Moca Network MOCA: Universal Identity Across Web3

Imagine logging into any Web3 app—all with one universal account. Enter Moca Network MOCA, redefining digital identity with privacy and interoperability. Powered by zkProof tech and anchored in Animoca Brands’ vast ecosystem, Moca creates seamless identity across Web2 & Web3. That means secure login, on-chain reputation, credential verification—effortless and composable. With the MOCA token driving utility from governance to verification fees, it’s not just identity—it’s your passport to the open internet. Ready to see how AIR Kit, zkTLS, and Moca ID blend to reshape identity? Let’s dive in!

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What is Moca Network and the MOCA Token?

In an era where digital identity is becoming a cornerstone of blockchain adoption, Moca Network is emerging as a powerful infrastructure layer designed to secure, manage, and verify identity across multiple ecosystems. By combining privacy-first design, chain-agnostic compatibility, and zkProof technology, Moca Network offers a scalable way to bring trust and privacy to decentralized applications, finance, and governance. At the heart of this ecosystem lies the MOCA token, which fuels transactions, powers identity services, and ensures community-driven governance.

Moca Network is a chain-agnostic digital identity infrastructure designed to unify assets, identity, and reputation across Web2 and Web3 ecosystems. It offers a single, universal account that works seamlessly across multiple platforms.

Key highlights:

• AIR Kit — A flagship SDK enabling embedded identity infrastructure: universal accounts, verifiable credentials, reputation tracking, session keys, and gas sponsorship, all with Web2-like UX.
• Built on Animoca Brands’ ecosystem, supporting over 540+ projects and tapping into 700M+ addressable users.
• Moca Chain — A dedicated Layer-1 blockchain announced in June 2025 with launch timelines: testnet in Q3 2025 and mainnet in Q4 2025. It will power identity services, verification, and decentralized data storage with MOCA as its native token.

Privacy-First Identity Infrastructure

Moca Network positions itself as a chain-agnostic identity solution that gives users full control over their data. Instead of exposing sensitive information, the system leverages zero-knowledge proofs (zkProofs) to verify identities without revealing underlying details. This privacy-first approach ensures that users can prove their eligibility, credentials, or reputation across blockchains while minimizing risks of data misuse or exposure.

This infrastructure enables:

• Trustless verification – Securely validate user credentials across decentralized applications.
• Cross-chain portability – Use one identity across multiple blockchains without fragmentation.
• Enhanced privacy – Authenticate reputation or compliance status without revealing personal data.

By abstracting identity into a secure, programmable layer, Moca Network is building a foundation for the next generation of Web3 applications.

The Role of the MOCA Token

The MOCA token is the utility and governance token of the network, designed to support the entire ecosystem. It underpins core functions such as transactions, identity services, and governance, while also aligning incentives for network participants.

Primary use cases of MOCA include:

• Transaction fees – Used for on-chain operations and verification services.
• Identity services – Powering zkProof-based authentication and decentralized reputation checks.
• Reputation verification – Enabling trust scores that can be used in lending, governance, or access control.
• DAO governance – Allowing holders to participate in decision-making, protocol upgrades, and ecosystem funding.

Through this multi-utility design, MOCA ensures that the network remains both secure and community-driven.

Built on LayerZero v2

One of the defining architectural choices of Moca Network is its foundation on LayerZero v2, a messaging protocol that enables reliable and secure interoperability across multiple blockchains. This gives Moca Network true chain-agnostic capabilities, allowing identities and verification processes to seamlessly interact with Ethereum, BNB Chain, Avalanche, and other LayerZero-connected ecosystems.

This cross-chain infrastructure ensures:

• Scalable communication – Low-latency messaging for identity and governance services.
• Interoperability – Universal access across LayerZero-supported blockchains.
• Resilience – A secure architecture resistant to centralized points of failure.

Tokenomics and Supply

The MOCA token has a fixed total supply of 8,888,888,888 tokens, establishing scarcity while supporting the ecosystem’s long-term sustainability. With no inflationary minting mechanisms, the capped supply ensures that MOCA’s value aligns directly with network usage, adoption, and governance participation.

Moca Network reimagines digital identity for the decentralized age by blending privacy, scalability, and interoperability. Its zkProof-powered, chain-agnostic design ensures that users can manage identities securely while interacting across multiple ecosystems. Meanwhile, the MOCA token serves as the backbone of this infrastructure, enabling transactions, powering identity verification, and giving the community governance rights over its evolution. With its fixed supply and LayerZero v2 architecture, Moca Network is positioned to play a pivotal role in shaping the future of Web3 identity.

Core Features: Universal Account & On-Chain Reputation

As Web3 grows, fragmented identities and repetitive sign-ups remain major barriers to adoption. Moca Network addresses these challenges with two cornerstone features: the Universal Account, powered by its AIR Kit, and an on-chain reputation system built with zero-knowledge technologies. Together, these innovations deliver privacy, interoperability, and trust, giving users full control over their digital presence while enabling developers to build more secure and user-friendly applications.

