In legacy finance, using stock portfolios as loan collateral means tedious margin applications and multi-day delays. On-chain, tokenized equity is programmable—and SVP Chain’s Agent Infrastructure powers the entire loop: 1️⃣ Intent Processing: The AI agent identifies yield opportunities in real time. 2️⃣ Secure Execution via svpchain-mcp: The model constructs multi-step collateralization transactions without ever accessing your private key. 3️⃣ Local Policy Validation: Local key escrow signs and broadcasts the payload instantly across L1 settlement rails. All done in seconds, zero capital sold, full custodial control maintained. 💰🤖 #AgenticFinance# #SVPChain# #DeFi# #SmartContracts#

Help us keep the Agentic Ecosystem secure & earn up to $50,000 ! 💸 Our Bug Bounty Program active targets include: 🔴 Critical ($50k): On-chain logic flaws, key leakage 🟠 High ($25k): Privilege escalation, fund freezing 🟡 Medium ($5k): Constrained state/logic issues 🔵 Low ($1k): Best-practice gaps Have a PoC ready? Send it here: #SVPChain# #BugBounty# #Web3Security# #EthicalHacking# #SmartContractSecurity#

Your smart contracts aren’t your only attack surface. Web apps. APIs. Wallets. Browser extensions. Cloud infrastructure. CertiK Penetration Testing puts your full stack to the test, uncovering vulnerabilities before attackers do. Learn how CertiK Penetration Testing can help secure your full Web3 stack ↓

Shipping smart contracts means accepting risk. TokenFi Shield reduces the unknowns by analyzing code paths and vulnerabilities ahead of launch, giving teams clearer signal on what they're actually putting on-chain.

The smart contracts are getting better. The ops around them aren't. @gbvpzffd2r, CTO of Hypernative, said it plainly on The Cap Room: the industry has matured on the code side with better audits, more experienced developers, more secure contract design. The gap now is in operations. AWS configurations, admin access controls, key management, jump servers: the Web 2 hygiene that enterprise security teams treat as table stakes. Hypernative came to Web3 from Web2, and that background shaped what the company built. A classic CSO walking into a DeFi team today would find a lot that looks foreign. That gap is where attackers are operating now. Learn more at

Impressive that @GenLayer lets smart contracts judge whether a task was actually completed, then settle the payment onchain. An AI agent submits the work. Who decides if it actually followed the brief? This is the @GenLayer use case that clicked for me. Imagine I hire an agent for $1,000 to produce a research report with: – 10 primary sources – Data published within the last 30 days – A summary of the key market changes – Delivery before a fixed deadline The payment sits in escrow. A normal smart contract can verify the deadline and whether a file was submitted. It cannot judge whether the sources are relevant, the data is current or the report actually satisfies my instructions. A traditional oracle can bring the source data onchain. It still does not interpret the complete delivery against the agreed criteria. This is where GenLayer works differently: [1] The Intelligent Contract stores the task, accepted evidence and possible outcomes. [2] The agent submits its work. [3] A selected validator runs the contract, checks the submission and relevant web sources, then proposes a result such as COMPLETE or INCOMPLETE. [4] Other validators independently assess that result against the same brief and evidence. The contract’s Equivalence Principle defines whether they reach the same decision in meaning. [5] Validators commit their votes before revealing them, reducing the ability to copy or adjust to other votes. [6] If the committee accepts the result, the contract releases the $1,000 or returns it according to the predefined rules. [7] If the result is challenged, an appeal can send it to a fresh committee for another review. The important part is that one AI does not control the payment. AI provides the judgment, then the validator network turns that judgment into a shared, enforceable result. That makes GenLayer more than an oracle that reports what happened. It can evaluate whether a natural-language agreement was actually fulfilled. Someone must interpret the evidence before the contract can settle. As far as I know, only GenLayer is building that decision layer atm.

Can Bitcoin run smart contracts? RGB++ is a non-EVM Bitcoin layer that combines Bitcoin’s UTXO model with the RGB protocol and the Nervos blockchain to create native Bitcoin smart contracts. Our research team wrote a beginner’s guide to how it works. Check it out below: