🔥I'm in first place! @StoryProtocol my favorite project! ꧁delozix is IP꧂

Demystifying Slashing and how @symbioticfi evolves the model Slashing in proof-of-stake networks is often feared by validators and delegators alike. Losing staked capital is a serious consequence. But the truth-backed by data and network design is that slashing is rare, mostly serves as a deterrent, and is evolving. Slashing as Deterrence Slashing is akin to blockchain’s version of a “nuclear deterrent.” By putting collateral at risk for rule violations, networks shift validator incentives toward cautious, honest behavior. Even just the possibility of slashing makes attacks economically undesirable. Key idea is minCoC > PfC (Minimum Cost of Corruption exceeds Profit from Corruption). Because breaching rules risks losing more than one could gain, rational actors stay honest. Slashing Is Rare One of the more surprising elements is how seldom slashing actually happens in practice: • On Ethereum, only about 0.04% of validators have ever been slashed (≈ 472 out of over 1.2 million); • In Cosmos Hub, only 5 double-signing slashing events have occurred in its history since 2019; • Polkadot also sees minimal slashing outside a handful of early incidents. Across major PoS systems, the total staked asset slashed is typically well under 0.05%. On Ethereum, it’s around 0.001%. Why Slashing Works (and Why It’s Effective) The design succeeds for several reasons: 1. Economic alignmentValidators must risk capital. Rational actors prefer abiding by rules over risking massive losses. 2. Reputational & delegator risk Validators often manage delegated capital. A slash harms not only their own stake but also reputation, delegator trust, and future business prospects. 3. Cost of attack vs possible gains Because slashing makes attacks expensive, combined with governance, the cost side overtakes any probable corruption profits. 4. Deterrence without high usage Slashing rarely activates, which is ideal you want deterrence, not frequent burning. Slashing is less about punishment and more about preventive design. Its power lies in its threat, not its frequency. @symbioticfi's work in Demystifying Slashing shows how we can rethink this primitive for the restaking, cross-chain era layering review mechanisms, custom logic, and flexible process to maintain robust security without stifling innovation. If you’re building in PoS, restaking, or multi-chain systems, slashing isn’t just something to fear it’s a tool to design with, calibrate, and evolve. Learn more here: blog.symbiotic.fi/demystifyi…

Modeling Target Stake Requirements: How Much Stake Is Enough? One of the toughest questions in proof-of-stake and restaking networks is this: How much stake (or collateral) is required to secure a system economically? @symbioticfi's recent research, done in collaboration with @tokensightxyz, offers a rigorous framework for modeling target stake. It helps networks calculate how much bonded capital they need to make attacks irrational. The Core Idea: minCoC vs PfC At the heart of the model is a fundamental inequality: minCoC > PfC minCoC = Minimum Cost of Corruption. It’s the amount an attacker must pay (e.g. by acquiring stake, risking slashing) to corrupt the network. PfC = Profit from Corruption. The gain an attacker could extract, internally or externally. Symbiotic’s work dissects PfC into two parts: • Endogenous PfC: Profits directly within the protocol (e.g. MEV, manipulation of transaction ordering, invalid proofs). • Exogenous PfC: Profits from exploiting external systems via the protocol (e.g. bridging, downstream DeFi manipulation, arbitrage). Why This Matters: Different Networks, Different Needs The research includes worked examples across categories like: • Sequencers / ZK Provers: their attack surface is mostly endogenous, making their target stakes relatively modest. • Oracles / Data Availability Layers: these tend to have high exogenous exposure because they connect to downstream systems and DeFi so their required stakes are much higher. Symbiotic’s Modeling Target Stake Requirements is a powerful piece of research that bridges economics, risk theory, and blockchain security.

