The EVM's stack-based execution model is straightforward in theory—operations push and pop values, validate jumps, repeat checks. But once you deploy real contracts at scale, this overhead becomes impossible to ignore.
Every transaction compounds the cost. Stack operations multiply. Jump validations repeat constantly. The cumulative friction is real.
So what if there's a better way? We've been rethinking how execution actually flows, optimizing the fundamental operations under the hood. The details matter more than most realize—and the performance gains can be substantial. Here's what changed and why it works.
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
19 Likes
Reward
19
6
Repost
Share
Comment
0/400
GasWaster
· 5h ago
yo so they're finally admitting the evm is a gas money printing machine? respect the honesty at least lol
Reply0
BrokenDAO
· 01-09 13:00
It's the same old line: "We optimized the underlying layer"... I've heard it too many times. In the end, it still can't break through physical limits, and instead, the incentive mechanism collapses first.
View OriginalReply0
AlphaLeaker
· 01-08 18:51
ngl stack overhead really messes with my mindset, having to repeat validation every time... If this optimization really works, I might believe it.
View OriginalReply0
TradingNightmare
· 01-08 18:50
Nah, that's why it hurts every time I deploy; the gas fees just skyrocket.
View OriginalReply0
ApyWhisperer
· 01-08 18:39
Here comes the bragging again, but when it’s actually deployed, it’s still the same lag.
View OriginalReply0
MrRightClick
· 01-08 18:39
Basically, the EVM is too bloated right now. Every transaction is repeating unnecessary work. Can it be optimized? It definitely can.
The EVM's stack-based execution model is straightforward in theory—operations push and pop values, validate jumps, repeat checks. But once you deploy real contracts at scale, this overhead becomes impossible to ignore.
Every transaction compounds the cost. Stack operations multiply. Jump validations repeat constantly. The cumulative friction is real.
So what if there's a better way? We've been rethinking how execution actually flows, optimizing the fundamental operations under the hood. The details matter more than most realize—and the performance gains can be substantial. Here's what changed and why it works.