• Moca Chain is a modular, chain-agnostic, EVM-compatible Layer 1 purpose-built for identity and data.

• Identity protocols and applications can build on Moca Chain with end-to-end identity infrastructure capabilities, interoperability with other chains and apps via Identity Oracle, and access to a broad distribution of users, issuers, and verifiers under a unified identity.

• Identity data from multiple issuers — across healthcare, education, finance, sports, and more – will be issued to the same unified identity, collectively verifiable in any app on any chain.

• Identities on Moca Chain are self-sovereign and privacy-preserved — data is private to the users only, however can be verified with third parties via zero-knowledge proofs (”ZKP”) across any apps on any chains, without exposing raw data and only with user’s permission.

• Moca Chain’s decentralized data storage enables reusability and persistence of identity data for multiple verifications.

• Moca Chain removes the dependency on centralized data sources through its native zkTLS capability, enabling protocols and apps to onboard private web data without relying on traditional APIs.

• Moca Chain is not just another general-purpose L1 or L2 — it coexists symbiotically with other chains as the modular identity and data verification layer.

• Moca Chain’s testnet launches in Q3 and mainnet in Q4. $MOCA will serve as the core utility token powering the network’s identity and data ecosystem.

Data is the new oil, but why should I care?

• How does a normal user benefit from it?

• How do I invest in data?

Data has tremendous intrinsic value, reflected in M&A, data brokerage, advertising, research, and more. However, to date, data sharing and transactions have been highly inefficient. At Moca Network, we believe that data should be the new asset class everyone can invest in.

In order to have a liquid asset class, individuals should have full ownership of their identity, break free from the centralized entities, removing the middlemen, and controlling how data is being used and what value they get. This belief drives our mission to build the world’s largest identity network: one identity, verifiable everywhere, with unlimited value.

Moca Chain will launch with day-one access to Animoca Brands’ ecosystem of over 540 companies and 700 million users. However, it takes more than one ecosystem to become the world’s largest identity network. Hence, Moca Chain is your permissionless platform for protocols, apps and partners to share our network to bootstrap growth, and scale data issuance and verifications to the network.

What is Moca Chain?

Moca Chain is a Layer 1 blockchain designed to empower identity protocols, issuers, and verifiers to:

1. Onboard and store any private first party and web data via Moca Network’s storage and data onboarding solutions

2. Obfuscate and issue private data by generating zero-knowledge proofs (”ZKP”)

3. Verify identity data proofs on-chain by any app on any chain via Identity Oracle and traditional interfaces

4. Allow applications on any blockchain to verify identity data proofs on-chain

5. Monetize based on data verifications

In technical terms, Moca Chain consists of 4 main technologies:

• Decentralized data storage

• Identity Oracle

• zkTLS

• On-chain zero knowledge proof verifications

What is the relationship between AIR Kit and Moca Chain?

Together with AIR Kit—which includes AIR Account and AIR ID—Moca Chain’s ecosystem partners will have a seamless and app-embedded “entry point” to Moca Chain for user onboarding, credential issuance, credential verification, and web proof data generation.

For example, an online liquor store can use AIR Kit to embed a seamless account onboarding and identity flow to verify if the user is over 21 years old. The user visits the online store and get requested to verify her age. The user will then be able to generate a ZKP based on the previously issued and encrypted date of birth credential data. The store then verifies the age proof on Moca Chain without having access to the DOB data. The system returns only a “Y/N” response, allowing the user to proceed with the purchase, all without revealing any personal information.

These credentials are more than just static numbers, but instead generate financial value for the users and issuers in the data economy. As data takes the center stage in the financial flywheel, $MOCA will become the core currency powering the financialization of data. The more users are onboarded and the more valuable data is verified, the more $MOCA will be consumed and held.

Businesses can unlock new value for their user base and reach their qualified audience, while users can own their data and fully maximize its value. $MOCA serves as the native coin, providing a form of fee and economic value sharing across all network participants.

What Problems Does Moca Chain Solve?

Fragmented Identity Data Limit Reusability and Interoperability

Today, identity data is fragmented across platforms / chains, and managed by disparate entities, forcing redundant verification processes, and limiting data interoperability. Moca Chain addresses this by introducing a unified account and identity layer and cross-chain Identity Oracle, allowing credentials to be verified seamlessly across applications and ecosystems. How many times have you done the exactly the same KYC process with multiple platforms? What if you only need to do it once and use the data to verify on other platforms?

Identity Checks Expose Personal Data

Traditionally, Identity verifications require personal identifiable information (PII) to be shared in plaintext, raising serious security and privacy concerns. Moca Chain, by contrast, leverages ZKP to let users verify without ever revealing the underlying personal data.

Data Sharing Relies on Centralized Entities and Limits Monetization Opportunities

Most identity systems lock user data into centralized storages under the control of centralized entities. Moca Chain enables self-sovereign identity, enforcing data to be only shareable with users’ explicit approval. In addition, Moca Chain’s zkTLS module allow users to “re-own” any kind of web data without permissions from the centralized data source. Imagine trying to log in and display your airline status at the front desk, but in a tamper-proof and scalable manner.

How Does Moca Chain Work?

Moca Chain is not just a set of features, but a non-negotiable module for any user-centric architecture and data interoperability. It will become the backbone of any networks and ecosystems formed by users, issuers, and verifiers.

The Roles that Power Moca Chain

• Users (Data Holders) are individuals who want to unlock access or rewards by proving identity and data from various applications.

• Issuers are business entities that host the service, which collects the user data, or identity protocols that facilitate data collection via zkTLS. A user identity can hold data from multiple issuers.

• Verifiers are business entities that verify credentials for access, compliance, or the distribution of rewards. Verifiers can compose various verification criteria based on the user’s identity data, without accessing the raw data.

Credential Lifecycle on Moca Chain

Here is a step-by-step overview of how credentials are issued, stored, and verified on Moca Chain.

Step-by-Step Credential Flow on Moca Chain

1. User wants access to gated features or rewards (User → Verifier)

2. Verifier requests verification from user (Verifier → User)

3. User claims credential from issuer (User → Issuer)

4. Issuer validates user claim (Issuer → User)

5. Issuer issues and stores encrypted credentials on Moca Chain (Issuer → Moca Chain)

6. User authorizes verifier to decrypt credential (User → Verifier)

7. Verifier retrieves encrypted credential from decentralized storage on Moca Chain (Verifier → Moca Chain)

8. Verifier generates proof from decrypted credential, submits it for verification, verifies the proof, and offers access or rewards to user (Verifier → User)

How Credential Activity Drives $MOCA Value

$MOCA is the utility token of Moca Chain, required to power the protocol’s core infrastructure. As more credentials are issued, claimed, and verified, more $MOCA are required to be held and consumed:

• Validator Staking – Validators stake $MOCA to secure the network and process identity-related transactions.

• Gas Fees – $MOCA is required for all on-chain actions, including credential issuance, claim, verifications. The token will also be used in PayMaster, which will be used to pay for gas fees on all the compatible chains.

• Verification Fees – Verifiers pay $MOCA to verify credentials (e.g., KYC, qualifications), with the price set by issuers.

• Decentralized Data Storage – A Certain amount of $MOCA has to be held to enable storage per user.

• Identity Oracle – $MOCA will be used to pay the fee for relaying verifications to other chains.

• Data Generation – $MOCA is used for generating data via zkTLS with governance on data validity and performance.

How Is Moca Chain Different from Other Blockchains?

End-to-End Identity Infrastructure

Moca Chain offers the full infrastructure for the entire credential data lifecycle—from user onboarding to data issuance, verification, and monetization.

Neutral and Symbiotic Positioning as the Home for All Identities

With our history of being chain-agnostic and nature of Moca Chain, specifically its cross-chain Identity Oracle allows verifiable credentials to be verifiable everywhere, it is not biased towards any ecosystems or competing for TVL or traffic.

Massive Day 0 Reach via Animoca Brands and Moca Network

Moca Chain launches with access to over 540 companies and 700 million users via the Animoca Brands ecosystem, with early adoption by SK Planet’s (28m KYC’d users), OneFootball (200m users), and Animoca Brands portfolio – providing strong real-world distribution of users, data, and customers from day one.

Modular Architecture with AIR Kit

AIR Kit enables plug-and-play integration of universal accounts and identity modules into any chains, apps, and wallets. Partners can choose to integrate each module independently or all at once.

Privacy-First Verifications via ZKP

Credentials data are encrypted with users’ private keys, and data is only verified via ZKP. No one else except the user can give permission for data access.

Real-World Use Cases: How Life Gets Better with Moca Chain

Moca Chain gives users self-sovereign control over their data, unlocking real-world value through verifiable credentials. Here are just a few examples:

Compliance

Tired of doing 30 the same KYC processes? Do it once and reuse the credentials across all exchanges, payment apps, and more, without exposing your raw passport information or face scan.

Education

If you earn a university degree, or any training achievements, you can verify them on a job board platform, dating apps, and more.

Gaming

Your 100 hours in GTA6 should mean more than screenshots. With Moca credentials, your in-game spending and achievements become verifiable credentials, verifiable across games.

Creator

Your creator promoting or complaining about specific tokens can finally be verified if they hold any of them.

Sports

If you were an Inter Miami fan before Messi joined, that loyalty should count. Moca credentials verify fan history on-chain, unlocking access to premium drops, tickets, and rewards tied to proven engagement.

Start Building on Moca Chain

Moca Chain’s testnet is launching in Q3, onboarding the best identity protocols and giving them a home that helps each other grow. As the core infrastructure for verifiable, user-owned identity, it’s an open call to developers, builders, and visionaries ready to shape the next era of the internet. We’re here to help you grow together!

Start building at: https://mocachain.org/

Moca Network is bringing together InfoFi leaders to discuss how identity and reputation play a key role in the space. How do users, creators, and projects establish their presence? What’s the data saying about the latest trends and moves? What’s cooking behind the scenes?

Get the insights straight from the people making it happen.

@nansen_ai

@Cookie3_com

@cookiedotfun

@bubblemaps

@ethos_network

July 29, 2025

2 PM UTC

@moca_network

• Moca Chain is a modular, chain-agnostic, EVM-compatible Layer 1 purpose-built for identity and data.

• Identity protocols and applications can build on Moca Chain with end-to-end identity infrastructure capabilities, interoperability with other chains and apps via Identity Oracle, and access to a broad distribution of users, issuers, and verifiers under a unified identity.

• Identity data from multiple issuers — across healthcare, education, finance, sports, and more – will be issued to the same unified identity, collectively verifiable in any app on any chain.

• Identities on Moca Chain are self-sovereign and privacy-preserved — data is private to the users only, however can be verified with third parties via zero-knowledge proofs (”ZKP”) across any apps on any chains, without exposing raw data and only with user’s permission.

• Moca Chain’s decentralized data storage enables reusability and persistence of identity data for multiple verifications.

• Moca Chain removes the dependency on centralized data sources through its native zkTLS capability, enabling protocols and apps to onboard private web data without relying on traditional APIs.

• Moca Chain is not just another general-purpose L1 or L2 — it coexists symbiotically with other chains as the modular identity and data verification layer.

• Moca Chain’s testnet launches in Q3 and mainnet in Q4. $MOCA will serve as the core utility token powering the network’s identity and data ecosystem.

Data is the new oil, but why should I care?

• How does a normal user benefit from it?

• How do I invest in data?

Data has tremendous intrinsic value, reflected in M&A, data brokerage, advertising, research, and more. However, to date, data sharing and transactions have been highly inefficient. At Moca Network, we believe that data should be the new asset class everyone can invest in.

In order to have a liquid asset class, individuals should have full ownership of their identity, break free from the centralized entities, removing the middlemen, and controlling how data is being used and what value they get. This belief drives our mission to build the world’s largest identity network: one identity, verifiable everywhere, with unlimited value.

Moca Chain will launch with day-one access to Animoca Brands’ ecosystem of over 540 companies and 700 million users. However, it takes more than one ecosystem to become the world’s largest identity network. Hence, Moca Chain is your permissionless platform for protocols, apps and partners to share our network to bootstrap growth, and scale data issuance and verifications to the network.

What is Moca Chain?

Moca Chain is a Layer 1 blockchain designed to empower identity protocols, issuers, and verifiers to:

1. Onboard and store any private first party and web data via Moca Network’s storage and data onboarding solutions

2. Obfuscate and issue private data by generating zero-knowledge proofs (”ZKP”)

3. Verify identity data proofs on-chain by any app on any chain via Identity Oracle and traditional interfaces

4. Allow applications on any blockchain to verify identity data proofs on-chain

5. Monetize based on data verifications

In technical terms, Moca Chain consists of 4 main technologies:

• Decentralized data storage

• Identity Oracle

• zkTLS

• On-chain zero knowledge proof verifications

What is the relationship between AIR Kit and Moca Chain?

Together with AIR Kit—which includes AIR Account and AIR ID—Moca Chain’s ecosystem partners will have a seamless and app-embedded “entry point” to Moca Chain for user onboarding, credential issuance, credential verification, and web proof data generation.

For example, an online liquor store can use AIR Kit to embed a seamless account onboarding and identity flow to verify if the user is over 21 years old. The user visits the online store and get requested to verify her age. The user will then be able to generate a ZKP based on the previously issued and encrypted date of birth credential data. The store then verifies the age proof on Moca Chain without having access to the DOB data. The system returns only a “Y/N” response, allowing the user to proceed with the purchase, all without revealing any personal information.

These credentials are more than just static numbers, but instead generate financial value for the users and issuers in the data economy. As data takes the center stage in the financial flywheel, $MOCA will become the core currency powering the financialization of data. The more users are onboarded and the more valuable data is verified, the more $MOCA will be consumed and held.

Businesses can unlock new value for their user base and reach their qualified audience, while users can own their data and fully maximize its value. $MOCA serves as the native coin, providing a form of fee and economic value sharing across all network participants.

What Problems Does Moca Chain Solve?

Fragmented Identity Data Limit Reusability and Interoperability

Today, identity data is fragmented across platforms / chains, and managed by disparate entities, forcing redundant verification processes, and limiting data interoperability. Moca Chain addresses this by introducing a unified account and identity layer and cross-chain Identity Oracle, allowing credentials to be verified seamlessly across applications and ecosystems. How many times have you done the exactly the same KYC process with multiple platforms? What if you only need to do it once and use the data to verify on other platforms?

Identity Checks Expose Personal Data

Traditionally, Identity verifications require personal identifiable information (PII) to be shared in plaintext, raising serious security and privacy concerns. Moca Chain, by contrast, leverages ZKP to let users verify without ever revealing the underlying personal data.

Data Sharing Relies on Centralized Entities and Limits Monetization Opportunities

Most identity systems lock user data into centralized storages under the control of centralized entities. Moca Chain enables self-sovereign identity, enforcing data to be only shareable with users’ explicit approval. In addition, Moca Chain’s zkTLS module allow users to “re-own” any kind of web data without permissions from the centralized data source. Imagine trying to log in and display your airline status at the front desk, but in a tamper-proof and scalable manner.

How Does Moca Chain Work?

Moca Chain is not just a set of features, but a non-negotiable module for any user-centric architecture and data interoperability. It will become the backbone of any networks and ecosystems formed by users, issuers, and verifiers.

The Roles that Power Moca Chain

• Users (Data Holders) are individuals who want to unlock access or rewards by proving identity and data from various applications.

• Issuers are business entities that host the service, which collects the user data, or identity protocols that facilitate data collection via zkTLS. A user identity can hold data from multiple issuers.

• Verifiers are business entities that verify credentials for access, compliance, or the distribution of rewards. Verifiers can compose various verification criteria based on the user’s identity data, without accessing the raw data.

Credential Lifecycle on Moca Chain

Here is a step-by-step overview of how credentials are issued, stored, and verified on Moca Chain.

Step-by-Step Credential Flow on Moca Chain

1. User wants access to gated features or rewards (User → Verifier)

2. Verifier requests verification from user (Verifier → User)

3. User claims credential from issuer (User → Issuer)

4. Issuer validates user claim (Issuer → User)

5. Issuer issues and stores encrypted credentials on Moca Chain (Issuer → Moca Chain)

6. User authorizes verifier to decrypt credential (User → Verifier)

7. Verifier retrieves encrypted credential from decentralized storage on Moca Chain (Verifier → Moca Chain)

8. Verifier generates proof from decrypted credential, submits it for verification, verifies the proof, and offers access or rewards to user (Verifier → User)

How Credential Activity Drives $MOCA Value

$MOCA is the utility token of Moca Chain, required to power the protocol’s core infrastructure. As more credentials are issued, claimed, and verified, more $MOCA are required to be held and consumed:

• Validator Staking – Validators stake $MOCA to secure the network and process identity-related transactions.

• Gas Fees – $MOCA is required for all on-chain actions, including credential issuance, claim, verifications. The token will also be used in PayMaster, which will be used to pay for gas fees on all the compatible chains.

• Verification Fees – Verifiers pay $MOCA to verify credentials (e.g., KYC, qualifications), with the price set by issuers.

• Decentralized Data Storage – A Certain amount of $MOCA has to be held to enable storage per user.

• Identity Oracle – $MOCA will be used to pay the fee for relaying verifications to other chains.

• Data Generation – $MOCA is used for generating data via zkTLS with governance on data validity and performance.

How Is Moca Chain Different from Other Blockchains?

End-to-End Identity Infrastructure

Moca Chain offers the full infrastructure for the entire credential data lifecycle—from user onboarding to data issuance, verification, and monetization.

Neutral and Symbiotic Positioning as the Home for All Identities

With our history of being chain-agnostic and nature of Moca Chain, specifically its cross-chain Identity Oracle allows verifiable credentials to be verifiable everywhere, it is not biased towards any ecosystems or competing for TVL or traffic.

Massive Day 0 Reach via Animoca Brands and Moca Network

Moca Chain launches with access to over 540 companies and 700 million users via the Animoca Brands ecosystem, with early adoption by SK Planet’s (28m KYC’d users), OneFootball (200m users), and Animoca Brands portfolio – providing strong real-world distribution of users, data, and customers from day one.

Modular Architecture with AIR Kit

AIR Kit enables plug-and-play integration of universal accounts and identity modules into any chains, apps, and wallets. Partners can choose to integrate each module independently or all at once.

Privacy-First Verifications via ZKP

Credentials data are encrypted with users’ private keys, and data is only verified via ZKP. No one else except the user can give permission for data access.

