MyEarth.ID was created with a clear vision: to give people full control over their digital identity. It began in India, where rapid digital transformation created the opportunity for more secure, user-controlled identity models. The founding team set out to create a system that was portable, secure, and managed by the individual rather than stored in centralized databases. Their goal was to support both personal ownership and institutional trust.
At the same time, Hedera Hashgraph was taking shape in the United States as a public distributed ledger designed for real-world use. It was developed as a response to the limitations of traditional blockchain systems. Blockchain introduced encryption and decentralization, but also brought trade-offs: slow transaction speeds, high fees, and energy-intensive consensus mechanisms. Hedera solves these problems from the ground up, offering faster performance, lower costs, and a governance model built for stability and trust. Its infrastructure provides the technical foundation needed to support scalable and compliant identity systems.
The alignment between the two was clear. Both MyEarth.ID and Hedera were built to address the same challenge: enabling secure digital verification while preserving user control. MyEarth.ID chose Hedera for its performance, reliability, and long-term focus on public benefit.
MyEarth.ID stores credentials in a private, encrypted wallet and shares them only when needed. Each verification is logged on the ledger, creating a tamper-proof audit trail that protects personal data. The result is a user-first identity solution ready for global adoption.
Together, they form a strong foundation for modern digital identity. The rest of this review explores how MyEarth.ID applies that foundation across industries.
MyEarth.ID Review: A Comprehensive Look
MyEarth.ID earns a 5 out of 5 for delivering a decentralized identity solution that is both visionary and practical. It strikes the right balance between user control, real-world usability, and technical integrity. Built on Hedera Hashgraph, it avoids the performance and cost pitfalls of traditional blockchain systems while maintaining compliance with global standards. For individuals, institutions, and governments seeking a scalable, privacy-first approach to digital identity, MyEarth.ID sets a high bar in a rapidly evolving space.
Rating
⭐️⭐️⭐️⭐️⭐️ (5/5)
Introduction
MyEarth.ID, developed by MyEarth.ID Limited, is a decentralized identity platform designed to give individuals control over their digital credentials. In an era where data breaches, identity fraud, and privacy concerns dominate headlines, this platform offers an alternative to the antiquated version of security. Web2’s reliance on centralized data is rife with hacking attempts. The vulnerability is in an identity system where a central authority, not the user, holds the keys.
This review explores how MyEarth.ID addresses the growing demand for secure, user-controlled identity verification across industries.
What is MyEarth.ID?
MyEarth.ID is a decentralized identity platform built on the Hedera Hashgraph network. It was launched in 2019 to address a core challenge in digital systems: how to verify identity without relying on centralized databases or exposing sensitive personal information.
The platform allows individuals to receive verifiable credentials, such as IDs, licenses, or certificates, from trusted issuers and store them in a secure, app-based wallet. These credentials can be shared with consent and verified instantly, without revealing unnecessary information. Each verification is recorded on Hedera’s distributed ledger, creating an auditable trail without compromising privacy.
MyEarth.ID is designed for practical, real-world use across sectors like healthcare, education, finance, and government. Examples include:
- Healthcare: Verifying insurance status or medical credentials
- Education: Issuing digital diplomas or academic records
- Finance: Fulfilling Know Your Customer (KYC) compliance
- Government: Providing digital access to services or verifying identity for programs and voting
The platform serves individuals who want to control their identity, as well as institutions that need to issue or verify credentials efficiently. By shifting control to the user and eliminating reliance on vulnerable, centralized systems, MyEarth.ID helps reduce fraud, improve trust, and streamline verification across industries.
It brings together three essential features:
- User control: Individuals manage their own credentials and decide what to share, with whom, and when
- Security: Data stays encrypted, and only proofs are logged on the ledger
- Interoperability: Built on global standards like W3C Verifiable Credentials, making it compatible across platforms and borders
The result is a privacy-first identity solution that puts people in charge of their information while supporting trusted transactions at scale.
What do you get with MyEarth.ID?
MyEarth.ID provides four key components that work together to deliver a secure, decentralized identity experience:
- A user-controlled identity wallet – This app-based wallet allows individuals to store and manage their digital credentials without relying on a central authority. All data remains in the user’s hands, protected by encryption and device-level security.
- Verifiable credentials built on open standards – Credentials issued through MyEarth.ID follow the W3C Verifiable Credentials model. They can represent anything from an ID card to a university degree and are securely stored in the user’s wallet for selective sharing.
- Granular, consent-based data sharing – Users choose exactly what to share, with whom, and under what conditions. This approach prevents overexposure of data and puts privacy back under user control.
- An immutable verification trail on Hedera Hashgraph – While personal data stays off-chain, each verification event is recorded on Hedera’s public ledger. This creates a tamper-proof audit trail that enhances trust without compromising privacy.
Together, these components form a system built for transparency, security, and individual ownership, making MyEarth.ID a reliable platform for modern identity management.
Pricing
MyEarth.ID does not publicly list fixed prices for individual users. The platform is primarily built around enterprise and institutional partnerships, which are priced through custom agreements.
However, individuals can access the core wallet functionality, such as storing and managing credentials, without upfront costs in most use cases. Any fees for credential issuance or verification are typically covered by the issuing institution (such as a school, hospital, or government agency), not the end user.
Because the platform runs on Hedera Hashgraph, which offers extremely low and predictable transaction costs, MyEarth.ID remains scalable and affordable for large-scale deployment without passing high costs on to users.
In short: For most individuals, MyEarth.ID is free to use unless a specific credential issuer applies a service fee.
Delivery
MyEarth.ID is delivered as a cloud-based platform accessible via both a web browser and a mobile application. Users can register instantly and begin managing their identity through the secure wallet interface. No physical hardware is required, and all functionality is handled digitally. The timing for receiving verifiable credentials depends on the policies and participation of each issuing institution.
