What Is Manta Network (MANTA)? A Complete Guide to the Modular ZK Blockchain and Dual-Chain Ecosystem

Against the backdrop of parallel advances in scalability and privacy compliance, a single-chain architecture cannot simultaneously satisfy the demands of high-throughput application deployment and on-chain identity verification. Manta Network addresses this through a dual-chain division: Pacific handles Ethereum-based ZK applications and modular scaling, while Atlantic manages Polkadot-based privacy identity and credential layers, forming a complementary structure of "application execution + identity compliance."

From a blockchain standpoint, Manta Network represents the modular ZK infrastructure direction. Universal Circuits lowers the barrier to ZK integration, MANTA unifies governance, gas, staking, and ecosystem incentives, and Restaking incorporates both MANTA and BTC into Pacific's fast finality framework. The ecosystem now hosts over 200 application projects.

What Is Manta Network and What Are Its Core Components?

Manta Network is a modular ZK application blockchain ecosystem that provides a scalable, low-cost on-chain environment for next-generation decentralized applications while preserving zero-knowledge privacy and compliant identity capabilities. Manta Pacific is positioned as a modular L2 within the Ethereum ecosystem, while Manta Atlantic serves as a ZK L1 within the Polkadot ecosystem.

The ecosystem spans two directions: developers gain access to an EVM-compatible deployment environment and Universal Circuits development libraries; users and institutions benefit from zkSBT compliance credentials and zkAddress privacy addresses. The two chains achieve MANTA cross-chain transfer via the Celer bridge, sharing a genesis total of 1 billion tokens. Core components are compared below:

This structure establishes a division of labor between application-layer scaling and identity-layer privacy, avoiding the compression of heterogeneous demands into a single chain.

Why Does Manta Adopt a Dual-Chain Architecture?

Manta Network's technical roadmap traces back to its Polkadot privacy parachain origins, initially focusing on zero-knowledge compliance and cross-chain interoperability. As the modular architecture matured, the ecosystem expanded to two chains: Atlantic handles identity and credential layers, while Pacific manages large-scale deployment of ZK applications in the Ethereum ecosystem.

The Core Differences Between Manta Pacific and Manta Atlantic can be compared across underlying ecosystem, gas token, and technical focus. Pacific gas is denominated in ETH, while Atlantic network fees are paid in MANTA. The two chains lock and unlock MANTA through the Celer bridge, and cross-chain liquidity fluctuations affect the total circulating supply.

Figure 1. Manta Pacific (Ethereum L2) and Manta Atlantic (Polkadot ZK L1) connected via MANTA token bridge.

The Complete Process of Bridging to Manta Pacific details the user's operational path for participating in the Pacific ecosystem, from asset cross-chain and gas preparation to contract interaction. The ecosystem now hosts over 200 applications spanning DeFi, on-chain games, social networking, and identity verification, creating a synergy between the Pacific application layer and the Atlantic identity layer.

How Does Manta Pacific Scale ZK Applications?

Manta Pacific decouples transaction execution, settlement, and data availability (DA), leveraging a modular architecture to overcome the cost and scalability limitations of monolithic L2s. Pacific uses Celestia as its DA layer, reducing data costs through data availability sampling (DAS) and namespace Merkle trees (NMT). The execution layer evolves along EVM compatibility, with the target architecture being a zkEVM Validium based on Polygon CDK.

Fast finality employs a two-layer security framework: MANTA holders delegate node operators via Symbiotic Restaking to verify state roots, while BTC holders participate in verification through the Babylon protocol. Results are aggregated by a decentralized relay and published to Ethereum, compressing finality time to minutes. Pacific gas is paid in ETH, with sequencer revenue and DA savings recycled into ecosystem development.

How Does Manta Atlantic Build On-Chain Compliance Identity?

Manta Atlantic, as a Polkadot ZK Layer 1, serves as modular on-chain compliance identity infrastructure, prioritizing the construction of a ZK compliance credential layer. This enables other projects to integrate interoperable identities without managing complex cryptography themselves. zkAddress and zkSBT privacy identity mechanisms form the core toolkit of the Atlantic identity layer.

zkAddress adopts a UTXO-style privacy address that operates in parallel with public accounts, supporting reusability, auditability, and multi-NFT functionality. Users can selectively disclose specific credentials via a Prove Key. zkSBT is a non-transferable on-chain credential that supports KYC verification without exposing sensitive information. Atlantic security is maintained by collators, with network fees distributed 72% to ecosystem projects, 18% to the treasury, and 10% as collator rewards. Gas is denominated in MANTA.

How Can Developers Integrate Zero-Knowledge Functions at Low Cost?

Universal Circuits is Manta Pacific's ZK-as-a-Service development library, enabling Solidity developers to call zero-knowledge functions without deep ZK expertise. The Universal Circuits ZK application development mechanism breaks down the technical path for embedding ZK functionality into dApps—from circuit calls and SDK integration to on-chain verification.