Real-World Use Cases: How Life Gets Better with Moca Chain

Moca Chain gives users self-sovereign control over their data, unlocking real-world value through verifiable credentials. Here are just a few examples:

Compliance

Tired of doing 30 the same KYC processes? Do it once and reuse the credentials across all exchanges, payment apps, and more, without exposing your raw passport information or face scan.

Education

If you earn a university degree, or any training achievements, you can verify them on a job board platform, dating apps, and more.

Gaming

Your 100 hours in GTA6 should mean more than screenshots. With Moca credentials, your in-game spending and achievements become verifiable credentials, verifiable across games.

Creator

Your creator promoting or complaining about specific tokens can finally be verified if they hold any of them.

Sports

If you were an Inter Miami fan before Messi joined, that loyalty should count. Moca credentials verify fan history on-chain, unlocking access to premium drops, tickets, and rewards tied to proven engagement.

Start Building on Moca Chain

Moca Chain’s testnet is launching in Q3, onboarding the best identity protocols and giving them a home that helps each other grow. As the core infrastructure for verifiable, user-owned identity, it’s an open call to developers, builders, and visionaries ready to shape the next era of the internet. We’re here to help you grow together!

Start building at: https://mocachain.org/

Introducing the Identity House, happening June 27 – July 1, 2025, in Cannes, France. Join developers, protocol engineers, and zk tinkerers to build real tools for real use cases — from verifiable credentials to social recovery, access control, and beyond.

Why identity? Why now?

Web3 is scaling fast, but identity hasn’t kept up. Most users are still interacting with the ecosystem through throwaway wallets and fragmented accounts, while projects rely on incomplete data to gate access or verify trust.

Moca Network is focused on solving this. With AIR Kit, developers can issue and portable, privacy-preserving and verifiable credentials that reflect real user actions — all without exposing underlying data.

Identity is no longer a nice-to-have. It’s the layer that makes everything else work — and we’re inviting builders to shape what it looks like.

What Is the Identity House?

The Identity House is a five-day, in-person builder sprint for developers ready to ship at the edge of identity tech.

From low-level protocol primitives to high-impact UX flows, you’ll be building alongside the Moca Network core team, experimenting with cutting-edge tools, and helping shape what identity infrastructure looks like for the real world.

Be an early adopter, get hands-on support, and ship something that could redefine how identity works across games, DeFi, education, healthcare, and beyond.

Location: Cannes, France (Full venue address will be shared with selected builders)

Dates: June 27 – July 1, 2025

Themes:

•⁠ ⁠Credential-based apps

•⁠ ⁠Account & Identity Infrastructure

•⁠ ⁠Universal identity

•⁠ ⁠Reputation apps

What to expect

This isn’t a weekend bounty grab or pitch contest. It’s a hands-on and structured environment for focused building, with the people and support to accelerate meaningful ideas.

• Daily mentor check-ins and unblock sessions with identity and infra experts

• Architecture and product reviews from AIR Kit contributors and ecosystem partners

• Fireside chats with leaders working on zk, credentials, and decentralized reputation

• UX validation sessions with technical and design peers

• Demo Day to showcase your build in front of judges, grant reviewers, and ecosystem leads

You’ll also get access to post-hack support and long-term program consideration.

What you can build

We’re looking for ideas and projects across the identity stack. More than just a co-working space, this is a curated five-day sprint for:

• Top Web3 builders & ex-founders

• Identity protocol nerds & zk hackers

• Infra obsessives & UX tinkerers

Technical areas of focus include:

• ⁠Credential-based apps: Build apps that use credentials to unlock new behaviors, financial tools, loyalty, or rewards.

• ⁠Account & Identity Infrastructure: Build the foundational tools to issue, verify, route, and resolve identity and credentials.

• ⁠Universal identity: Projects that bring real-world identities(students, patients, professionals) into Web3 in a privacy-preserving, trustless way.

• Reputation apps: Build apps that capture and use reputation for decision-making, discovery, or rewards.

No need to be fully formed — bring a concept, and leave with something real.

Prizes and Post-Hack Support

Total Prize Pool: $40,000 in $MOCA

Track 1: Credential-Based Apps

Prize Pool: $10,000 (shared among a limited number of winners; details coming soon)

Build apps that use credentials to unlock new behaviors, financial tools, loyalty programs, or rewards.

Track 2: Account & Identity Infrastructure

Prize Pool: $10,000 (shared among a limited number of winners; details coming soon)

Build foundational tools to issue, verify, route, and resolve identity and credentials.

Track 3: Universal Identity

Prize Pool: $10,000 (shared among a limited number of winners; details coming soon)

Create projects that bring real-world identities (students, patients, professionals) into Web3 in a privacy-preserving, trustless way.

Track 4: Reputation Apps

Prize Pool: $10,000 (shared among a limited number of winners; details coming soon)

Build apps that capture and use reputation for decision-making, discovery, or rewards.

Winning teams may also receive:

• Ecosystem amplification and showcase opportunities all within an identity network connected to 540+ companies, 700M+ users, and enterprise partners through Animoca Brands

• Integration opportunities and pilot support with partners across Animoca Brands’ portfolio

• Continued technical mentorship and ecosystem onboarding post-event

We may announce more special tracks and rewards soon — stay tuned!

Judging criteria

Submissions will be evaluated based on:

• Technical originality and execution

• Relevance to decentralized identity

• Integration with AIR Kit

• Usability and UX thinking

• Ecosystem potential and real-world impact

Discover how Moca Chain's ecosystem powers continuous demand for $MOCA 👉

Moca Chain: a purpose-built L1 blockchain for identity and data

User sovereignty over personal data has long been overlooked.

https://wublock.substack.com

How to Qualify for MocaDrop
To participate in MocaDrop, you need at least 1 Staking Power. You can earn Staking Power by staking your $MOCA tokens here.
Want to know your current eligibility? Just check your Staking Profile to view your Staking Tier and power level.

Flexible vs. Fixed Mode

There are two drop types: Flexible Mode and Fixed Mode — each with distinct mechanics for participation.

FLEXIBLE MODE

In Flexible Mode, participants burn any amount of Staking Power within a defined range. Final token allocation is proportional to your contribution compared to the total burned across all participants.

How to Participate:

1. Connect Wallet: Log in with your Staking Wallet

2. Select a Project: Choose an active Flexible Mode MocaDrop project to view project details.

3. Burn Staking Power: Enter the amount of Staking Power to burn (within the min/max range). Confirm by signing a gas-less signature.