🤝 Zama Partners with OpenZeppelin to Bring Confidential Smart Contracts to DeFi and Digital Assets In a significant stride towards enhancing privacy in the blockchain ecosystem, @zama has partnered with @OpenZeppelin, a leading provider of open-source security tools for blockchain apps. This collaboration aims to bring confidential smart contracts to production, making privacy a default feature in decentralized finance (DeFi) and digital asset platforms. 🧠 Why Confidentiality Matters Blockchain technology has revolutionized the way we think about finance and data storage. However, the transparency inherent in blockchain transactions poses a challenge for institutions that require confidentiality. Without robust privacy measures, entities such as banks, asset managers, and governments are hesitant to migrate critical operations on-chain. 🔧 What They're Building Together Confidential Smart Contract Primitives: • Encrypted tokens • Sealed-bid auctions • Confidential vesting • Private governance • Tokenized RWA Developer Tools & Infrastructure: • Integration with a customized version of OpenZeppelin's Contracts Wizard for FHE • A new Privacy Relayer to enable seamless encrypted transaction execution • All components built specifically for encrypted compute; designed for confidentiality, security, and usability from day one This partnership marks a pivotal step in bringing encrypted smart contracts into production. By defining a new open-source standard for confidential tokens, Zama and OpenZeppelin are laying the groundwork for institutions to build securely on-chain. The integration of FHE ensures that privacy is maintained without sacrificing the benefits of decentralization, composability, and verifiability. Learn more here: zama.ai/post/zama-partners-w…

Zama Creator Program Season 3! What's new? A new category specifically for video content creators on X. Each month, team will handpick the best 3 video content pieces on X. It can be video presentation, reaction or explanatory videos that demonstrate exceptional quality in explaining FHE concepts or showcasing @zama technology. The Numbers For Season 3 Total Monthly Prize Pool: $56,000. $50,000 distributed among the top 100 creators using our established scoring algorithm $3,000 allocated for the 6 handpicked content winners $3,000 allocated for the 6 handpicked video content winners Recognition Tiers. Top 100: Monthly cash prizes (USDC or $ZAMA tokens) Top 1000: “Zama OG NFT 003” with alpha access and undisclosed advantages. Best 12 handpicked content: Monthly cash prizes (USDC or $ZAMA tokens) Learn more here: zama.ai/post/zama-creator-pr… It’s important work!

Slashing Insurance Vaults: A Primitive for Onchain Risk In proof-of-stake systems, slashing is a rare but damaging event. A validator misbehaves, and suddenly delegators lose part of their stake. For smaller players, the impact can be devastating. Traditional insurance models haven’t solved this problem, they’re too centralized, too costly, or too limited. That’s why @symbioticfi is introducing Slashing Insurance Vaults (SIVs) a new primitive that brings structured, onchain risk management to staking and restaking ecosystems. What Are Symbiotic Slashing Insurance Vaults? At their core, SIVs are smart contracts where delegators deposit capital into different tranches junior, mezzanine, and senior. If a slashing event occurs, losses cascade through these tranches in order. Junior absorbs the first hit, mezzanine follows, and only if the event is severe do senior deposits get touched. This design, inspired by structured finance, makes slashing risk transparent and manageable, something previously absent in staking environments. By deploying SIVs, Symbiotic gives restakers and delegators a clear framework to balance risk and reward. Why Symbiotic’s Approach Matters? Existing coverage solutions fall short: - Off-chain insurance requires KYC and manual claims; - Mutual pools are slow, undercapitalized, and hard to scale; - Many restaking systems remain underinsured. Symbiotic’s vaults address these gaps by making risk native, programmable, and composable. Instead of promises, participants have real capital at stake, secured and enforced by code. How It works? - Delegators choose a tranche where higher risk for higher premiums (junior), or safer exposure with lower yield (senior); - Premiums and coupons are priced algorithmically, reflecting each tranche’s expected risk; - When a slash is detected, Symbiotic’s system automatically burns collateral from the appropriate tranche, redistributing losses without delay. Detection itself is handled by Symbiotic’s infrastructure combining onchain logic, oracles, and cross-chain coordination tools like Relay and Re² CCM. This ensures that slashing events are captured reliably across networks. By introducing Slashing Insurance Vaults, Symbiotic empowers delegators of all sizes to participate in restaking with confidence. It aligns economic incentives, ensures slashing risk is distributed fairly, and strengthens trust in proof-of-stake systems. For protocols, it means more resilient security; for users, it means less fear of catastrophic loss. You can learn more here: blog.symbiotic.fi/slashing-i…