Warranty and Compliance
While MyEarth.ID does not advertise a formal product warranty, but the platform adheres to globally recognized data privacy standards. It operates in compliance with frameworks such as GDPR and ISO/IEC 27001, which govern how personal information is processed, stored, and secured. These certifications serve as industry benchmarks for responsible data handling and provide users and institutions with confidence in the platform’s privacy and security practices.
What Problem Does MyEarth.ID Solve?
MyEarth.ID addresses three core challenges that continue to undermine digital identity systems:
- Centralized data risk: Most identity systems rely on centralized databases that create single points of failure. These systems are frequent targets for breaches, leaks, and misuse. MyEarth.ID eliminates this risk by decentralizing credential storage and verification.
- Inefficient verification processes: Traditional identity checks are slow, manual, and costly. Verifying qualifications, licenses, or IDs often requires phone calls, paperwork, or third-party systems. MyEarth.ID streamlines this with verifiable credentials and real-time, ledger-backed authentication.
- Lack of user control: In most systems, users have little visibility into where their identity data goes or who accesses it. MyEarth.ID gives individuals ownership of their credentials, enabling selective, consent-based sharing and stronger privacy protections.
By solving these structural issues, MyEarth.ID delivers a faster, safer, and more transparent identity experience for individuals, institutions, and governments alike.
Pros and Cons
Pros
✅ User ownership of identity – Users control their own credentials and decide when and with whom to share them.
✅ Reduces breach risk – Decentralized architecture removes the need for centralized databases, lowering exposure to large-scale hacks.
✅ Privacy-compliant by design – Built to align with global standards like GDPR and ISO27001.
✅ Interoperable across platforms – Follows open standards such as W3C Verifiable Credentials, supporting cross-platform use and long-term compatibility.
✅ Runs on energy-efficient infrastructure – Leverages Hedera Hashgraph, which provides fast, low-cost, and low-energy operations.
Cons
⚠️ Depends on issuer trust – Credential validity is only as strong as the integrity of the institution that issues it.
⚠️ Onboarding curve for non-technical users – Initial setup and wallet use may require support or education, especially for new digital identity users.
⚠️ Credential recovery is user-managed – Losing access to the wallet or recovery keys can result in lost credentials if no backup is maintained.
⚠️ Adoption requires institutional participation – The platform’s effectiveness depends on governments, schools, and businesses issuing credentials through it.
🔄 Comparison with Alternatives
🆚 Polygon ID – Polygon ID focuses on advanced cryptographic privacy features like zero-knowledge proofs (ZKPs). It excels in creating anonymous, proof-based identity systems, particularly for blockchain-native environments.
MyEarth.ID, by contrast, emphasizes real-world use with institutions and governments. Its design prioritizes practical deployment, speed, and ease of integration over cryptographic complexity.
🆚 Spruce ID – Spruce specializes in passwordless authentication and decentralized access management. Its tools are optimized for logging in to Web3 apps using your wallet instead of a password.
MyEarth.ID provides full credential lifecycle management—from issuance to verification—across sectors like healthcare, education, and finance, not just login access.
🆚 Hyperledger Indy – Hyperledger Indy is a powerful identity framework built for large-scale institutional use, often requiring custom infrastructure and technical expertise.
MyEarth.ID is more accessible and deployment-ready. It offers a lighter, app-based experience suited to both individual users and organizations, with faster onboarding and less infrastructure overhead.
🆚 Dock.io – Dock.io focuses on credential issuance and verification for professional and academic use cases. Built on its own custom blockchain using Substrate, Dock is designed for organizations that need to create, manage, and verify digital credentials quickly and securely.
MyEarth.ID, while similar in purpose, takes a more platform-agnostic and user-centered approach. It emphasizes user control, interoperability, and deployment across multiple sectors, not just employment or education. Its use of Hedera Hashgraph gives it broader scalability with low transaction fees and a high-performance public network.
Final Analysis
MyEarth.ID delivers a standards-based, user-first approach to decentralized identity. It combines user-controlled credentials, verifiable attestations, and immutable verification records on Hedera Hashgraph to support secure, privacy-respecting identity management at scale.
Its future success will depend on continued growth in institutional partnerships, streamlined user onboarding, and a firm commitment to open standards. For organizations seeking a compliant, scalable identity solution—and for individuals who value control over their personal data—MyEarth.ID stands out as a practical and forward-ready platform.
FAQs
Q: Does MyEarth.ID store personal data on the blockchain?
A: No. Only cryptographic proofs and transaction metadata are stored on-chain; sensitive data remains off-chain for privacy.
Q: How can users recover access if their credentials are lost?
A: MyEarth.ID supports multi-factor authentication and backup options for credential recovery.
User Testimonials
“Using MyEarth.ID reduced our credential fraud rates and made verification 3x faster.” – Registrar, Global University
Expert Opinions
“MyEarth.ID leverages Hedera Hashgraph to deliver a scalable, privacy-respecting identity solution aligned with emerging global standards.” – Hedera Governance Council
Usage Tips
To maximize the platform:
- Securely store backup keys in multiple locations.
- Use biometric authentication where available.
- Validate the credibility of any credential issuers before accepting credentials.
Conclusion
MyEarth.ID delivers a secure, standards-compliant identity management system that restores control of identity data to the user. It’s well-suited for enterprises and institutions seeking privacy, interoperability, and user-controlled verification at scale. For those navigating digital trust challenges, it offers a strong, practical foundation for decentralized identity.
Rating
⭐️⭐️⭐️⭐️⭐️ (5/5)
Engagement Question
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