4. Wait for Allocation: Once the registration period ends, your allocation is calculated as: (Your Burned SP / Total Burned SP) × Total Token Pool

5. Claim Tokens: Tokens are automatically airdropped or claimable on chain after the allocation reveal.

Check out past Flexible Mode MocaDrops with $CHAMP, $PFVS, & $KIP.

FIXED MODE

In Fixed Mode, participants must burn above the minimum Staking Power limit for their Staking Tier. Each tier has a set number of Lots and token allocation. Top bidders within each Tier will receive 1 Fixed Lot each, with the final Staking Power priced at the lowest successful bid. Excess Staking Power or unsuccessful bids will be refunded.

How to Participate:

1. Connect Wallet: Log in with your Staking Wallet

2. Select Project: Choose an active Fixed Mode MocaDrop to view project details

3. Burn Required SP for Your Tier: Follow the on-screen prompts to burn the SP for your Staking Tier. More Staking Power burned = higher chance to secure a Lot

4. Register: Confirm registration via gas-less signature

5. Wait for Allocation: Once the registration period ends, your allocation will be revealed if you successfully bid for a Lot.

6. Claim Tokens: Tokens are automatically airdropped or claimable on chain after the allocation reveal.

Check out past Fixed Mode MocaDrops with $RDAC, $ISLAND, & $AC.

Disclaimer: The contents of this article is for general informational purposes only and does not constitute an offer, solicitation or recommendation to transact in any crypto assets. Nothing in this article constitutes legal, financial, business or tax advice. While Mocaverse will use its reasonable efforts to ensure the accuracy of any information in this article, Mocaverse makes no representation or warranty that the contents of this article is accurate or complete. Mocaverse has not independently verified the accuracy or completeness of any information provided by third parties. Mocaverse is also not under any obligation to update the information in this article. Nothing contained in this article is or may be relied upon as a promise, representation or undertaking in respect of MocaDrop.

Rather than sharing personal details or sensitive information, ZKPs enable privacy-preserving verification. You can confirm facts like “I’m over 18” or “I attended this event” without revealing your ID, wallet address, or transaction history.

In Web3 and digital identity systems, where data privacy and user control are critical, ZKPs play a foundational role.

• Privacy-first: Prove facts without exposing personal data

• Secure: ZKPs are cryptographically secure and cannot be faked

• User-controlled disclosure: You choose when and how to share proof

Example:

To access a website with an age gate, you’d normally show your ID. That reveals your name, birthdate, and more. With a ZKP, you simply prove you’re over 18—without exposing any extra information.

Why Zero-Knowledge Proofs Matter For Identity

As we spend more time online, it’s becoming increasingly important to have secure and private ways to prove our identity. Whether you’re logging into a banking app, accessing government services, using social media, or managing healthcare records, you’re often asked to share personal information to confirm your identity.

Traditional identity checks often ask for more than necessary, putting your privacy and security at risk.

Zero-knowledge proofs offer a better way — letting you prove things like your age, status, or credentials without exposing the underlying data. This follows the principle of data minimization: share only what’s needed, nothing more.

Key Benefits of zkProofs in Web3 and beyond:

zkProofs enable users to prove identity attributes or claims without revealing the underlying data, which is essential for blockchain-based identity, decentralized login systems, and on-chain verification.

• Protect user data: Only the required claim is proven (e.g., “over 18”), while all other personal information remains private.

• Ensure authenticity: Proofs are cryptographically secure, context-bound, and non-replayable — preventing forgery, tampering, or misuse.

• Streamline access: Users get verified instantly with minimal friction, without exposing sensitive data.

Moca Network integrates ZKPs into its identity infrastructure, through AIR Kit, users can generate ZKPs based on credentials they’ve claimed, such as academic records, medical history or compliance certifications 

These zkProofs work across platforms and ecosystems, enabling:

• Age verification without ID exposure

• Reputation-based access without wallet doxxing

• Proof of contribution without revealing wallet activity

Moca Network empowers users with reusable, secure, and private digital credentials that can be verified anywhere—without ever giving up control.

Zero-knowledge proofs are setting a new standard for online identity. As more apps, platforms, and ecosystems adopt verifiable credentials, users will be able to prove more while revealing less.

Moca Network is pioneering this shift: combining ZKPs and verifiable credentials to deliver a privacy-first identity layer for everyone.

Source: “The knowledge complexity of interactive proof systems.“ Goldwasser, S., Micali, S., & Rackoff, C.

AIR Kit fixes this by bringing verified user actions together into one identity that works across different ecosystems.

What is AIR Kit?

AIR Kit is a modular identity toolkit that enables developers to issue, verify, and use verifiable credentials tied to user proofs.

These proofs can include:

• Educational background (e.g. degree, university attended, graduation year)

• Employment history (e.g. job title, company affiliation, contribution record)

• Health records (e.g. medical history used by hospitals to prescribe medication)

• Financial credentials (e.g. KYC status reused across banking and fintech apps)

• Or any fact or action that proves the user’s identity

What’s in the Kit?

AIR Kit is made up of these core components:

• AIR Account: A universal account that enables smooth, secure logins across different applications. Supports wallet, email, passkey, and session key authentication.

• AIR ID: A self-sovereign identity that allows apps to recognize a user across platforms without exposing private data.

• AIR Credential: A universal verifiable credential system that can be used across different applications and networks to generate proof statements (also known as verifiable proofs) through the use of ZK technology, while unifying credentials back to a single universal ID known as AIR ID.

Together, they form the foundation of identity in the AIR Kit model:
A = Account, I = Identity, R = Reputation

Why It Matters

Most identity systems fail to deliver on trust, privacy, and interoperability. Users face repetitive onboarding, apps struggle to verify intent without over-collecting data, and platforms retain control over user information with little transparency.

AIR Kit solves these core challenges by addressing the root problems:

• Fragmented identity creates redundant verification and limits interoperability across apps and chains.

• Traditional identity checks expose personal data and compromise user privacy.

• Centralized data systems restrict user control and prevent data reuse or monetization.

With AIR Kit:

• Users gain seamless access, fewer repetitive tasks, and full control over their verified identity.

• Apps gain insights into user behavior and can verify those actions across partners without compromising privacy.

