The MCA Foundation announces the MCA series for self -maintaining privacy and verification of the user

Main meals

• MoCa series he 1 Blockchain layer Designed specifically for decentralized identity, verification of accreditation, and a reputation on the chain.
• Users control their data, coding Storage on the chain And check the zero knowledge.
• that it Compatible with EVM And power The ability to operate through chains and ecosystems.
• The MCA Strain series will come soon, and its original currency $ MoCA Dove the activity across the network.
• The MCA series facilitates the examination of accreditation data with other ecosystems, and the support of real multi -series vehicle flows.

In the MCA network, we believe that users should have their entire identity and determine how and where it is used. This belief drives our mission to build the largest identity network in the world: one identity, which can be verified everywhere, with an unlimited value.

The MCA series is the 1 layer that turns this vision into infrastructure. It was developed using the Animoca Brands ecosystem, which brings decentralized identity to production and redefines how identity works as a basic primitive procedure – coordination, access and reputation through ecosystems.

What is the MoCA series?

The MCA series is the Blockchain layer 1 layer to run a completely new identity concept – where users can Check those who are and what they do as reliable papersReplace the central data with reusable assets, portable and user control.

with airOur ecological product that includes Air kit and Air identifierThe MCA series has turned into the real user activity-such as joining a campaign, opening a reward, or achieving something inside the game into the series’s reliance data. These accreditation data are encrypted and stored under the user control, and verified through zero -zero -zerofs without exposing personal information.

These accreditation data is more than just data – it is assets, encrypted and decentralized. Exporters can liquease the use of accreditation data, and verifications can open access and rewards, and users (data holders) can carry their identity through applications and ecosystems. The MoCA series works as a decentralized data class that supports this flow, and $ MoCA As the original currency that coordinates activity, settlement and incentives in all the participants in the network.

What are the problems that the MoCA series solves?

• Central identity portal guardsThe identity is distinguished today and is liquefied by platforms such as alibaba and TENCENT, which leads to the imprisonment of users to segmented environmental systems without ownership or benefit. This MCA series is replaced by the portal guards by canceling the central infrastructure of the identity and restoring user control.
• Repeated verificationUsers repeatedly restore the same information through applications, waste time and create friction. The MCA series allows appetite and verify anywhere with workflow with portable and re -use accreditation data.
• Lack of transparency and approvalUsers rarely know who reaches their data or why. The MCA series imposes a complete transparency – verification of accreditation data is recorded, review, and an explicit user approval requires.
• Data control lossShared data is stored on central platforms indefinitely and is often misused. The MCA series gives users full salad on their credentials, which remain encoded and under their control – never displaying sensitive data during use.

How does the MCA series work?

The MoCA series offers a standard structure where the identity is not just an advantage at the top – it is included at the protocol level. It is compatible with EVM, allowing developers to build using hardness while taking advantage of the original stereotypes that enhance expansion, customization and flexibility. In the system center there is an identity model based on proof, where accreditation data is issued, stored and verified through a unified flow.

The roles working in the MoCA series

Before diving on how he works, it is important to understand the three main roles that make the identity of the MoCA series possible:

• Users (Also known as data holders) are individuals whose identity and actions are converted into a chain verification data. These accreditation data is encrypted and controlled by the user, and stored under his guaranteed air account by zero knowledge evidence. Users decide when and how to share their accreditation data via applications, basic systems or ecosystems.
• Exporters They are reliable business entities – such as protocols, platforms, games, or applications – that generate verified accreditation data based on the user activity. They issue these accreditation data on the MoCA series, allowing a deeper understanding of its users through the verified procedures, features and behaviors – all without exposing personal data. Exporters can also invest the use of accreditation data when Verifiers require proof, while maintaining full privacy through ZKPRoofs and user verification flows.
• Verification They are companies or protocols that seek to identify and involve relevant users who meet specific criteria-such as completing tasks, keeping accreditation data, or belonging to societies. By taking advantage of the verified accreditation data in MOCA, the parasites can plan the access of the user, bonuses and participation strategies more accurately-based on reliable signals supported instead of assumptions

Approval life cycle: From the release to verification to rewards and access

When the user completes a qualified procedure – such as joining a campaign, opening a feature or accessing a milestone – the source turns this activity to a Verifyable accreditation data. This dependence is CodedRegister on MoCa seriesAnd link the user Air accountIt remains entirely under its control through the mandate based on the wallet.

