ZKsync熊猫

While the market is still defining ZKsync with the label of 'another L2', the true builders have already seen clearly: ZKsync was never built to become 'another Rollup'.

ZKsync Era ≠ ZKsync is just a starting point.
Today's ZKsync is a resilient network composed of over 20 zkChains, a private chain architecture called Prividium that allows institutions to confidently go on-chain, an Atlas protocol that enables native cross-chain interoperability, and an Airbender engine that significantly reduces proof costs.

This is not an evolution of L2, but a redefinition of 'what L2 is'.

In 2026, the blockchain industry will officially bid farewell to reckless growth and enter a new stage of compliance, institutionalization, and scaled implementation. The Layer 2 track will transition from a multi-front battle to a focus on strong players, with ZK-Rollup becoming the mainstream direction for Ethereum expansion, while ZKsync, with its elastic chain architecture and 3.0 iteration, firmly establishes itself as the core benchmark of the ZK Layer 2 ecosystem. This article combines the latest industry dynamics and ZKsync's elastic chain progress to analyze the industry situation and development prospects, and provides practical control methods for ZKsync 3.0, offering clear references for developers, investors, and practitioners. 1. Current core situation of the blockchain industry: Regulatory adjustments and Layer 2 enters the elimination round. The global blockchain industry currently shows three clear trends that directly determine the development backdrop of projects like ZKsync: 1. Comprehensive implementation of regulatory frameworks: The EU's MiCA regulations will be fully implemented in March, Hong Kong has issued the first batch of stablecoin licenses, the U.S. crypto bill is progressing, standards for stablecoins and exchanges are unified, institutional entry channels are completely opened, and compliance has become the baseline for project survival.

Ethereum, after undergoing multiple upgrades, still faces a frustrating problem: the underlying network is too bloated! In the past, we have been discussing 'account abstraction (making wallets more user-friendly)' and 'multi-dimensional Gas (making transaction fees more reasonable)'. But today, Ethereum founder Vitalik Buterin has shifted his focus to a deeper level—the Execution Layer. 💡 A brief explanation for beginners: what is the 'Execution Layer'?

You can think of Ethereum as a globally shared supercomputer. The 'Execution Layer' is the CPU and memory of this computer. When you transfer funds, play on-chain games, or buy and sell NFTs, it is the Execution Layer that is doing the heavy calculations and bookkeeping. In his latest article, Vitalik dropped three bombshells: in the short term, Ethereum will be equipped with a 'GPU (graphics card)'; in the long term, the 'ledger directory (state tree)' and 'computer system (virtual machine)' of Ethereum will be completely rebuilt! What is going on? What impact will this 'heart transplant' of the supercomputer have on ordinary people? Today, we'll find out! ⚡ First move (short-term upgrade): give Ethereum a dedicated graphics card.

Entering March 2026, the global blockchain and Web3 industry bids farewell to wild growth and enters a new stage of compliance, institutionalization, and practical technological application. The global regulatory framework is being densely implemented, with a simultaneous contraction and upgrade of the Layer2 track, and ZKsync's elastic chain, leveraging modular architecture and ecosystem integration, becomes the core benchmark for Ethereum scalability and Web3 large-scale development.

1. Global industry trends: Compliance regulation, institutional capital entering the market

This month, global regulation and the market show three clear trends:

1. The global compliance framework is coming into effect: Hong Kong issues the first batch of stablecoin licenses, the EU's MiCA regulation will be fully implemented on March 25, the U.S. is advancing cryptocurrency legislation and a White House summit, standardizing stablecoins and exchanges, opening the channel for institutional entry.

   ZKsync Elastic Chain: As a brand new network architecture of the ZKsync ecosystem, it is not a replacement for ZKsync Era, but rather an infinitely scalable network upgrade based on it. It consists of multiple ZK Chains and achieves atomic-level cross-chain interoperability through ZK Router and ZK Gateway, completely addressing the custodial risks and capital efficiency losses of traditional cross-chain solutions, transforming the entire ecosystem from "single-chain application islands" to a "multi-chain collaborative sovereign network federation". Currently, the ecosystem has deployed 18 chains, carrying 3.1 billion USD in assets, validating the feasibility of this architecture.

Have you ever thought about where the true value of a public chain really comes from?

