In the ongoing race to build the foundational infrastructure of the crypto industry, a persistent dilemma has long seemed unsolvable: ensuring compatibility with the Ethereum Virtual Machine (EVM) to foster a thriving developer ecosystem often comes at the cost of execution efficiency. Conversely, aiming for the high throughput of non-EVM chains like Solana typically means giving up the vast Solidity developer community and its mature toolchain. This trade-off between compatibility and performance lies at the heart of the public blockchain competition.
Monad is emerging as a potential third way out of this conundrum. Rather than building a brand-new Layer 1 architecture from scratch, Monad has re-engineered the EVM standard from the ground up. Its goal: to boost transaction processing power to rival high-performance non-EVM blockchains—without requiring a single line of Solidity code to be changed.
EVM-Compatible Chains Enter the "10,000+ TPS" Era
Monad is a fully EVM-compatible Layer 1 blockchain. According to its underlying design and community test data, the network has already demonstrated a theoretical throughput of over 10,000 transactions per second (TPS) during its testnet phase. While this figure falls short of Solana’s claimed mainnet capacity of around 65,000 TPS, it represents a massive leap from Ethereum’s mainnet baseline of roughly 15 TPS. More importantly, Monad achieves this performance while remaining bytecode-compatible with the EVM, meaning existing Ethereum decentralized applications can, in theory, migrate at zero cost.
As of April 22, 2026, Monad’s native token MON was trading at $0.03433 on the Gate platform, with a 24-hour trading volume of $3.07 million and a daily price change of +5.83%. The current circulating market cap is approximately $368 million, with a fully diluted valuation of about $3.4 billion. Notably, only 10.83% of the total supply of 10 billion tokens is in circulation, indicating that the market supply is still in its early stages.
From Funding Frenzy to the Final Stretch Before Mainnet Launch
Tracing Monad’s development path, its technical narrative has consistently attracted strong market attention and capital inflows:
- Early Validation Phase: The Monad team introduced the concept of parallel EVM execution, aiming to resolve state conflict issues by rebuilding the database layer. This phase focused mainly on whitepaper validation.
- Peak Funding Phase: Monad raised about $216 million in its public token sale, surpassing its original $187 million target by 115%. This not only validated market demand for high-performance EVM solutions but also made Monad one of the best-capitalized infrastructure projects of this cycle.
- Institutional Adoption Phase: Traditional finance giant Franklin Templeton has announced plans to expand its real-world asset (RWA) initiatives on the Monad network. At the same time, a pilot for tokenizing South Korean government bonds was deployed on Monad, enabling sub-second settlement without the need for Korean brokerage accounts. This marks Monad’s transition from pure technical discussion to early-stage institutional use case validation.
- Key Milestone Alert: According to the token unlock schedule, the next unlock event is set for April 24, 2026, when a portion of tokens will be released to the Category Labs Treasury. Given the current small circulating supply, marginal changes on the supply side are worth monitoring.
Deconstructing the "Super EVM": The Three Pillars
Monad’s technical moat isn’t built on a single algorithmic breakthrough, but rather on the coordinated redesign of its consensus mechanism, execution layer, and networking layer. Here’s a breakdown of the three core components:
| Technical Component | Core Challenge | Industry Standard Approach | Monad’s Unique Mechanism | Implementation Outcome (Factual Statement) |
|---|---|---|---|---|
| Parallel Execution | Idle resources due to EVM’s serial processing | Code modifications for parallelism (Aptos/Sui) | Optimistic Parallel Execution | Compatible with existing EVM code; theoretically achieves 10,000+ TPS |
| Consensus Mechanism | Latency bottlenecks in block production and finality | Tendermint or HotStuff variants | MonadBFT | Pipelined consensus reduces communication rounds, boosts Byzantine fault tolerance efficiency |
| Network Broadcasting | Redundant propagation in mempool gossip protocol | Network-wide undifferentiated broadcasting | RaptorCast | Layered and sharded broadcasting reduces bandwidth use and propagation delay |
Parallel Execution: Optimistic Parallelism and State Conflict Rollback
This is the core module driving Monad’s performance gains. Traditionally, the EVM processes transactions one by one in order. Monad’s strategy is to optimistically assume no conflicts between transactions and execute them in parallel, then check for state consistency at the end. If a conflict is detected—such as two transactions trying to modify the same contract balance—the system rolls back one transaction and re-executes it serially.