Universal Account with AIR Kit

One of Moca Network’s flagship features is the Universal Account, a solution that simplifies how users interact with decentralized applications (dApps). Instead of creating multiple accounts across different platforms, the Universal Account enables a single, secure login that works across all integrated applications.

The AIR Kit (Account Interoperability and Reputation Kit) makes this possible. By leveraging privacy-first design and cryptographic proofs, AIR Kit ensures that users can maintain control over their data while still benefiting from seamless access to services.

Key benefits of the Universal Account include:

• One login across ecosystems – Users can authenticate once and access multiple applications without re-registering.
• Privacy safeguards – Sensitive details remain protected thanks to zero-knowledge proofs (zkProofs), which validate credentials without exposing underlying data.
• Simplified onboarding – New users can access Web3 apps with the ease of Web2 logins, reducing friction and boosting adoption.

This approach not only improves user experience but also provides a foundation for interoperability—allowing accounts to function consistently across chain-agnostic environments.

On-Chain Reputation with zkProofs and zkTLS

Beyond secure access, Moca Network introduces on-chain reputation, an essential building block for trust in decentralized ecosystems. Reputation within the network is built through verified credentials and composable identity components, ensuring that users can prove reliability, compliance, or expertise without revealing private details.

The system leverages two key cryptographic technologies:

• zkProofs (Zero-Knowledge Proofs): Allow users to demonstrate the validity of claims—such as creditworthiness, membership, or achievements—without exposing sensitive information.
• zkTLS (Zero-Knowledge Transport Layer Security): Extends privacy to communication channels, ensuring verifications and data exchanges remain secure even during transmission.

This composable identity and reputation layer unlocks several use cases:

• Financial trust – Users can prove creditworthiness for loans or DeFi participation.
• Governance credibility – Communities can verify voting rights or expertise while preventing Sybil attacks.
• Access control – dApps can gate services based on trust scores or verified credentials.

By embedding trust directly into the chain, Moca Network empowers a self-sovereign identity model where reputation is both secure and portable.

A Foundation for Web3 Adoption

The combination of Universal Accounts and on-chain reputation represents a leap forward in identity infrastructure. Users gain simplicity, privacy, and control, while developers can design richer applications without building identity systems from scratch. Most importantly, the use of zkProofs and zkTLS ensures that privacy remains non-negotiable, even as reputations become verifiable on-chain.

Moca Network’s approach to identity through the Universal Account and on-chain reputation is more than a convenience—it’s a structural shift in how people interact with Web3. By merging privacy-preserving technologies with interoperable design, Moca Network creates a digital identity framework that is secure, composable, and ready for mass adoption.

Privacy-Preserving Identity Infrastructure

As Web3 expands, identity has become a critical pillar for scaling adoption. Yet traditional approaches often sacrifice privacy for verification, leaving users exposed to data leaks and surveillance. Moca Network redefines digital identity with a privacy-preserving infrastructure that balances verifiability, interoperability, and self-sovereignty. By integrating zero-knowledge proofs (zkProofs), industry standards like W3C and zkTLS, and an identity oracle, Moca delivers a framework where trust and privacy coexist.

zkProofs: Privacy-First Verification

At the core of Moca Network’s infrastructure lies the zkProof framework. Zero-knowledge proofs allow users to prove the validity of a claim—such as age, creditworthiness, or membership—without disclosing sensitive details. This ensures that identity verification doesn’t come at the cost of privacy.

Instead of storing or transmitting personal data, zkProofs generate cryptographic attestations that can be validated on-chain. For example, a user could prove they are over 18 to access a service without revealing their birthdate or identity documents.

Key advantages of zkProof-based identity include:

• Data minimization – Only necessary validations are shared, not raw data.
• Security by design – Eliminates single points of failure that hackers often exploit.
• Universal portability – Verifications can be reused across multiple chains and applications.

By embedding zkProofs into its core architecture, Moca Network ensures that privacy remains a fundamental right, not an afterthought.

Supporting Industry Standards: W3C and zkTLS

For identity systems to achieve widespread adoption, they must align with global standards. Moca Network incorporates both W3C specifications for decentralized identifiers (DIDs) and verifiable credentials, as well as zkTLS for secure communication.

• W3C standards provide interoperability with existing identity solutions and ensure compatibility with regulatory and institutional frameworks. This means Moca credentials can plug into broader digital identity ecosystems without reinventing the wheel.
• zkTLS extends privacy to data in transit by applying zero-knowledge proofs to Transport Layer Security protocols. With zkTLS, sensitive exchanges—such as login requests or credential sharing—remain encrypted and provably secure, even across networks.

Together, these standards allow Moca to bridge the gap between cutting-edge cryptography and practical adoption in real-world applications.