It's not about the elegance of the code, nor the accumulation of capital, but whether it can enable value to continuously circulate and amplify within its own network, ultimately forming a self-reinforcing economic flywheel.

Today, I want to talk to you about the major project that ZKsync is building — we call it the flywheel model of 'Zero-Knowledge Economics' (ZK Nomics). The V31 protocol upgrade is the starting point for this flywheel to begin accelerating.

1. The Gears of the Flywheel: Why is native interoperability the 'money printer'?

Introduction to ZK Stack's Atlas

Grand launch of the ZK Stack's Atlas upgrade: TPS breaks 15K, ZK final confirmation takes only one second

Ethereum bank stack financial infrastructure is being rebuilt.
Banks are not debating whether blockchain is important, but rather deciding what architecture to adopt for settlement, liquidity management, and balance sheets. The pressure comes from structural factors: decentralized payment channels, rising compliance costs, security risks, and the characteristics of instant global settlement of on-chain funds.
ZKsync
Phylax is grandly launching Bank Stack: a full-stack architecture based on Ethereum and powered by the following technologies: Prividium, which has institutional safeguards that can be enforced in production environments. Ethereum is the foundation of trust. Prividium is the private execution layer. Phylax adds deterministic controls to ensure the operational security of the instant settlement system.

Recently, a piece of news that could shake the entire cryptocurrency world quietly emerged: a sovereign entity (Ednao) officially migrated over $20 billion of sovereign assets to ZKsync as its privacy and settlement layer.

This is not an ordinary collaboration, nor is it a proof of concept. This is real sovereign-level assets that, under the conditions of complete confidentiality and compliance, have chosen a Layer 2 blockchain as the core carrying layer. For those who are still questioning 'when will institutions truly enter the market', this thunderclap is enough to awaken all hesitations.

1. A $20 billion trust vote: Why ZKsync?

Recently, the Consensus Hong Kong 2026 conference has sparked heated discussions within the cryptocurrency community. This conference brought together core figures from the global cryptocurrency industry, project parties, and investors, who shared their judgments and feelings about the current industry from different perspectives.

Through frontline observations and discussions with guests, a seemingly pessimistic 'consensus' gradually emerged: the cryptocurrency industry is no longer in its glorious era as it once was.
Unlike previous years, the atmosphere at this year's conference venue is relatively quiet. There are not many industry hot topics, and the main discussions often focus on compliance, infrastructure construction, and institutional business, rather than the previously high-profile new projects and new tracks. There are more institutional faces on site, and retail investors and early entrepreneurs have significantly decreased compared to previous years, which means that the industry is accelerating towards 'institutionalization and maturation.'

When Ethereum founder Vitalik Buterin publicly names ZKsync multiple times, the market's first reaction is often: 'Another L2 has received Vitalik’s endorsement.' But if we carefully dissect Vitalik's logical statements, we find a deeper conclusion: he is not praising a 'better L2', but rather a pioneer that has already transcended the L2 narrative framework and redefined the form of blockchain infrastructure.
Let’s set aside emotions and confront four undeniable technical facts.
1. Prividiums: Bank-grade privacy is no longer a concept

Deutsche Bank is piloting tokenized funds and RWA (real-world assets) — this alone is industry headline material. But what’s truly worth exploring is the technical path: they have chosen the Validium architecture of ZKsync, which is the core component of Prividiums. What does this mean? Local data storage, selective disclosure, a privacy protection mechanism that fully complies with regulatory requirements — these are not visions from a white paper, but production-level capabilities already validated in the offices of top financial institutions. While other L2s are still debating 'how to balance transparency and privacy', ZKsync has provided a practical answer: achieving 'verifiable compliance' using ZK proofs without sacrificing commercial secrets.

When Ethereum founder Vitalik Buterin outlined the prototype of the 'Beam chain' in the latest roadmap, the entire crypto world held its breath again. This is not only a signal of a technological iteration but also an accelerated 'system reconstruction' concerning the on-chain of trillions of assets over the next decade.

Now, the top technology team represented by Lambda has been testing and validating the new version of Ethereum on the developer network. This marks a decisive step for Ethereum in its pursuit of super scalability—whether in direct expansion at the L1 layer or in ecological collaboration at the L2 layer, Ethereum is consistently employing its long-term strategy, betting on ZK technology and quantum-resistant cryptography, ensuring that it always maintains a half-step lead in future competition.