Solana don start Project Eleven for post-quantum crypto tests, e fit make throughput drop by 90%
Solana (SOL) don start dey test post-quant cryptography for live testnet with Project Eleven. The work na make dem ready for quantum computers wey fit scatter today encryption and fit force blockchains to shift to quantum-resistant signatures early.
For Solana tests, the new quantum-safe digital signatures big pass the current ones by about 20–40x. Early results show say transaction throughput fit drop by up to ~90%, wey go directly pressure Solana speed and low-latency selling point.
The article still point out one structural quantum exposure: Solana design dey publish public keys more directly than some other chains. Project Eleven CEO Alex Pruden warn say for worst-case quantum scenario, attackers fit target wallets and try recover private keys. To reduce migration risk, some developers dey explore wallet-level defenses like "Winternitz Vaults" instead of whole network overhaul.
Market angle for SOL traders: no be immediate network break, but e fit affect sentiment. Positive progress for post-quantum cryptography testing fit be overshadowed by worries about near-term performance and scalability—conditions wey fit keep volatility high around SOL roadmap.
Neutral
Solana post-quantum cryptography testing na na, na be preparatory step no be proof say quantum don break am now, so e no likely make SOL price waka one-way — bullish or bearish — by itself. But the early performance tradeoff — quantum-safe signatures wey dey 20–40x bigger and estimated ~90% hit for throughput — dey add real scalability wahala. That fit pressure sentiment and make volatility rise for short term.
For long term, direction dey strategically positive: proactive migration planning plus wallet-level mitigations like Winternitz Vaults fit reduce tail risk if quantum threats turn practical. Still, the need make apps, validators, and users upgrade together fit extend uncertainty. Net effect for SOL na mixed — risk management progress balanced by performance and roadmap friction — so overall impact likely neutral unless further benchmarks show optimisation or smaller real-world penalties.