OpenMind x Symbiotic: Restaking the Future of Autonomous Robotics Autonomous robots are no longer a distant sci-fi dream. As hardware becomes cheaper, manufacturing scales, and data bottlenecks are bypassed via teleoperation, robots are moving closer to everyday environments. But there’s a critical missing piece - TRUST. The Governance Gap Human legal systems, identity frameworks, and financial systems were built for people, by people. When a robot acts delivering an item, handling money, or making autonomous decisions the absence of clear identity, responsibility, and legal liability becomes problematic. Faults like algorithmic bias, misbehavior, or errors may have no immediate recourse. It’s not enough to have laws, we need mechanisms that ensure robots! OpenMind and Symbiotic @openmind_agi offers FABRIC, a decentralized coordination layer that assigns each device a cryptographic identity. Devices generate tamper-resistant logs of what they do location, work done, custody, etc. These logs become on-chain evidence. @symbioticfi contributes its Universal Staking framework, which takes that evidence and connects it to economic incentives: operators stake collateral if misbehavior is verified via the logs, slashing is triggered, if behavior is good, rewards follow. Why this matter? - Moves from faith + post hoc claims to real-time, verifiable accountability; - Gives economic skin in the game where operators / manufacturers now have to stake capital behind performance; - Drives trust in robotics at scale where users, clients, regulators can see behavior proven, penalties enforced; - Opens doors for new business models where robot services with measurable guarantees, autonomous fleets with reputational scores. OpenMind and Symbiotic are building the trust layer that autonomous robotics needs! By combining cryptographic identity, oracles for real-world data (FABRIC), and economic enforcement via staking and slashing, they aim to transform robotics from a gamble into a predictable, accountable machine economy.

Another Monday, another Content Broadcast session in @symbioticfi Discord! Meet Tralalero Tralala Symbiotic version! Nemnemnem Biobiotic (@0xnempc) !

It was LIVE! Now you can watch record of Origin Summit!

LOADING... SYMBIOTIC.... Look at my new stickers for @symbioticfi! The new broadcast session was not in vain and I drew this cool sticker, come and draw with us every Monday!

Can't wait this Origin Summit! I am sure that there will be a lot of interesting information about the development of the blockchain, AI and IP, which is what @StoryProtocol is working on. I am also sure that the speakers know what they are talking about, as they are professionals in their field and will tell us the most reliable and necessary information about the topic. Let's wait for September 23rd

Symbiotic Relay: A New Era of Multichain Trust! The promise of crypto has always been multichain: combining Bitcoin’s trust, Ethereum’s programmability, Solana’s speed, and more. Yet for too long, these ecosystems have remained isolated. Bridging chains has meant sacrifices-centralization, trust compromises, or immense infrastructure cost. But that changes now with @symbioticfi Relay. What is Symbiotic Relay? Symbiotic Relay is a middleware SDK designed to let any protocol stake on Ethereum and verify outcomes on any supported chain, trustlessly and without permission. Stake from one ecosystem can now be used to verify protocol decisions anywhere, breaking down the walls between ecosystems. Why it matter? Historically, multichain coordination with Proof-of-Stake has been hard. Validator sets are large and verification across chains is expensive; many networks have had to fall back to Proof of Authority or rely on centralized relayers. Users worry about bridge security, developers about infrastructure overhead. Symbiotic Relay offers a path forward: one in which cross-chain functionality is native, and economic security is shared rather than repeatedly reinvented. How Relay works under the hood? Relay introduces two major innovations: 1. Efficient validator set verification: Using BLS + ZK cryptography, it keeps verification cost on Ethereum manageable even with large validator sets. 2. Native multichain settlement: Stake remains on Ethereum via Symbiotic’s infrastructure, but chain outcomes can be verified on any supported execution environment through settlement contracts. Its architecture includes on-chain staking modules (for operator onboarding and vote power via Symbiotic Core), an off-chain signature aggregation network (which distributes validator-set info across chains), and deployable settlement contracts on EVM chains. All this means protocols can verify outcomes on secondary chains without trusting centralized actors. What is implicated to users? For users, Relay promises an end to chain anxiety. No more guessing which chain holds your stake, no need to evaluate trust in individual bridges. Cross-chain interactions can become seamless and cryptoeconomically secure. Symbiotic Relay marks a turning point. It takes what were previously trade-offs between chains cost, trust, security and offers a design that unifies them without compromise. For protocols wanting reach, and users wanting safety, this is infrastructure that finally aligns with the multichain future!