Identity Oracle for Interoperable Verification

Beyond cryptographic proofs, Moca Network introduces an identity oracle—a decentralized service that validates and transmits identity attestations across blockchains. This oracle ensures that verifications generated in one ecosystem can be trusted in another, unlocking cross-chain interoperability.

Use cases of the identity oracle include:

• DeFi access control – Providing compliant onboarding by verifying KYC credentials without exposing sensitive data.
• Cross-chain governance – Allowing voting power or reputation to move seamlessly across chains.
• Enterprise integration – Enabling businesses to rely on decentralized, privacy-first verifications that comply with industry standards.

By serving as the connective tissue between ecosystems, the identity oracle transforms Moca’s privacy-preserving model into a universal verification framework.

Moca Network’s identity infrastructure represents a breakthrough in how privacy and verification can coexist. With zkProofs, W3C standards, zkTLS, and an identity oracle, the network provides a robust foundation for self-sovereign, interoperable, and secure identity in Web3. This approach doesn’t just protect user data—it establishes trust across decentralized ecosystems, paving the way for a privacy-first future in digital identity.

Token Utility: Governance, Fees, and Loyalty

At the heart of Moca Network’s privacy-first identity infrastructure lies the MOCA token—a multi-utility asset that not only powers the technical operations of the network but also aligns incentives among users, developers, and community members. Designed to be more than just a transactional currency, MOCA underpins governance, service payments, and loyalty mechanisms, making it an essential component of the ecosystem’s growth and sustainability.

Governance Through DAO Participation

The MOCA token serves as the cornerstone of decentralized governance within the Moca Network. Token holders are empowered to participate in the Moca DAO, where they can propose, deliberate, and vote on protocol upgrades, ecosystem funding, and strategic partnerships.

This governance model ensures that the network evolves in a community-driven manner, reducing reliance on centralized decision-making. By holding and staking MOCA, participants gain a direct voice in shaping the future of the infrastructure, including updates to privacy standards, integration of identity oracles, and allocation of ecosystem resources.

Payments for Services and Verifications

Beyond governance, MOCA acts as the native utility token for powering services across the Moca ecosystem. It is used to pay for:

• Identity verifications – Transactions that validate credentials using zero-knowledge proofs.
• Data storage – Secure, decentralized storage of verifiable credentials.
• AI agent verification – Establishing trusted identities for autonomous AI systems interacting across Web3.

These use cases position MOCA as the medium of exchange for Moca’s identity economy, ensuring that every verification and interaction is backed by a sustainable economic model.

Abstracted Gas Fees Across Chains

One of the unique aspects of MOCA is its role in abstracting gas fees. Rather than forcing users to manage multiple tokens across different blockchains, Moca Network simplifies the experience by enabling one-token usage across chains.

In practice, this means that MOCA can be used to cover gas fees in chain-agnostic environments, making the process of interacting with decentralized applications (dApps) smoother and more intuitive. This feature eliminates one of the biggest pain points in Web3 adoption—juggling various native tokens just to complete basic transactions.

Identity and Reputation Services

MOCA also supports the fee economy for identity and reputation services. Whether users are verifying credentials, proving compliance, or building reputation scores, MOCA is the underlying token that powers these processes. Developers can integrate these services into applications, creating new use cases for decentralized lending, compliance checks, or access controls—all secured and verified via MOCA transactions.

Proof-of-Loyalty and Community Rewards

Finally, MOCA goes beyond governance and utility by serving as a proof-of-loyalty mechanism. Token holders can gain access to tiered rewards, exclusive services, and launchpad opportunities based on their level of participation and commitment to the network.

This loyalty function fosters deeper engagement by:

• Rewarding long-term holders with staking incentives and ecosystem perks.
• Unlocking access tiers that grant special privileges within the Moca ecosystem.
• Supporting launchpads where committed users can gain early access to new projects.

Through these programs, MOCA becomes more than just a utility—it becomes a marker of belonging within the Moca community.

The MOCA token plays a central role in aligning governance, powering services, and rewarding loyalty across Moca Network. From DAO participation and identity verifications to abstracted gas payments and loyalty-based rewards, MOCA ensures that the infrastructure is not only technically robust but also economically sustainable. By combining governance, utility, and community engagement into a single asset, Moca Network sets the foundation for a scalable and user-friendly identity layer in Web3.

Moca Network MOCA isn’t just a blockchain token—it’s the heart of a seamless, privacy-preserving identity network. With one universal identity, zkProof-powered privacy, and MOCA token as both fuel and governance, it bridges apps, ecosystems, and industries. Built on Animoca Brands’ massive Web3 ecosystem, it transforms identity into a composable, verifiable asset. Plus, the upcoming MocaPortfolio elevates community engagement—stake, earn, and gain access to a $20M+ token allocation pipeline.

Ready to become part of the future of identity? Explore AIR Kit integration, stake your MOCA, join Mocaverse, and start building your interoperable identity across the open internet.