Public offering of 1.39 billion, challenging BASE and OP, can MegaETH break open a new pattern for Layer 2?
# 1. Project Introduction
On October 30th, the MegaETH public offering officially concluded, with a final subscription amount reaching $1.39 billion and an overall subscription ratio of 27.8 times, attracting over 50,000 investors. It is considered one of the most notable public offerings in the crypto market this year. Surprisingly, this event occurred against the backdrop of a generally sluggish Layer 2 sector. Over the past year, the market performance of Ethereum Layer 2 tokens has been dismal, with investor confidence continuing to decline. A typical example is the well-established project Linea, which saw its token drop from an opening price of $0.043 to $0.011, with a total circulating market cap remaining at only $825 million, plummeting nearly 74% in two months. In such a bleak market, MegaETH has ignited market enthusiasm against the trend, almost becoming a new "light of faith" in the Layer 2 field.
The core reason MegaETH can ignite market sentiment amidst the cold wave lies in its three highlights: "technology + team + capital." Technologically, the project redefines the upper limit of Layer 2 with a performance vision of "100,000 TPS + millisecond-level latency," attempting to approach the Web 2 experience on a performance level. In terms of the team, the three co-founders graduated from Stanford, MIT, and Harvard Business School, respectively, with Kong Shuyiao previously serving as the business development director at Consensys. The strong team background has also attracted top capital and industry leaders to jointly bet on it—institutions such as Dragonfly Capital, OKX Venture, Figment Capital, and Big Brain Holdings have all participated, along with heavyweight angel investors like Ethereum co-founder Vitalik Buterin, ConsenSys founder Joseph Lubin, and EigenLayer founder Sreeram Kannan.
Although MegaETH is still in the testnet phase and has not yet shown complete ecological data, it has already become one of the most talked-about and anticipated projects in the Layer 2 field, thanks to its top-notch technical architecture, star team, and luxurious capital lineup—one of the few "super narratives" that can still attract funds and confidence during a bear market.
# 2. Project Mechanism
The core mechanism of MegaETH revolves around two key technical layers: node specialization, real-time processing, and high throughput.
- Node Specialization
In traditional blockchains (L1), each node performs the same tasks: participating in consensus, executing transactions, and validating blocks. While this is secure, it is slow because all nodes are repeating work. The design of L2 networks is more flexible, allowing different nodes to collaborate, making the system more efficient. For example, some nodes specialize in transaction ordering (Sequencer), while others specialize in generating or verifying proofs (Prover). MegaETH takes a step further by introducing a new type of "replica node" (Replica Node). These nodes do not re-execute every transaction but receive transaction results from the ordering nodes and only need to verify whether the data is correct. This allows for faster synchronization and lower hardware requirements. In MegaETH, there are four types of nodes:
Sequencer: Responsible for transaction ordering and execution, with only one active sequencer in the entire network, resulting in almost no consensus delay.
Replica: Directly synchronizes transaction results without redundant calculations, achieving high efficiency.
Full Node: Re-executes all transactions for validation, commonly used in high-security scenarios such as bridging or market making.
Prover: Validates the correctness of transaction results using cryptographic methods.
This division of labor allows MegaETH to achieve high speed, high security, and low hardware requirements simultaneously, pioneering a more efficient execution architecture within the Ethereum ecosystem.


- Real-time Processing and High Throughput
Another core technological innovation of MegaETH is achieving Web 2 level real-time performance, allowing blockchain to no longer be limited by the performance bottlenecks of traditional L1. Traditional EVM chains typically face three main limitations: low transaction throughput, long block times, and difficulty executing complex computations. MegaETH's design goal is to completely address these issues:
Millisecond-level block generation: Block time is about 10 milliseconds, with sequencer nodes quickly ordering and executing transactions.
Accelerated state access: Memory caching of on-chain states avoids frequent disk access, improving transaction processing speed.
High throughput design: Capable of processing hundreds of thousands of transactions per second, reducing redundant calculations and network pressure through state difference transmission.
High-frequency application support: Can support on-chain games, high-frequency trading, and other applications requiring rapid responses.
# 3. Market Pricing
The price range and market valuation of Mega can be speculated and analyzed from multiple angles. Firstly, from the perspective of the public offering round pricing, the official announcement stated that all users bidding below $999 million would receive refunds, which effectively sets a valuation floor for the project, indicating that the valuation for the public offering round will likely be above $999 million, with the market generally expecting its initial market cap to start at the billion-dollar level. Secondly, from the perspective of market expectations, Polymarket's predictive data shows that the probability of the MEGA token achieving a fully circulating market cap exceeding $2 billion within 24 hours of its launch is as high as 78%. Finally, from the pre-market trading situation in the secondary market, as of November 7th, the fully circulating market cap of MEGA in the pre-market on Hyperliquid was approximately $3.9 billion.
