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The recent STONfi and Botanica Crypto School Vibe Coding Hackathon offered more than just a showcase of technical talent—it revealed how structured builder programs can meaningfully impact the trajectory of the $TON DeFi landscape. Rather than functioning as a one-off competition, the event served as a model for how developer onboarding, guided education, and open infrastructure can accelerate real on-chain innovation.

A Two-Week Experiment in Builder Enablement

Over the course of two weeks, 11 teams worked hands-on with core TON infrastructure:
1.Omniston SDK
2.STON.fi APIs
3.Liquidity pool integrations.
These aren’t just tools—they represent the backbone of TON’s emerging DeFi environment. By giving participants direct access to the same infrastructure used by production apps, the hackathon effectively became a controlled sandbox for exploring how liquidity, swaps, and automated market logic can be embedded into new experiences.

This approach transforms the traditional hackathon format. Instead of being a race to ship something quickly, it becomes a guided development cycle:
-Bootcamps to introduce the tech
-Mentorship from STONfi engineers
-Iterative feedback loops
-Demo presentations with working prototypes

This structure ensures that each team leaves not only with a project, but with a clearer understanding of how TON DeFi works under the hood.

Prototypes That Show the Future of TON Utility

The projects awarded during Demo Day reflect the diversity of experimentation happening on TON. More importantly, they showcase how STONfi’s composability enables developers to integrate financial logic into apps far outside traditional DeFi.

🎮 Vintage Game Club
A creative attempt at infusing classic arcade gameplay with Web3 functionality—showing how on-chain interactions could deepen player engagement.

🤖 Inite Liquidity Manager
An AI-powered interface that helps users manage DeFi actions more intuitively. This hints at a coming wave of intelligent DeFi assistants built on TON.

📊 STONfi Pools
A real-time liquidity monitoring dashboard, giving users a clearer understanding of pool performance and network activity.

Each project demonstrates a distinct integration pattern using the #ston toolkit, reinforcing how flexible and modular the infrastructure has become for developers.

The Hidden Value: An Ecosystem That Can Scale
The real significance of this hackathon isn’t the demos—it’s the ecosystem momentum generated behind the scenes.

Builder-focused programs like this tend to create long-term ripple effects:

— They reduce the learning curve for new developers.

— They standardize the use of shared DeFi infrastructure.

— They encourage experimentation beyond financial apps.

— They improve documentation, tooling, and developer workflows.
They accelerate the emergence of future TON-native products.

In a fast-growing ecosystem like TON, education becomes a scaling mechanism. Every developer who understands STONfi today becomes a contributor to tomorrow’s liquidity flows, apps, and innovations.

Open Tools → Open Innovation
Perhaps the most important takeaway is accessibility. The hackathon highlighted that STONfi’s documentation, SDKs, and resources are open for anyone—not just hackathon participants.

For developers exploring TON, this means the barriers to building with integrated liquidity and DeFi logic have never been lower.

Want to start? All the tools are here:
👉 docs.ston.fi
Conclusion
The STONfi × Botanica Vibe Coding Hackathon was more than an event—it was a signal that TON’s DeFi ecosystem is maturing through education, experimentation, and open infrastructure.
If this is the pace at which builders are learning and shipping today, the next wave of TON-based applications may arrive sooner than anyone expects.

The recent Telegram airdrop on the #TON network created massive excitement across the crypto community — but it also caused one of the biggest network slowdowns TON has ever seen. The airdrop, mainly driven by the highly hyped #DOGS memecoin distribution, generated millions of transactions in a very short time. This sudden traffic spike pushed the network far beyond normal capacity, leading to delays, stuck transactions, and hours of validator downtime. For a chain that was growing fast, this became an unexpected stress test.

As activity increased, TON validators failed to keep up with clearing old transaction data, which caused the chain to lose consensus. Several nodes went offline, and the TON team had to coordinate a network-wide restart to restore stability. Users noticed errors, failed sends, and extremely slow processing — all caused by the overwhelming load from the airdrop claim process. The incident highlighted how large-scale Telegram-based airdrops, especially those connected to viral mini-apps and memecoins, can overload the system instantly.

Despite the challenges, TON has now returned to normal conditions and is preparing for even bigger airdrops linked to popular Telegram games and mini-apps. The team has also warned users that more congestion may happen as hundreds of millions of users line up for future distributions. While Telegram airdrops remain exciting and potentially profitable, this event proved that high traffic can create major network risks, delays, and performance drops — making it essential for users to stay cautious and rely only on official channels.
#Notcoin #dogs