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Durov just published a 7-step plan to fix TON. Here's what we can infer from the first two steps.
Durov just published a 7-step plan to fix TON. Here's what we can infer from the first two steps.
Discussion

On April 9th, Pavel Durov announced that TON completed step one of a seven-part roadmap he calls MTONGA — Make TON Great Again.

Most coverage focused on the speed numbers. But the more interesting story is the structure of the plan itself.

Here's what we actually know.

Step 1 — Done: Catchain 2.0 activated on mainnet April 10th. Block time dropped from 2.5 seconds to 400ms. Finality dropped from 10 seconds to approximately 1 second. Overall throughput up 10x.

Step 2 — Announced: Cut transaction fees by 6x. TON fees are already low at around $0.003 per transaction — compared to Solana at $0.002. After the reduction, TON becomes one of the cheapest chains for high-frequency use cases. No timeline has been given yet.

Steps 3–7 — Unknown. Durov has not publicly detailed the remaining steps.

But here's what the first two steps tell us about the direction.

Speed and cost are the foundation. Every step after this builds on a chain that is already fast and cheap. That pattern points toward the next logical priorities: scalability under load, deeper Telegram integration, and developer tooling.

There's also a signal in what TON launched in late 2025 — Cocoon, a decentralized AI compute network built on TON that lets GPU owners contribute computing power. That suggests the remaining MTONGA steps may extend into AI infrastructure territory.

The framing also matters. Durov didn't announce a wish list. He announced a sequential program where each step builds on the one before it. That's a different kind of commitment than a typical blockchain roadmap.

You don't need to know all seven steps to start building on what's already live. But it's worth paying attention to how this unfolds.

What do you think steps 3–7 will focus on?


TON just got 6x more blocks per second. Here's what that means for your RPC infrastructure.
TON just got 6x more blocks per second. Here's what that means for your RPC infrastructure.

On April 10th, TON activated Catchain 2.0 on mainnet.

Block time dropped from 2.5 seconds to 400 milliseconds. Finality went from 10 seconds to approximately 1 second. Overall throughput improved 10x.

That's the headline everyone is covering.

Here's what nobody is talking about.

6x more blocks means 6x more RPC requests per second. Every app, every bot, every indexer that queries TON is now hitting endpoints at 6 times the previous rate. And that's before the user growth that faster transactions are supposed to attract.

Public nodes weren't designed for this kind of load. Rate limits that were invisible before become bottlenecks. Free endpoints start dropping requests. Apps that worked fine yesterday start failing under the new load.

This is the gap between a protocol upgrade and production reliability.

If you're shipping a real application on TON right now — this is the moment to evaluate your infrastructure stack. Not after you start dropping transactions. Before.

At GetBlock, we provide dedicated and shared TON RPC nodes built for exactly this kind of load. When the chain gets faster, your infrastructure needs to keep up.

And if you're building on TAC — the EVM-compatible layer on TON — we support TAC nodes too.

Links below if you want to check it out.

— GetBlock team


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Image r/getblockio - How Superteam is Shaping the Future of the Solana Blockchain