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The TON DeFi ecosystem continues to evolve rapidly, and the latest integration between STON.fi and EVAA introduces a significant improvement in how liquidity can be utilized across the network. With LP tokens from the TON/USDt v2 pool on STON.fi now accepted as collateral on EVAA, users gain access to a more advanced layer of DeFi functionality transforming passive liquidity positions into productive financial assets. This integration represents more than a simple partnership between two protocols. It reflects the growing composability of TON DeFi infrastructure, where decentralized exchanges and lending markets are beginning to operate as interconnected financial layers. Understanding the Integration STON.fi is widely recognized as one of the leading decentralized exchanges within the TON ecosystem, providing liquidity infrastructure for token swaps and yield opportunities. EVAA, on the other hand, functions as a lending and borrowing protocol built on TON, enabling users to deposit assets as collateral and borrow against them. Through this integration, users can now: • Provide liquidity to the TON/USDt v2 pool on STON.fi • Receive LP tokens representing their liquidity position • Deposit those LP tokens into EVAA as collateral • Borrow TON or USDt without closing the original liquidity position This creates a more capital efficient model for liquidity providers, allowing them to maintain exposure to trading fees and incentives while simultaneously unlocking additional liquidity. Why This Matters for TON DeFi One of the biggest limitations in traditional liquidity farming is idle capital. Normally, LP tokens remain locked inside liquidity positions with limited utility outside farming rewards. By enabling LP-backed borrowing, STON.fi and EVAA introduce a mechanism that allows liquidity to become multi-functional. This model is commonly seen in more mature DeFi ecosystems and is considered a major step toward deeper financial efficiency. The integration effectively allows users to: • Maintain active liquidity positions • Continue earning pool rewards • Access additional borrowing power • Deploy capital across multiple strategies simultaneously For the TON ecosystem, this signals increasing protocol sophistication and stronger infrastructure development. The Rise of Leveraged Liquidity Strategies Advanced users may also explore recursive or looping strategies through this integration. A simplified version of the process looks like this: 1. Provide liquidity on STON.fi 2. Deposit LP tokens into EVAA 3. Borrow TON or USDt 4. Add borrowed assets back into the liquidity pool 5. Receive additional LP tokens 6. Repeat the cycle The objective behind looping strategies is to potentially increase overall exposure, liquidity rewards, and APR generation. However, these strategies come with elevated risk profiles and require careful management. Key Risks Users Should Understand Although capital efficiency can improve returns, leveraged liquidity strategies are never risk-free. Users should pay close attention to: Liquidation Risk If collateral value declines significantly due to TON price volatility, positions may face liquidation on EVAA. Impermanent Loss Liquidity providers remain exposed to price divergence between TON and USDt within the pool. Health Factor Monitoring Recursive borrowing reduces margin safety, making active monitoring essential during volatile market conditions. Smart Contract Risk As with all DeFi protocols, users should evaluate protocol security, audits, and operational reliability before deploying capital. Risk management remains one of the most important aspects of sustainable DeFi participation. Bigger Picture: TON DeFi Is Becoming Composable Perhaps the most important takeaway from this integration is the growing composability of the TON ecosystem. Strong DeFi ecosystems are not built solely on isolated protocols. They mature when exchanges, lending platforms, liquidity markets, and infrastructure layers begin interacting seamlessly. STON.fi x EVAA demonstrates that TON is gradually moving toward this model. As more protocols integrate and build interconnected financial primitives, TON DeFi may become increasingly competitive within the broader multi-chain landscape. Final Thoughts The integration between STON.fi and EVAA introduces a more advanced capital framework for liquidity providers on TON. By allowing LP tokens to function as productive collateral, the ecosystem gains: • Greater liquidity efficiency • Expanded borrowing functionality • More advanced DeFi strategy opportunities • Improved protocol interoperability While the opportunities are promising, users should approach leveraged strategies with caution and maintain strong risk management practices. As TON DeFi continues maturing, integrations like this could play a major role in shaping the next phase of on-chain financial infrastructure within the ecosystem.