This approach allows Monad to leverage the massive existing Solidity codebase. In contrast, Solana’s Sealevel parallel execution requires developers to explicitly declare state dependencies, while Sui uses an object-oriented UTXO model. Although Monad’s design incurs rollback overhead in extreme conflict scenarios, it enables frictionless migration for EVM compatibility.
MonadBFT: Pipelined Byzantine Fault Tolerance
The consensus mechanism determines how the network agrees on transaction order. MonadBFT is an engineering-optimized variant based on HotStuff consensus. Its key innovation is a pipelined design that decouples and overlaps the four stages of block production, validation, pre-commit, and commit. The direct result: even in the presence of malicious nodes, transaction finality latency is significantly reduced, supporting a much higher block production rate.
RaptorCast: Solving the Gossip Protocol "Broadcast Storm"
In high-TPS environments, network bandwidth for transaction propagation often becomes a hidden bottleneck. RaptorCast addresses this by slicing and distributing transaction data in layers and shards. In practice, nodes don’t need to receive a full copy of the network’s mempool to participate in consensus. This dramatically lowers hardware and bandwidth requirements, making it much more feasible for ordinary users to run full nodes and validate the network.
Performance Expectations vs. Supply-Side Pressures
Based on current crypto community discussions, market sentiment toward Monad is a complex mix of bullish and bearish views:
- EVM Empire Expansion Thesis: Some developers believe that if Monad succeeds, Ethereum’s developer ecosystem could "copy and paste" its way into the high-performance blockchain market, eroding the first-mover advantage of non-EVM chains like Solana.
- Institutional Settlement Layer Potential: With the tokenization of South Korean government bonds, some speculate that Monad—offering sub-second settlement and compatibility with Ethereum tooling—could become the preferred settlement layer for compliant asset tokenization in the future.
- Circulating Supply Sell Pressure Concerns: The fact that only 10.83% of tokens are currently in circulation is an objective overhang on price. Some analysts believe that the upcoming April 24 unlock event will test the market’s ability to absorb new supply, and early participants’ profit-taking intentions should be factored into risk assessments.
- Scrutiny of Technical Maturity: Some in the technical community remain cautious, arguing that the rollback rate of optimistic parallel execution in extreme MEV or highly competitive state scenarios still needs validation on mainnet. Current 10,000+ TPS figures may reflect idealized test environments more than real-world conditions.
Industry Impact Analysis: EVM Ecosystem Competition and Spillover
Monad’s emergence is structurally reshaping the competitive landscape of crypto infrastructure:
- Impact on Ethereum and Its Layer 2s: Monad offers a high-performance, standalone Layer 1 alternative that doesn’t require cross-chain bridging. For decentralized applications seeking top-tier performance without relying on Layer 2 sequencers, Monad poses direct competitive pressure. This could accelerate Ethereum Layer 2s’ push toward decentralized sequencing and lower transaction fees.
- Pressure on Competing Blockchains: Monad threatens other high-performance chains that lack EVM compatibility. If developers can achieve comparable speed without learning new languages or rewriting contracts, their willingness to migrate increases significantly.
- RWA Sector Variables: Monad’s balance of compatibility and speed gives it a unique fit in the tokenized asset settlement space. By supporting Ethereum asset standards while delivering the settlement efficiency institutions demand, Monad could change the underlying technology choices in the RWA sector.
Conclusion
Monad’s story highlights the core tension in today’s crypto infrastructure: the rebalancing of developer experience versus user experience. In the past, users had to endure Ethereum’s high costs and slow speeds because developers were reluctant to leave the EVM. Monad aims to prove that you can have the best of both worlds. As the April 24 unlock approaches and the mainnet launch draws near, the market’s focus will shift from whitepaper promises to on-chain, real-money validation. For participants, cutting through the marketing noise and focusing on real on-chain activity and capital retention will be key to assessing Monad’s long-term value.
