Ethereum just chose security over speed — and that’s bullish long-term
For the past year, the zkEVM world was obsessed with one thing: latency. And honestly? We won.
Proof times went from 16 minutes → ~16 seconds. 99% of Ethereum blocks can now be proven in under 10 seconds. Costs collapsed. Hardware targets were hit.
On Dec 18, the Ethereum Foundation said it clearly: “Real-time proving works.”
But here’s the real takeaway Speed without soundness is dangerous.
EF is now drawing a hard line: ⇒ No more “security if assumption X holds” ⇒ No more hand-wavy math ⇒ 128-bit provable security or it doesn’t ship to L1
Why this matters: If a zkEVM proof is forgeable, it’s not a bug — it’s a chain-level failure. Infinite minting. State rewrites. Total trust collapse.
That’s why EF is enforcing a strict roadmap: • 2026 Feb: all zkEVMs measured by a single tool (soundcalc) • Mid-2026: 100-bit provable security (interim) • End-2026: 128-bit security + sub-300KB proofs
This is not slowing Ethereum down. This is Ethereum growing up.
With tools like WHIR, better recursion, and tighter math, the ecosystem is moving from: 🚀 “Fast demos” → 🧱 “Unbreakable infrastructure”
If this works, validators won’t need to re-execute everything. Gas limits can rise. Home staking stays viable. L1 + zk becomes real, not theoretical.
Short-term? Harder engineering. Long-term? Ethereum becomes the most secure settlement layer in crypto.
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Ethereum just chose security over speed — and that’s bullish long-term
For the past year, the zkEVM world was obsessed with one thing: latency.
And honestly? We won.
Proof times went from 16 minutes → ~16 seconds.
99% of Ethereum blocks can now be proven in under 10 seconds.
Costs collapsed. Hardware targets were hit.
On Dec 18, the Ethereum Foundation said it clearly:
“Real-time proving works.”
But here’s the real takeaway
Speed without soundness is dangerous.
EF is now drawing a hard line:
⇒ No more “security if assumption X holds”
⇒ No more hand-wavy math
⇒ 128-bit provable security or it doesn’t ship to L1
Why this matters:
If a zkEVM proof is forgeable, it’s not a bug — it’s a chain-level failure.
Infinite minting. State rewrites. Total trust collapse.
That’s why EF is enforcing a strict roadmap:
• 2026 Feb: all zkEVMs measured by a single tool (soundcalc)
• Mid-2026: 100-bit provable security (interim)
• End-2026: 128-bit security + sub-300KB proofs
This is not slowing Ethereum down.
This is Ethereum growing up.
With tools like WHIR, better recursion, and tighter math, the ecosystem is moving from:
🚀 “Fast demos” → 🧱 “Unbreakable infrastructure”
If this works, validators won’t need to re-execute everything.
Gas limits can rise.
Home staking stays viable.
L1 + zk becomes real, not theoretical.
Short-term? Harder engineering.
Long-term? Ethereum becomes the most secure settlement layer in crypto.
Slow is smooth.
Smooth is fast.
#Ethereum #zkEVM