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The rise of artificial intelligence has created unprecedented investment opportunities. Yet, for most retail investors, access to early-stage AI unicorns remained elusive—locked behind venture capital doors and institutional networks. Bitget’s IPOPrime model seeks to change that, offering a structured pathway for users to gain exposure to pre-IPO AI assets. This article explores how IPOPrime works, its unique commit-subscription mechanism, and why it represents a significant evolution in democratizing high-growth investment opportunities. What is IPOPrime? IPOPrime is Bitget’s launchpad platform designed to provide users early access to high-potential AI and Web3 projects—effectively pre-IPO opportunities that traditionally favored venture capital firms. By leveraging a digital-first approach, IPOPrime combines technology, compliance, and financial innovation to enable retail participation in what has historically been a closed market. Unlike conventional token launches or simple pre-sale events, IPOPrime utilizes a commit-subscription model that allocates participation rights based on user commitment and engagement. This mechanism balances fairness, regulatory compliance, and strategic alignment between projects, the platform, and investors. Understanding the Commit-Subscription Model At the heart of IPOPrime lies the commit-subscription model. This system allows users to commit funds (e.g., USDT, BGB tokens) toward a future allocation in a pre-IPO project, instead of purchasing equity outright. Once the subscription period concludes, the platform calculates allocations based on several factors: Commitment Size – The amount each user has committed. Holding History – Users with a history of engagement or loyalty may receive preferential allocation. Participation Level – Active engagement and interaction with the platform increase allocation potential. This model ensures a proportional, merit-based distribution, avoiding the randomness of lotteries while democratizing access beyond traditional institutional participants. Users essentially mirror the potential upside of the underlying project, gaining exposure without immediate liquidity lockups. How IPOPrime Captures AI Unicorn Upside AI startups are often volatile, with valuations influenced by innovation, hype, and strategic partnerships. IPOPrime addresses the barriers to early participation through several mechanisms: Mirrored Economic Exposure: Users gain upside comparable to early investors in traditional venture rounds. Fractionalized Access: Even small commitments provide exposure, reducing barriers for retail investors. Dynamic Allocation: The platform balances demand and supply, ensuring fairness while managing oversubscription. This system allows users to participate in the early-stage growth of AI companies while mitigating the traditional risks associated with direct venture capital investment. Incentives and Engagement To foster engagement and reward commitment, IPOPrime includes incentive structures such as: Premium Visionary Awards: Recognizing top users for professionalism, compliance, and active participation. USDT Prize Pools: Providing additional rewards to encourage early and consistent participation. These incentives not only create loyalty but also ensure that participants align with the platform’s long-term ecosystem goals. Risks and Considerations While IPOPrime opens exciting opportunities, it is not without risk: Project Risk: Not all pre-IPO projects succeed; some may fail to deliver expected growth. Market Risk: Token listings and market performance may underperform expectations. Regulatory Risk: Pre-IPO digital asset sales may face evolving regulatory scrutiny. Liquidity Constraints: Users may face limitations on when they can sell their allocations. Investors must weigh these factors against the potential upside when considering participation. Daxxx2 Conclusion Bitget’s IPOPrime model represents a significant step toward democratizing pre-IPO access for retail investors, especially in the rapidly growing AI sector. By combining a commit-subscription model with robust compliance, fractional access, and incentive mechanisms, IPOPrime enables users to capture mirrored economic upside from early-stage AI companies. For retail investors seeking participation in the next generation of AI unicorns, IPOPrime offers a structured, scalable, and engaging gateway to opportunities that were once reserved for a select few. $preOPAI

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omniston v1beta8 is a meaningful architectural shift, not just a feature update. understanding what changed explains why it matters for anyone building cross-chain on TON. previous versions of omniston were built around intra-TON aggregation — routing across STONFI pools, DeDust, TONCO, and RFQ resolvers to find best execution within the TON ecosystem. that worked well and still does. v1beta8 extends the same pipeline to cover cross-chain flows using the same unified API. the architectural change is the separation of quote discovery, execution coordination, settlement, and tracking into distinct protocol-level layers. previously teams building cross-chain products had to manage these independently. in v1beta8 they're part of the protocol itself. one integration gives you intra-TON aggregation and cross-chain execution through the same interface. settlement uses HTLC atomic execution — the same mechanism STONFI uses for TON to TRON swaps. funds move atomically or refund entirely. no bridge custodian holds assets in between. the chains supported for aggregation and cross-chain include arbitrum, avalanche, base, BNB chain, ethereum, polygon, and TON. the currently testable cross-chain flows in the sandbox are TON to Base and TON to Polygon, focused on stablecoin scenarios — USDT, USDC, and pUSD — where liquidity matching is most reliable and peg risk is lowest. builders can test the full API with real RFQ and quote competition flows, protocol behavior with a mock resolver, and end-to-end cross-chain execution in an isolated environment right now. more chains and flows are coming. TON to TRON public beta is on the roadmap. the sandbox is where to start. $BTC $ETH