What You Get: The AIR Kit Stack

AIR Kit is a modular, privacy-preserved identity stack that includes decentralized data storage, zkProofs, zkTLS, and Identity Oracle:

Universal SSO Module
Enables seamless login and identity reuse across platforms. Compatible with both wallet and email logins.

Integrated Wallet Solutions
Provides built-in support for swaps, on-ramps, and off-ramps, allowing teams to focus on what makes their product stand out.

Smart Accounts with Web2 UX
Features account abstraction with session key support and gas sponsorship, delivering a smooth and familiar user experience.

Benefits for Everyone

For Builders & Businesses

• Verify users privately and securely with zero-knowledge technology.

• Verify users across chains and platforms with ease, enabling seamless interoperability.

• Tap into massive distribution with access to hundreds of apps, brands, and millions of users.

For Users

• Unify your identity and data across apps and platforms.

• Prove your identity to any app on any chain with zero-knowledge proofs.

• Unlock rewards and access often missed due to fragmented or unverifiable data.

From Wallets to Identities

AIR Kit moves apps beyond addresses and logins toward a future where identity is verifiable, private, and self-sovereign.

Ready to power your app with verifiable identity?
Sign up to explore how AIR Kit fits into your product: https://mocanetwork.typeform.com/airkitform

They serve as digital proofs of fact—like age, membership, or achievement—issued by trusted entities, held by users, and instantly verifiable by others, without manual checks or data exposure.

What makes VCs powerful is that they are interoperable, privacy-preserving, and trust-minimized. Built on open standards (such as W3C), they enable systems where users decide what to share—and only reveal what’s necessary.

What is a Credential?

A credential is any record that proves something about you.
In real life, that might be a passport, diploma, or loyalty card.
In digital environments, credentials can represent:

• Your identity (e.g. age, student status, country of residence)

• Your actions and achievements (e.g. completing a course, attending an event, ranking in a game, earning a community reward)

How It Works:

Key Players

• Issuer: Structures and attests to the credential data on-chain.

• User: Holds the credential privately, encrypted via their AIR Account.

• Verifier: Can request proof of a claim (e.g. 18+) and receive a zkProof—confirmation without needing to see sensitive details.

Credentials are issued by Issuers (like a university or government), hold by the Users, and can be shown to others (verifiers) when needed. Each credential includes a digital signature that proves it’s real and hasn’t been tampered with. Verifiers can check this signature without contacting the original issuer.

Example: Coinbase Verification on Base lets users prove their residency status using attested credentials.

Why it matters

With verifiable credentials, users no longer need to overshare personal information just to prove who they are or what they’ve done. Instead of exposing data, they can present cryptographic proof of specific claims—preserving privacy while still building trust. For example:

• Prove they’re over 18 without revealing their full birthdate

• Show they contributed to a project without exposing their wallet history

• Receive recognition for actions, achievements, or participation, online or offline

At the same time, platforms gain access to proof-backed user insights without needing to collect or store personal data. This enables a privacy-first approach to identity, access, and engagement.

Real-world use cases

• A gamer uses a tournament credential to unlock perks in another game

• A shopper earns a loyalty credential to access private sales

• A user attends an event and unlocks gated content

• A learner shares a credential when applying for a job or grant

What Moca Network Is Building

Moca Network is building the world’s largest identity network—connecting users, apps, and brands through privacy-first credentials that prove what matters and protect what doesn’t.

With AIR Kit, users can:

• Claim credentials from games, communities, and real-world apps without exposing personal data

• Use them across ecosystems for access, rewards, and recognition

• Stay in control of what they share

With verifiable credentials, identity becomes reusable, private by design, and recognized across apps, games, and digital platforms. Users no longer need to start from scratch or repeat verification steps. Instead, they unify a trusted identity that proves what matters seamlessly.

• Mocaverse began as a membership NFT project and evolved into a movement around user-owned identity and verifiable credentials—while staying true to its goals of empowering user-owned data..

• We battle-tested that vision with AIR ID, proving that identity isn’t just about assets—it’s about action and reputation.

• We’re now scaling that into real-world infrastructure for both Web3 and Web2 through Moca 3.0 and AIR Kit

• This isn’t theoretical. It’s live, with real-world adoption like OK Cashbag, Korea’s largest loyalty app, integrating AIR ID to transform user engagement into onchain reputation.

From Membership NFTs to Meaningful Identity

Mocaverse originally launched as an NFT collection for the Animoca Brands ecosystem, giving holders access to drops, allowlists, and alpha. But what made it special wasn’t just the perks—it was the identity signal. Your Moca NFT was your badge, your vibe, your values. The PFP you chose said something about you—your tribe, your aesthetic, your on-chain personality. In many ways, NFTs were the first scalable format of Web3 identity. They let you show who you are, not just what you own. That insight laid the foundation for what became AIR ID.

From identity to credentials. From credentials to reputation.

By late 2023, we doubled down on the idea of user-centric identity with the launch of AIR Kit and ID. It wasn’t just another wallet login—it was the first proof-of-concept for our decentralized identity layer. One that transforms every meaningful user action—joining a DAO, completing a quest, staking in a protocol—into a verifiable, privacy-preserving credential. Rather than rewarding wallet size or snapshot farmers, we began rewarding real engagement: completing missions, supporting projects, referring friends. These behaviors became credentials. And those credentials became reputation.

We began the journey with Moca ID—the first AIR ID native to our platform. Thousands of users claimed and began building a single and portable identity that moved with them across dApps and platforms. What started as a simple on-chain identity evolved into the connective tissue of a more personalized and interoperable Web3. Every interaction became a building block. And most importantly, you controlled it.

Moca 3.0: Building the Internet’s Identity Network

With AIR Kit—our toolkit for Accounts, Identity, and Reputation—we’re scaling AIR ID into real infrastructure. Builders can now embed universal accounts, create dynamic reputation systems, and design identity-powered experiences across Web3 and Web2. It’s all part of a broader decentralized digital identity infrastructure that helps applications leverage onchain credentials without ever compromising on user privacy or ownership. The identity economy has begun. And your identity? It’s yours.

Real-World Proof: OK Cashbag x Moca

In South Korea, SK Planet (behind OK Cashbag, the nation’s largest loyalty app) is using AIR Kit to connect Web2 loyalty activity to onchain identity.

