TON Just Got a Real-World Stress Test
A blockchain can look incredibly fast during normal conditions.
But what happens when millions of users suddenly show up?
Between August 26–29, TON experienced severe transaction delays and temporary interruptions after a huge surge in activity connected to DOGS claims.
STON.fi says TON normally handles around 3–4M transactions/day.
On August 26, activity reached around 9M transactions, with many involving cross-shard messages.
STON.fi itself saw around 19,000 swaps in the first hour after the DOGS pool launched.
Only about 3,000 were processed immediately.
The rest entered a queue.
Some transactions experienced hours of delay, while some eventually failed because of slippage.
The interesting part isn't simply that congestion happened.
It's how the infrastructure responds.
STON.fi temporarily paused swaps during renewed congestion to protect users while keeping liquidity operations available.
And now the team is planning:
🔹 Transaction deadlines
🔹 16–64 additional routers
🔹 More distributed processing
🔹 A longer-term architecture with fewer potential failure points
My takeaway?
DeFi needs more than speed. It needs resilience.
The real stress test isn't:
“How fast is the network on a normal day?”
It's:
“What happens when demand suddenly explodes?”
That's the infrastructure question I'm watching.
🔗 https://ston.fi
#WarshSaysInflationIsFedTopFocus #SOLJumps20%OnTheWeek
A blockchain can look incredibly fast during normal conditions.
But what happens when millions of users suddenly show up?
Between August 26–29, TON experienced severe transaction delays and temporary interruptions after a huge surge in activity connected to DOGS claims.
STON.fi says TON normally handles around 3–4M transactions/day.
On August 26, activity reached around 9M transactions, with many involving cross-shard messages.
STON.fi itself saw around 19,000 swaps in the first hour after the DOGS pool launched.
Only about 3,000 were processed immediately.
The rest entered a queue.
Some transactions experienced hours of delay, while some eventually failed because of slippage.
The interesting part isn't simply that congestion happened.
It's how the infrastructure responds.
STON.fi temporarily paused swaps during renewed congestion to protect users while keeping liquidity operations available.
And now the team is planning:
🔹 Transaction deadlines
🔹 16–64 additional routers
🔹 More distributed processing
🔹 A longer-term architecture with fewer potential failure points
My takeaway?
DeFi needs more than speed. It needs resilience.
The real stress test isn't:
“How fast is the network on a normal day?”
It's:
“What happens when demand suddenly explodes?”
That's the infrastructure question I'm watching.
🔗 https://ston.fi
#WarshSaysInflationIsFedTopFocus #SOLJumps20%OnTheWeek