Based on the above three data points, it can be inferred that the market valuation range for MEGA is roughly between $999 million and $3.9 billion. It is worth noting that, from a horizontal comparison of market caps in the sector, the fully circulating market caps of leading Layer 2 projects are as follows: Optimism (OP) approximately $1.52 billion, Arbitrum (ARB) approximately $2.56 billion, ZKsync (ZK) approximately $1.48 billion, Linea approximately $825 million, Starknet (STRK) approximately $1 billion, and Scroll (SCR) approximately $149 million. Therefore, it can be seen that if MEGA maintains a valuation above $1 billion in the early stages of its launch, it is not without basis, but whether it can maintain this level subsequently will still depend on its technological implementation, ecological expansion speed, and the sustainability of capital inflows. Considering the current fierce competition in the Layer 2 sector, slowing user growth, and the recent nearly 70% market cap drop of LINEA after its launch, MEGA may face certain correction risks if it opens at a high valuation.


# 4. Popular Projects in the Ecosystem
CAP Labs
CAP is a stablecoin protocol within the MegaETH ecosystem, based on two core products: the USD-pegged cUSD and the yield-generating stcUSD. It provides users with high-yield opportunities including arbitrage, MEV, and RWA. CAP has secured three rounds of funding totaling $11 million, with investors including MegaETH, GSR, Franklin, and ABCDE Labs. In the MegaETH ecosystem, CAP plays the role of "monetary infrastructure," providing stable anchor assets for on-chain financial activities.
Avon Protocol
Avon Protocol is a lending protocol within the MegaETH ecosystem, characterized by introducing a central limit order book mechanism into the on-chain lending market. Borrowers and lenders can preset specific terms (such as interest rates, collateral ratios, loan amounts, etc.) in the order book, and the protocol instantly opens lending positions upon matching. This mechanism helps enhance capital efficiency, reduce capital fragmentation, and better support algorithmic trading and arbitrage strategies. Mechanically, Avon is well-suited to the low-latency, high-throughput characteristics provided by MegaETH.
NOISE
NOISE is a trend trading platform within the MegaETH ecosystem, with the core concept of turning trends into tradable assets. Users can trade various topics and trends on the platform, not just traditional price assets. It analyzes real-time social data and public sentiment through on-chain machines, mapping the results into tradable tokens or assets. With the real-time, low-latency infrastructure provided by MegaETH, NOISE has a first-mover advantage in this new paradigm of "trend as an asset."
Valhalla Perps
Valhalla is a decentralized perpetual contract exchange within the MegaETH ecosystem. Its goal is to provide a centralized exchange-level trading experience and depth on-chain. Currently in the testnet phase, it supports 5x contract trading for BTC and ETH. It has completed $1.5 million in funding, with investors including GSR, Kronos, and Robot Ventures. In the high-speed environment of MegaETH, Valhalla can optimize the execution speed and capital efficiency of perpetual contracts.
Rocket
Rocket introduces the concept of a redistribution market, aiming to transform the traditionally static price speculation experience into a mobile-first, socialized, and real-time new model. Users can invest/predict on any chart or price trend through the Rocket App (including memes, NFTs, prediction markets, stocks, gold, etc.) and achieve instant settlement. In the MegaETH environment, Rocket's "real-time + interactive + predictive" gameplay can be better realized.
Nectar AI
Nectar AI is an AI virtual companion generation platform, where users can earn points through daily logins, spinning Gachapon, creating images and videos, and interacting with social characters. It will integrate AI agents on-chain and incorporate them into the MegaETH environment, combining virtual characters, social interactions, and AI-generated content with blockchain token mechanisms.
# 5. Future Development and Conclusion
Overall, MegaETH has indeed demonstrated a considerable degree of innovation on the technical front, with its instant confirmation mechanism and high-performance execution architecture bringing new ideas for Ethereum scaling. However, from the perspective of market environment and sector popularity, MegaETH's growth path is not easy. Since October 11th, overall market sentiment has continued to decline, and the Layer 2 sector has long retreated from the market spotlight, with investment funds flowing more towards emerging themes such as AI, prediction markets, Perp DEX, and RWA. Against this backdrop, whether MegaETH can meet the high valuation expectations from the market after its official launch remains highly uncertain.
Currently, the Layer 2 market landscape is relatively stable, with Base and Optimism having formed a leading advantage in ecological expansion and capital attraction, while Arbitrum maintains a high level of developer activity. If MegaETH wants to stand out, it must build unique ecological value and application scenarios beyond performance. Additionally, from a broader competitive dimension, the Ethereum main chain is also facing external pressures from high-performance public chains like Solana and BNB Chain, further squeezing MegaETH's growth space.
Therefore, for MegaETH to achieve long-term sustainable development, it cannot rely solely on technological innovation; it must also continuously work on ecological cultivation, developer incentives, capital guidance, and application implementation. In the future, the speed of project implementation and user growth within the MegaETH ecosystem will directly impact the market performance of the MEGA token and the long-term value realization path. In other words, ecological construction will be the key determining factor for whether MegaETH can break through the valuation ceiling.
Risk Warning:
The above information is for reference only and should not be considered as advice to buy, sell, or hold any financial assets. All information is provided in good faith. However, we make no express or implied representations or warranties regarding the accuracy, adequacy, effectiveness, reliability, availability, or completeness of such information.
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