Users earn AIR IDs through everyday actions, which evolve into reputation profiles that unlock token rewards, exclusive quests, and more. It’s a live example of how identity bridges ecosystems—and turns behavior into value.

What’s Next?

More partners. More credentials. More use cases.

With products like MocaList, MocaDrop, and AIR Kit, you can now own, store, and activate their identity across the open internet.

Whether you’re a builder, creator, or user—your identity is now your superpower.

Mocaverse is no longer just a community. It’s becoming the identity layer of Web3—designed to help you own your credentials, control your data, and unlock a more human internet.

This partnership brings zkMe’s credentials into the Moca ecosystem, enabling seamless, privacy-preserving verification for over 1.5 million zkMe users across any app or chain, while ensuring users maintain full control of their data at every step.

Credential Issuance and Interoperability via AIR Kit

As an Issuer on Moca Chain, zkMe will adopt AIR Kit, Moca Network’s modular identity toolkit, to issue credentials that are encrypted, reusable, and verifiable across any app or chain. With the AIR Kit, zkMe can issue verifiable credentials, including age, citizenship, location, credit score, and investor accreditation, to users. As identities on Moca Chain are self-sovereign and privacy-preserved, users retain full ownership over their credentials. These credentials are stored using a decentralized data infrastructure and can be verified through zero-knowledge proofs (ZKPs), ensuring that no raw data is exposed during issuance or verification.

As part of the integration, zkMe will also adopt AIR Account, the universal account resolution layer within AIR Kit. This enables zkMe to consolidate multiple wallets and identifiers into a single, privacy-preserving identity, making its zkKYC credentials interoperable across various chains, applications, and environments.

zkMe as a Verifier

While zkMe’s primary role is as an Issuer, it may also act as a Verifier within the Moca ecosystem when specific data points are needed to validate user eligibility. For example, zkMe may verify whether a user meets jurisdictional, age-based, or accreditation requirements for gated services or campaigns.

In these cases, zkMe can validate credentials using AIR Kit without accessing or exposing any raw user data. This preserves end-user privacy while enabling trustless verification of facts across on-chain and off-chain environments.

A Shared Commitment to User-Owned Identity

Moca Network is building the world’s largest chain-agnostic decentralized identity network, with infrastructure for reputation, verification for access and rewards, and interoperability across industries and ecosystems. zkMe aligns perfectly with Moca’s core belief: users should have full control over their identity, deciding when and where it’s used.

Together, we are creating a privacy-first ecosystem for verifiable identity that works across the open internet.

Coming Soon: Multiverse Campaign with zkMe

To celebrate this partnership, Moca Network joins zkMe in launching the Multiverse Campaign—an initiative to spotlight how verifiable credentials and decentralized identity are driving the next wave of Web3 applications.

As the partnership expands across the Moca ecosystem, we look forward to sharing more use cases, integrations, and activations in the coming days.

Key Takeaways

• Moca Chain is a modular, chain-agnostic, EVM-compatible Layer 1 purpose-built for identity and data.

• Identity protocols and applications can build on Moca Chain with end-to-end identity infrastructure capabilities, interoperability with other chains and apps via Identity Oracle, and access to a broad distribution of users, issuers, and verifiers under a unified identity.

• Identity data from multiple issuers — across healthcare, education, finance, sports, and more – will be issued to the same unified identity, collectively verifiable in any app on any chain.

• Identities on Moca Chain are self-sovereign and privacy-preserved — data is private to the users only, however can be verified with third parties via zero-knowledge proofs (”ZKP”) across any apps on any chains, without exposing raw data and only with user’s permission.

• Moca Chain’s decentralized data storage enables reusability and persistence of identity data for multiple verifications.

• Moca Chain removes the dependency on centralized data sources through its native zkTLS capability, enabling protocols and apps to onboard private web data without relying on traditional APIs.

• Moca Chain is not just another general-purpose L1 or L2 — it coexists symbiotically with other chains as the modular identity and data verification layer.

• Moca Chain’s testnet launches in Q3 and mainnet in Q4. $MOCA will serve as the core utility token powering the network’s identity and data ecosystem.

Data is the new oil, but why should I care?

• How does a normal user benefit from it?

• How do I invest in data?

Data has tremendous intrinsic value, reflected in M&A, data brokerage, advertising, research, and more. However, to date, data sharing and transactions have been highly inefficient. At Moca Network, we believe that data should be the new asset class everyone can invest in.

In order to have a liquid asset class, individuals should have full ownership of their identity, break free from the centralized entities, removing the middlemen, and controlling how data is being used and what value they get. This belief drives our mission to build the world’s largest identity network: one identity, verifiable everywhere, with unlimited value.

Moca Chain will launch with day-one access to Animoca Brands’ ecosystem of over 540 companies and 700 million users. However, it takes more than one ecosystem to become the world’s largest identity network. Hence, Moca Chain is your permissionless platform for protocols, apps and partners to share our network to bootstrap growth, and scale data issuance and verifications to the network.

What is Moca Chain?

Moca Chain is a Layer 1 blockchain designed to empower identity protocols, issuers, and verifiers to:

1. Onboard and store any private first party and web data via Moca Network’s storage and data onboarding solutions

2. Obfuscate and issue private data by generating zero-knowledge proofs (”ZKP”)

3. Verify identity data proofs on-chain by any app on any chain via Identity Oracle and traditional interfaces

4. Allow applications on any blockchain to verify identity data proofs on-chain

5. Monetize based on data verifications

In technical terms, Moca Chain consists of 4 main technologies:

• Decentralized data storage

• Identity Oracle

• zkTLS

• On-chain zero knowledge proof verifications

What is the relationship between AIR Kit and Moca Chain?

Together with AIR Kit—which includes AIR Account and AIR ID—Moca Chain’s ecosystem partners will have a seamless and app-embedded “entry point” to Moca Chain for user onboarding, credential issuance, credential verification, and web proof data generation.

For example, an online liquor store can use AIR Kit to embed a seamless account onboarding and identity flow to verify if the user is over 21 years old. The user visits the online store and get requested to verify her age. The user will then be able to generate a ZKP based on the previously issued and encrypted date of birth credential data. The store then verifies the age proof on Moca Chain without having access to the DOB data. The system returns only a “Y/N” response, allowing the user to proceed with the purchase, all without revealing any personal information.

