. Rules were visible onchain. Anyone could verify how the system worked. But as DeFi evolved, something important became clear: Trust never disappeared. It simply moved into different layers of the system. Today, every DeFi user still relies on trust in some form. The difference is that the trust is often hidden behind interfaces, governance systems, infrastructure assumptions, and technical abstractions. The next phase of DeFi will not be about pretending trust does not exist. It will be about engineering trust intentionally. 1. The Myth of “Trustless” DeFi One of the most repeated phrases in crypto is: - “Code is law” - “No intermediaries needed” - “DeFi is trustless” But real financial systems are more complicated than slogans. Even in DeFi, users trust: - developers to write secure smart contracts - governance participants to make responsible decisions - oracles to provide accurate data - bridges to secure cross-chain assets - validators and execution layers to process transactions properly The system may reduce certain forms of counterparty risk, but it does not eliminate dependency altogether. This is the key misunderstanding. The question is not whether trust exists. The question is: Where does trust exist, and how is it managed? That distinction changes how we evaluate DeFi infrastructure entirely. 2. Where Trust Actually Lives Modern DeFi operates through multiple interconnected layers. Each layer introduces its own trust assumptions. Smart contracts are the foundation, but they are only one part of the stack. Users trust that contracts were audited correctly, tested thoroughly, and deployed without hidden vulnerabilities. Governance systems create another layer. Many DAOs appear decentralized in theory, yet voting participation is often low and decision-making power is concentrated among a small group of token holders. Oracles are another critical dependency. Lending markets, liquidations, and derivatives all rely on accurate price feeds. If oracle infrastructure fails, even perfectly written smart contracts can behave incorrectly. Bridges introduce even more complexity. Cross-chain infrastructure frequently depends on multisigs, external validators, or trusted execution systems. Then there are execution layers themselves. Sequencers, validators, relayers, and MEV systems all influence how transactions are ordered and executed. In other words: Trust in DeFi was never removed. It was redistributed across infrastructure. 3. The Problem With Decentralization Theatre One of the biggest problems in crypto today is the confusion between decentralization and resilience. Some systems look decentralized on the surface but remain operationally fragile underneath. This is what many call “decentralization theatre.” Examples include: - multisigs presented as complete security models - DAOs with extremely low governance participation - timelocks that slow action but do not reduce underlying risk - protocols unable to respond quickly during crises - governance structures that exist mostly for optics A protocol can appear decentralized while still depending heavily on trusted actors behind the scenes. And sometimes, systems optimized purely for ideological decentralization become less secure operationally. Because during periods of market stress, resilience matters more than narrative. The important question is not: “How decentralized does this look?” The important question is: “How does this system behave when things go wrong?” That is what defines real DeFi security. 4. Trust Is Not Removed — It Is Engineered As the industry matures, a more realistic framework is emerging. Trust is not eliminated. Trust is engineered. Engineered trust means systems are designed with: - clearly defined responsibilities - explicit permissions - enforceable constraints - structured oversight - layered operational controls Traditional financial systems already operate this way. Banks, exchanges, and clearinghouses are not considered secure because they are trustless. They are secure because risk, responsibility, and operational authority are carefully structured. DeFi infrastructure is beginning to evolve in the same direction. The future of institutional DeFi will likely depend less on ideological purity and more on operational reliability. Because real capital does not allocate based on narratives alone. It allocates based on resilience. 5. Why Operational Security Matters One of the most important lessons from DeFi exploits is that code alone cannot handle every scenario. Markets are dynamic. Volatility changes rapidly. Liquidity conditions shift unexpectedly. Exploits often emerge from edge cases no one anticipated. That is why mature systems require more than static smart contracts. They require: - continuous monitoring - rapid response mechanisms - layered security architecture - operational oversight - human judgment during abnormal situations Operational security is not just about preventing failure. It is about managing failure effectively when conditions become unpredictable. A protocol may have excellent code and still collapse operationally if it cannot respond under pressure. This is why engineered trust matters. It creates systems designed not only for efficiency during stable periods, but also for survivability during stress events. 6. How @ConcreteXYZ Approaches Engineered Trust This is where @ConcreteXYZ represents an important shift in DeFi infrastructure design. Instead of hiding trust assumptions behind decentralization narratives, Concrete structures them explicitly. Concrete recognizes that resilient systems require both automation and operational design. Its architecture focuses on: - trust that is visible rather than abstracted away - systems designed for response, not just prevention - onchain enforcement combined with offchain intelligence - role-based architecture with defined permissions - controlled execution environments built around operational security This creates a framework where risks can be monitored, managed, and constrained more effectively. Concrete vaults are not designed around the idea that humans disappear from the system entirely. They are designed around the idea that responsibilities, permissions, and execution environments should be structured intentionally. That distinction matters enormously for institutional DeFi. Institutional participants care deeply about: - operational reliability - controlled risk environments - enforceable constraints - transparent system architecture - infrastructure resilience Concrete’s approach aligns more closely with how mature financial systems already operate. The goal is not decentralization theatre. The goal is dependable infrastructure. 7. The Bigger Shift Ahead DeFi is entering a more mature phase. The first era focused heavily on the idea of “trustless systems.” The next era will likely focus on something more practical: Structured trust systems that can survive real-world complexity. That means: - acknowledging where trust exists - designing systems around explicit responsibilities - prioritizing resilience over ideology - building infrastructure that performs under stress The protocols that survive long term will probably not be the ones with the most aggressive decentralization marketing. They will be the ones with the strongest operational foundations. Because every financial system ultimately depends on trust somewhere. The real innovation is not pretending trust disappears. The innovation is engineering it properly. And over time, DeFi infrastructure will increasingly be judged not by what it promises during bull markets… But by how it behaves when markets become unstable. That is when real systems reveal themselves. Explore Concrete at concrete.xyz

@truongquanbao22 @KAIO_xyz Do you think the RWA narrative can actually outperform other sectors this cycle?

The credibility comes from a combination of factors. They’ve already processed over $500M on-chain, raised $19M, and secured backing from major names like Tether and Nomura. That level of traction and institutional support usually suggests there’s more substance behind the project than just marketing hype.

Why I’m watching @KAIO_xyz closely 👇 Most crypto narratives move in cycles. Memes explode. AI trends come and go. New L1s appear every month. But RWAs feel different because they connect crypto to real capital markets. And KAIO seems to understand exactly where the industry is heading. Instead of building for short-term hype, they’re building compliant rails for institutional adoption. That matters because institutions care about: • Regulation • Compliance • Asset security • Sustainable infrastructure Not just APYs. The project has already: • Raised $19M • Processed $500M+ on-chain • Built around institutional-grade RWAs If the RWA sector continues growing through this cycle, infrastructure projects like KAIO could quietly become some of the biggest winners.

@truongquanbao22 @KAIO_xyz A lot of crypto projects raise funding and still disappear later. Why do people see @KAIO_xyz as more credible?

Maybe not overnight, but the direction already seems clear. Traditional finance is slowly becoming more comfortable with blockchain technology, especially for tokenized assets. Projects like @KAIO_xyz are positioning themselves early by creating the compliant rails institutions will likely require before deploying serious capital into DeFi ecosystems.

@truongquanbao22 @KAIO_xyz Do you really think institutions will move significant capital on-chain anytime soon through platforms like @KAIO_xyz?

I think the biggest difference is their institutional focus. Many RWA projects mainly target retail users, while @KAIO_xyz is building compliant infrastructure designed for institutions. That includes regulatory alignment, secure asset frameworks, and infrastructure capable of supporting large-scale capital flows, which is probably where the real long-term opportunity exists.