Users can repeat this process via the MCA ecosystem – claim new procedures with different Partners of the ecological systemOr collect multiple accreditation data from the same source through different connections, achievements or roles.

When a Auditor It needs to determine whether the user fulfills a specific condition – such as showing eligibility or confirming the participation – the insured can verify the validity of the claim without revealing any basic data by verifying the MoCA series.

All check -up of the MCA series occurs at the statement of the statement – just yes or no, without exposure to data. MOCA $ nourish each step through gas and settlement, which means that the accreditation data activity pays more benefit and demand for MOCA $.

The full gains verification system makes the MCA chain suitable for unreliable applications and identity that depends on continuous access to accurate accreditation data.

Benefits for all parties: Achieving one identity – can be verified everywhere, unlimited value

Users Take advantage of the accreditation data that maintains privacy and reuse that opens the rewards, exclusive access, and the status via platforms. By controlling their identity and ZKPRoofs, users decide when and how their credentials are shared without sacrificing privacy.

Exporters Verifying and managed accreditation data can be broadcast widely, and the NSIGHT acquires user procedures without storing personal data. This opens new ways to involve, reward users and keep them based on the verified behavior. Exporters can also liquidate these accreditation data when you require verification of proof, and convert the user procedures to continuous value flows.

Verification High users can be accurately targeting with safe signal signals. Accreditation -based verification reduces acquisition costs, and enables safe access to personal experiences through applications and ecosystems.

How does the MCA series differ from other Blockchains?

1. The original identity and the maintenance of privacy according to the design

The MCA series includes storing encrypted personal data and directly maintaining privacy in the basic layer-unlike other chains that depend on external systems such as IPFs. With the original support for ZKPROOFS and ZktlsUsers can prove facts (for example, age, site, behavior) without detecting basic data. All verification is composed of the user, registration, review, and ensuring that data remains safe, transparent and under the user control.

2.

The MCA series offers a model, check anywhere with re -use credentials. Instead of frequently verifying identity via platforms, users can create zero knowledge of specific demands, allowing reactions free of friction while maintaining privacy.

3. Verification roles that exceed consensus

MCA Series Approval Collection:

• Consensus health Maintaining network security and production blocks.
• Data categories Data safety support and make sure that encrypted accreditation data is accessible to verification.
• Inclusive chain attachments Enabling identity verification via ecosystems, supporting real intersectional interviews.

Using cases in the real world: How life improves with the identity that can be verified

Games: If you grind 100 hours in GTA6, you should be able to join the elite crew – without arguing in the voice chat. MOCA accreditation data in the game immediately, there are no required screenshots or doxxing.

Education: If you complete an online encryption course, you must have recognized credentials behind one platform. MCA converts your education into verified and mobile accreditation data that you can use to prove your skills anywhere.

Sports: If you have supported Inter Miaami before Messi arrives, this loyalty should be calculated. MOCA accreditation data prove that you were there first – opening distinctive tickets, exclusive drops, and accessing fans.

Start building on the MoCA series

the The MCA series is launched soonAnd we call for developers and partners to join us in building an authentic and verified identity layer in particular.

If you are developed:

• Visit the MCA series and Air3.com To learn more about the air kit
• Prepare your applications using the tools compatible with the hardness and tools compatible with EVM
• Join here For publication on TESTNET and merge air credit data

If you are a user,

Let’s start building on the MoCA series.

This article is also available in: Polski, Nederlands.