These credentials are more than just static numbers, but instead generate financial value for the users and issuers in the data economy. As data takes the center stage in the financial flywheel, $MOCA will become the core currency powering the financialization of data. The more users are onboarded and the more valuable data is verified, the more $MOCA will be consumed and held.

Businesses can unlock new value for their user base and reach their qualified audience, while users can own their data and fully maximize its value. $MOCA serves as the native coin, providing a form of fee and economic value sharing across all network participants.

What Problems Does Moca Chain Solve?

Fragmented Identity Data Limit Reusability and Interoperability

Today, identity data is fragmented across platforms / chains, and managed by disparate entities, forcing redundant verification processes, and limiting data interoperability. Moca Chain addresses this by introducing a unified account and identity layer and cross-chain Identity Oracle, allowing credentials to be verified seamlessly across applications and ecosystems. How many times have you done the exactly the same KYC process with multiple platforms? What if you only need to do it once and use the data to verify on other platforms?

Identity Checks Expose Personal Data

Traditionally, Identity verifications require personal identifiable information (PII) to be shared in plaintext, raising serious security and privacy concerns. Moca Chain, by contrast, leverages ZKP to let users verify without ever revealing the underlying personal data.

Data Sharing Relies on Centralized Entities and Limits Monetization Opportunities

Most identity systems lock user data into centralized storages under the control of centralized entities. Moca Chain enables self-sovereign identity, enforcing data to be only shareable with users’ explicit approval. In addition, Moca Chain’s zkTLS module allow users to “re-own” any kind of web data without permissions from the centralized data source. Imagine trying to log in and display your airline status at the front desk, but in a tamper-proof and scalable manner.

How Does Moca Chain Work?

Moca Chain is not just a set of features, but a non-negotiable module for any user-centric architecture and data interoperability. It will become the backbone of any networks and ecosystems formed by users, issuers, and verifiers.

The Roles that Power Moca Chain

• Users (Data Holders) are individuals who want to unlock access or rewards by proving identity and data from various applications.

• Issuers are business entities that host the service, which collects the user data, or identity protocols that facilitate data collection via zkTLS. A user identity can hold data from multiple issuers.

• Verifiers are business entities that verify credentials for access, compliance, or the distribution of rewards. Verifiers can compose various verification criteria based on the user’s identity data, without accessing the raw data.

Credential Lifecycle on Moca Chain

Here is a step-by-step overview of how credentials are issued, stored, and verified on Moca Chain.

Step-by-Step Credential Flow on Moca Chain

1. User wants access to gated features or rewards (User → Verifier)

2. Verifier requests verification from user (Verifier → User)

3. User claims credential from issuer (User → Issuer)

4. Issuer validates user claim (Issuer → User)

5. Issuer issues and stores encrypted credentials on Moca Chain (Issuer → Moca Chain)

6. User authorizes verifier to decrypt credential (User → Verifier)

7. Verifier retrieves encrypted credential from decentralized storage on Moca Chain (Verifier → Moca Chain)

8. Verifier generates proof from decrypted credential, submits it for verification, verifies the proof, and offers access or rewards to user (Verifier → User)

How Credential Activity Drives $MOCA Value

$MOCA is the utility token of Moca Chain, required to power the protocol’s core infrastructure. As more credentials are issued, claimed, and verified, more $MOCA are required to be held and consumed:

• Validator Staking – Validators stake $MOCA to secure the network and process identity-related transactions.

• Gas Fees – $MOCA is required for all on-chain actions, including credential issuance, claim, verifications. The token will also be used in PayMaster, which will be used to pay for gas fees on all the compatible chains.

• Verification Fees – Verifiers pay $MOCA to verify credentials (e.g., KYC, qualifications), with the price set by issuers.

• Decentralized Data Storage – A Certain amount of $MOCA has to be held to enable storage per user.

• Identity Oracle – $MOCA will be used to pay the fee for relaying verifications to other chains.

• Data Generation – $MOCA is used for generating data via zkTLS with governance on data validity and performance.

How Is Moca Chain Different from Other Blockchains?

End-to-End Identity Infrastructure

Moca Chain offers the full infrastructure for the entire credential data lifecycle—from user onboarding to data issuance, verification, and monetization.

Neutral and Symbiotic Positioning as the Home for All Identities

With our history of being chain-agnostic and nature of Moca Chain, specifically its cross-chain Identity Oracle allows verifiable credentials to be verifiable everywhere, it is not biased towards any ecosystems or competing for TVL or traffic.

Massive Day 0 Reach via Animoca Brands and Moca Network

Moca Chain launches with access to over 540 companies and 700 million users via the Animoca Brands ecosystem, with early adoption by SK Planet’s (28m KYC’d users), OneFootball (200m users), and Animoca Brands portfolio – providing strong real-world distribution of users, data, and customers from day one.

Modular Architecture with AIR Kit

AIR Kit enables plug-and-play integration of universal accounts and identity modules into any chains, apps, and wallets. Partners can choose to integrate each module independently or all at once.

Privacy-First Verifications via ZKP

Credentials data are encrypted with users’ private keys, and data is only verified via ZKP. No one else except the user can give permission for data access.

Real-World Use Cases: How Life Gets Better with Moca Chain

Moca Chain gives users self-sovereign control over their data, unlocking real-world value through verifiable credentials. Here are just a few examples:

Compliance

Tired of doing 30 the same KYC processes? Do it once and reuse the credentials across all exchanges, payment apps, and more, without exposing your raw passport information or face scan.

Education

If you earn a university degree, or any training achievements, you can verify them on a job board platform, dating apps, and more.

Gaming

Your 100 hours in GTA6 should mean more than screenshots. With Moca credentials, your in-game spending and achievements become verifiable credentials, verifiable across games.

Creator

Your creator promoting or complaining about specific tokens can finally be verified if they hold any of them.

Sports

If you were an Inter Miami fan before Messi joined, that loyalty should count. Moca credentials verify fan history on-chain, unlocking access to premium drops, tickets, and rewards tied to proven engagement.

Start Building on Moca Chain

Moca Chain’s testnet is launching in Q3, onboarding the best identity protocols and giving them a home that helps each other grow. As the core infrastructure for verifiable, user-owned identity, it’s an open call to developers, builders, and visionaries ready to shape the next era of the internet. We’re here to help you grow together!

Start building at: https://mocachain.org/