Universal Circuits 2.0 introduces ZK proof aggregation, reducing verification gas and increasing throughput. Core circuits include Semaphore identity circuits and the on-chain game zkShuffle. Unlike dedicated ZK language solutions such as Cairo and Noir, Universal Circuits maintains EVM equivalence, allowing Ethereum contracts to be migrated to Pacific and enhanced with ZK features. zkSBT also supports compliance verification on the Pacific side, creating synergy between the Pacific application layer and the Atlantic identity layer in credential standards.

Figure 2. Manta Network ecosystem: Universal Circuits, zkSBT, zkAddress, MANTA token roles, and 200+ dApps.

What Can the MANTA Token Do? How Can You Participate?

MANTA serves as the native functional token in the dual-chain ecosystem, with a genesis supply of 1 billion tokens and an annual inflation rate of 2% for validator rewards. MANTA token economics—allocation structure, unlocking schedule, and cross-chain circulation mechanisms—illustrate the long-term token supply and incentive design.

Cross-chain transfer is achieved through locking and unlocking on the Celer bridge, with the total amount of unlocked tokens on both chains determining circulating supply. BTC and MANTA Restaking participate in Pacific fast finality verification, and delegators can earn MANTA rewards.

What Are the Advantages and Risks of Adopting Manta Network?

The modular dual-chain architecture offers structural advantages across three dimensions: cost, development barrier, and identity compliance. Celestia DA reduces data costs, Universal Circuits lowers the barrier to ZK integration, and zkAddress and zkSBT provide programmable compliance identity solutions.

Structural limitations include Pacific's technical dependency on Celestia, Polygon zkEVM, and the Ethereum settlement layer; Atlantic's interoperability is constrained by the Polkadot parachain architecture; and MANTA cross-chain transfer depends on Celer bridge security and liquidity. Related risks include ZK circuit and smart contract technical risks; slashing rules in the evolving Restaking mechanism may not be fully activated; counterfeit MANTA contracts must be verified against publicly disclosed information; and third-party protocol layer risks from Symbiotic, Babylon, and others.

What Are the Most Easily Confused Concepts About Manta?

Manta Network is distinct from the MANTA token; Manta Pacific is distinct from Manta Atlantic; Universal Circuits is not a complete ZK virtual machine but rather a ZK function library embeddable into Solidity contracts. zkSBT is non-transferable and serves privacy verification, not trading circulation; zkAddress is designed for selective disclosure of compliance identity, not a coin-mixing service. On the Pacific side, gas is paid in ETH, while on the Atlantic side it is denominated in MANTA—these chain mechanisms should not be conflated. Unconfirmed MANTA contracts are not the same as the ecosystem's native token.

Summary

Manta Network, through the division of labor between Manta Pacific and Manta Atlantic, handles Ethereum ZK application deployment and Polkadot on-chain compliance identity construction, respectively. Celestia DA, zkEVM, and Universal Circuits form the Pacific tech stack; zkAddress and zkSBT form the Atlantic identity layer; MANTA connects governance, staking, gas, and ecosystem incentives. Core differences, bridging processes, development mechanisms, token economics, and privacy identity mechanisms provide supplementary details to the dual-chain ecosystem from five perspectives: architecture, operation, development, distribution, and credentials.

FAQ

What is Manta Network?

Manta Network is a modular blockchain ecosystem for zero-knowledge (ZK) applications, consisting of dual chains: Manta Pacific (Ethereum modular L2) and Manta Atlantic (Polkadot ZK L1). Pacific focuses on ZK application deployment, while Atlantic focuses on on-chain compliance identity. MANTA is the shared native functional token of both chains.

What is the difference between Manta Pacific and Manta Atlantic?

Manta Pacific is deployed on Ethereum, uses Celestia DA and EVM/zkEVM, with gas paid in ETH. Manta Atlantic is a Polkadot ZK L1 focused on zkAddress and zkSBT, with network fees paid in MANTA. The two chains achieve MANTA cross-chain transfer via the Celer bridge.

How do Universal Circuits help developers integrate ZK functions?

Universal Circuits is a ZK-as-a-Service development library on Pacific. Developers can call pre-built ZK circuits through the SDK in Solidity contracts, supporting compliant privacy payments, identity verification, and zkShuffle. Version 2.0 introduces proof aggregation to reduce verification costs.

What are the uses of the MANTA token?

MANTA serves as gas, governance, collator staking, and zkSBT purchase on Atlantic. On Pacific, it is used for governance, ecosystem incentives, Symbiotic Restaking for fast finality, and ecosystem liquidity. The genesis supply is 1 billion tokens with an annual inflation rate of 2%.

What are zkAddress and zkSBT respectively?

zkAddress is a UTXO-style privacy address on Atlantic that supports selective disclosure of credentials via a Prove Key. zkSBT is a non-transferable zero-knowledge soulbound token that supports decentralized KYC verification without exposing sensitive personal information.

How does Manta Pacific's fast finality work?

Pacific employs a two-layer verification framework: MANTA holders delegate nodes via Symbiotic Restaking to verify state roots, while BTC holders participate via the Babylon protocol. Results are aggregated and published to Ethereum, compressing finality time to minutes.