Enhancing Cross-Chain LBTC Security: Symbiotic, Lombard & Chainlink Collaboration Cross-chain asset transfers are critical for DeFi’s next frontier but they bring risk. Moving assets like LBTC (Lombard’s Bitcoin derivative) between blockchains exposes users to security gaps, delays, and ambiguities in guarantees. That’s why the recent collaboration between @symbioticfi, @Lombard_Finance, and @chainlink matters. It layers additional cryptoeconomic safeguards on LBTC transfers over CCIP. Who Are the Players? Lombard offers LBTC, a yield-bearing, chain-agnostic Bitcoin asset, trusted by institutions and DeFi protocols. Chainlink’s CCIP (Cross-Chain Interoperability Protocol) enables asset transfers across blockchains and is modular/security-aware. Symbiotic is the universal staking / restaking framework that allows external economic collateral (staked tokens) to support security in a permissionless way. The New Layer of Security The collaboration creates two new Symbiotic token vaults (for LINK and BARD). These vaults act as collateral backstops for LBTC transfers using CCIP. If there’s some discrepancy detected during cross-chain movement, the vaults help ensure there’s economic skin in the game. Surveillance, monitoring, and alerting mechanisms are set up to watch for anomalies. In essence, restaked assets bolster trust in the transfer process, making it harder for bad actors to exploit cross-chain gaps. Why is this important? This collaboration is significant because it is one of the first in-production cross-chain transfer systems backed by restaked collateral. Users gain stronger guarantees: their LBTC transfers are not only handled by protocol logic, but also by economic incentives and accountability mechanisms. For Lombard token holders, this means more confidence. For the broader ecosystem, it’s a model of how value transfers across chains can be made more robust. If you care about moving value across chains securely you can read more about this kind of design modular security + economic accountability: blog.symbiotic.fi/symbiotic-…

How Tanssi Uses Symbiotic to Secure appchains? That's exactly what you can find out in the new episode of Symbiotic Summer: app.galxe.com/quest/Symbioti… Appchains are shaping the next wave of Web3. They let projects launch sovereign blockchains tailored for gaming, DeFi, or real-world assets. But every new chain faces the same challenge: bootstrapping security. Without a strong validator set or meaningful stake, networks remain fragile in their early days. Tanssi’s Role @TanssiNetwork was created to solve the complexity of launching appchains. It provides orchestration: automated sequencing, ready-made templates, explorers, and infrastructure so teams can spin up a blockchain in minutes. Yet, while Tanssi makes deployment simple, true adoption requires economic trust. The Symbiotic Connection This is where @symbioticfi comes in. By using restaking, it allows existing capital from Ethereum and other assets to secure multiple networks. Through vaults, operators receive stake to protect appchains, while misbehavior is discouraged with slashing. The model creates shared security that scales. Tanssi Vault The launch of the Tanssi Vault on Symbiotic makes this vision practical. Stakers can deposit $TANSSI, support the ecosystem, and earn rewards, while operators extend their protection to appchains deployed through Tanssi. For new projects, this means inheriting real security from day one, without the slow and costly process of building it alone. Why It Matters With Symbiotic, Tanssi solves the bootstrap problem. Appchains get reliable protection at launch, developers can focus on innovation instead of validator logistics, and users gain confidence in networks backed by diverse staked assets. Together, Tanssi and Symbiotic make security modular and accessible. The result is an ecosystem where launching a new blockchain is not only fast but also safe a foundation for the next generation of Web3 apps. More to learn here: blog.symbiotic.fi/network-hi…

Meet the @symbioticfi Town! I usually drew the Symbiotic team members, but now I decided to pay tribute to some of the community members who support the project on a daily basis! Among them you can see: @rmanellooo, @0xIrina, @not_arthas, @Markullill, @Kiiiiira777, @finkirka, @mussed1703 and @el1zy616! And also you can see our favorite Geritic!

Look at my new Sticker for @symbioticfi! Every Monday we create content and stream it, come and participate as a viewer or creator! All this is happening in the Symbiotic discord, join us!

Symbiotic + Symbiosis? It sounds very harmonious. Although autumn has come, but The Symbiotic Summer continues, meet the new mission on Galxe, which will show how @symbiosis_fi uses @symbioticfi to secure their cross-chain AMM DEX! Join this one! app.galxe.com/quest/Symbioti…