
Hidden execution errors in DeFi automation only surface after damage is done - bad fills, stale prices, and silent slippage hit your PnL post-transaction.
tvPTmax's safety engine prevents these mistakes before they reach the blockchain:
- Every move simulated first with <0.5% slippage requirement
- Oracle-parity checks block stale/manipulated pricing
- Rollback conditions stop policy violations
- 3/5 multisig review for all transaction bundles
- Full on-chain logging for complete auditability
Nothing executes blind. Nothing happens just because automation says so.
This backend protection lets tvPTmax chase PT yields safely while avoiding the execution errors that quietly drain performance elsewhere.
Safe execution isn't an afterthought - it's the core feature.
Fixed PT yields don’t stay still. Pools expire. Liquidity shifts. Slippage jumps. No human can track Pendle’s PT markets with the precision needed to optimize carry. This is where âTARS takes over. âTARS manages âtvPTmax through a coordinated intelligence stack: • Yield
âtvYieldMax is live on @monad mainnet. âtvYieldMax is a Monad-native USDC yield aggregator in the aarnâ agentic stack, run by the âTARS strategy engine.
Introducing âtvPTmax: The Autonomous Yield Maximizer for @pendle_fi Fixed Rates. Pendle PTs offer some of the best fixed yields in DeFi. But managing them manually is brutal. Maturities. Slippage. Shallow pools. Oracle drift. Constant monitoring. Most users miss opportunities
PT yields can come with hidden exposure. You can have the best APY on paper and still lose money if the structure is wrong. Here’s where things usually break: • Overexposed pools • Thin liquidity • Short and mispriced maturities • Rebalances that slip the vault âtvPTmax
PT yields are great. Execution errors are not. One of the biggest hidden risks in DeFi automation is simple: you only realize something went wrong after the damage is done. Bad fills, stale prices, or silent slippage don’t show up during the transaction. They show up in your
Most DeFi vaults are black boxes. You deposit, hope for the best, and never see positions, boundaries, or rebalances. Zero transparency. Zero verifiability. âtvPTmax was built differently. It follows a modular, fully-transparent vault architecture: • ERC-4626 vault for
Full Conversation Available with Yatsiu
A new conversation is now available to watch in full. **Key Details:** - The discussion features Yatsiu - Full video accessible online **Previous Conversations:** - Recent talks with Vivek from late January are also available - Multiple episodes released over the past week [Watch the conversation](http://unhashed.co/yatsiu) Catch up on the latest discussions and insights from industry voices.
🤔 Rethinking Digital Property Rights Beyond Institutions
**The latest alpha un# episode explores digital property rights for everyday consumers**, featuring Yat Siu from Animoca Brands in conversation with host Sri Misra. The discussion centers on **John Locke's classical property theory** - traditionally focused on physical labor and "the work of our hands" - and how it applies to today's digital economy. **Key points:** - Modern economy increasingly built on intellectual property and creative work - Digital labor and creator contributions need proper recognition - Property rights framework should extend beyond institutional players to individual consumers The conversation examines how **digital property rights, copyright, and IP function in the open metaverse**, particularly as AI creates new forms of value without physical form. This builds on ongoing discussions about ensuring creators and consumers have meaningful ownership in digital spaces, not just corporations and institutions.
🛠️ Gmaarna Team Enters Buildathon Mode

The Gmaarna team has officially assembled and entered buildathon mode, bringing high energy and deep curiosity to their development process. **Key Highlights:** - Team focused on first-principles approach to building - Buildathon represents intensive development phase - Follows broader industry trend of supporting builders beyond traditional hackathons **Context:** This announcement comes after recent discussions about the need for more comprehensive builder support in web3. Industry leaders have emphasized that developers require real pathways to ship, scale, and transition into founder roles - not just one-off hackathon experiences. The Gmaarna team's approach aligns with this philosophy, focusing on sustained development rather than short-term events.
Why Only 10% of Crypto Users Are Actually On-Chain
**The On-Chain Adoption Problem** A new episode of *alpha un#* reveals a striking reality: **less than 10% of crypto participants are actually using on-chain applications**. **Key Barriers to Adoption:** - DeFi protocols are too complex and risky for mainstream users - Over-collateralization requirements (often 150%+) lock out most potential participants - Current systems favor degens over everyday users **The Proposed Solution:** Host Sri discusses how **on-chain credit with lower collateral requirements** could unlock mass adoption. By reducing the capital efficiency barriers, billions of users could potentially access DeFi services. The episode features insights from **Yat Siu of Animoca Brands**, exploring practical pathways to make blockchain technology accessible beyond the current crypto-native audience. This conversation builds on previous discussions about institutional adoption challenges and the role of privacy-preserving technologies in bridging traditional finance with public blockchains.
Agentic Onchain Treasury Aims to Simplify DeFi Capital Management
**aarna is developing Agentic Onchain Treasury (AOT)**, a system designed to streamline DeFi asset management by consolidating fragmented workflows into a single treasury layer. **Key features:** - Automated capital allocation across stable yield, fixed income, and risk assets - Powered by TARS agents that analyze markets, rebalance positions, and enforce risk constraints onchain - Non-custodial with transparent, verifiable execution logic - Real-time risk monitoring with automated de-risking when thresholds are breached The platform offers tokenized vaults supporting fixed-yield strategies and DeFi indices, minted via stablecoins. Unlike traditional vaults, AOT uses policy-defined limits and protocol-level safety controls including allocation bands, slippage checks, and multisig-gated execution. The system targets both retail users seeking simplified DeFi access and institutions requiring governed, policy-based capital management. Learn more: [aarna docs](https://docs.aarna.ai/)