Starknet 的帳號抽象：邁向後量子密碼學的量子飛躍

Starknet 的帳戶抽象化旨在簡化向抗量子密碼的過渡，提供優於其他主要區塊鏈的結構優勢。

In the bustling world of blockchain innovation, Starknet is making waves with its unique approach to a looming threat: quantum computing. The project's account abstraction design, a cornerstone of its architecture, is positioning it as a frontrunner in the race to adopt quantum-resistant cryptography.

在熙熙攘攘的區塊鏈創新世界中，Starknet 以其獨特的方法來應對迫在眉睫的威脅：量子運算，掀起了波瀾。該專案的帳戶抽象設計是其架構的基石，將其定位為採用抗量子密碼學競賽中的領導者。

Starknet's Edge: Account Abstraction and Quantum-Resistant Wallets

Starknet 的邊緣：帳號抽象與抗量子錢包

Unlike its peers like Bitcoin and Ethereum, Starknet's accounts are already programmable smart contracts. This isn't just a fancy feature; it's a strategic advantage. According to StarkWare, the developers behind Starknet, this means quantum-resistant wallets can be seamlessly deployed without the usual headache of network forks or disruptive migration events. Imagine upgrading your security without changing your address or losing your hard-earned digital assets – that's the Starknet promise.

與比特幣和以太坊等同類產品不同，Starknet 的帳戶已經是可編程的智慧合約。這不僅僅是一個奇特的功能；這是一個戰略優勢。 Starknet 背後的開發者 StarkWare 表示，這意味著抗量子錢包可以無縫部署，而不會出現通常令人頭痛的網路分叉或破壞性遷移事件。想像一下，在不更改地址或丟失來之不易的數位資產的情況下升級您的安全性——這就是 Starknet 的承諾。

The current Achilles' heel for many blockchains is ECDSA, the signature scheme that's widely used but highly vulnerable to quantum attacks. Starknet, however, is already ahead of the curve. Developers have successfully demonstrated Falcon-512 accounts, written in Cairo, with S2morrow building a working implementation and OpenZeppelin publishing deployable contracts. Falcon, for those keeping score, is on track to become a NIST standard, with final publication expected in late 2026 or early 2027. This isn't just talk; it's tangible progress.

目前許多區塊鏈的致命弱點是 ECDSA，這種簽名方案被廣泛使用，但極易受到量子攻擊。然而，Starknet 已經走在了前面。開發人員已成功演示了在開羅編寫的 Falcon-512 帳戶，S2morrow 建立了一個工作實現，OpenZeppelin 發布了可部署的合約。對於那些記分的人來說，Falcon 有望成為 NIST 標準，最終發布預計將於 2026 年底或 2027 年初發布。這是切實的進步。

Navigating the Ethereum Interdependency

探索以太坊的相互依賴關係

Now, let's be real, no one's claiming to be fully quantum-proof overnight. Starknet openly admits that its entire stack isn't yet quantum-resistant. While its STARK proof system is hash-based and robust at the verification layer, there are still dependencies on Ethereum for settlement, data availability, and bridging. These areas, along with the Cairo VM's secp256k1 and secp256r1 syscalls (which support L1-to-L2 messaging and the Ethereum bridge), remain susceptible to quantum risks. It's like having a bulletproof vest but leaving your helmet at home.

現在，讓我們面對現實吧，沒有人聲稱一夜之間就能完全量子證明。 Starknet 公開承認其整個堆疊尚不具備量子抗性。雖然其 STARK 證明系統是基於哈希的，並且在驗證層非常強大，但在結算、數據可用性和橋接方面仍然依賴以太坊。這些區域以及 Cairo VM 的 secp256k1 和 secp256r1 系統呼叫（支援 L1 到 L2 訊息傳遞和以太坊橋）仍然容易受到量子風險的影響。這就像擁有防彈背心但將頭盔留在家裡一樣。

However, Starknet has a clear vision for tackling this. They propose that an independent L1 (Layer 1) could integrate post-quantum protection from the ground up, effectively securing accounts, validators, and the network infrastructure entirely. This proactive approach highlights their commitment to a truly quantum-resistant future, rather than just patching existing vulnerabilities.

然而，Starknet 對於解決這個問題有著明確的願景。他們提出，獨立的 L1（第 1 層）可以從頭開始整合後量子保護，從而有效地保護帳戶、驗證器和網路基礎設施的整體安全。這種積極主動的方法凸顯了他們對真正抗量子未來的承諾，而不僅僅是修補現有的漏洞。

The Road Ahead: A Collective Journey

前進的道路：集體之旅

While the exact timeline for quantum threats remains a topic of debate – Hedera, for instance, suggests it's not

雖然量子威脅的確切時間表仍然是一個爭論的話題，但 Hedera 表示，這並不是一個問題。