Fliggs Mobile is a digital-first, Web3-enabled mobile virtual network operator (MVNO) that aims to bridge the gap between telecommunications and financial services. Its core service is providing flexible, no-contract mobile plans that run on T-Mobile's nationwide 5G network. These plans, managed entirely through the Fliggs Mobile app, include features such as eSIM activation, international roaming passes, and data boosters.
It also features Web3 integration features including a non-custodial digital wallet built into the app. This wallet enables a loyalty program that rewards users with monthly cashback in Bitcoin or USDC on their service fees.
Fliggs Mobile is built on Hedera's distributed ledger technology, which is used to issue a Decentralised ID (DID) to every user upon activation. This gives customers sovereign control over their digital identity and personal data. The non-custodial wallet also leverages Hedera for its security and functionality, enabling secure cryptocurrency payments and the management of rewards. This integration is supported by The Hashgraph Association, which has provided both funding and technical support to pioneer this convergence of telecom services and decentralised technology.
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Inara World is a publishing platform that is working to create a new, tokenized economy for ebooks. Its focus is on solving the revenue and engagement challenges that authors face in the traditional publishing market.
The core of Inara's service is its "Streaming Ebooks" platform. This innovative model allows readers to pay for what they read, one page at a time, through a system of micropayments. This eliminates the need for readers to purchase an entire book upfront or to subscribe to a service. For authors, the platform provides a direct and transparent revenue stream, where they are paid for every page that is read.
The entire Inara World platform is built on the Hedera network. This integration is fundamental to the platform's ability to process a high volume of micropayments in a fast, secure, and cost-effective manner. By using Hedera, Inara provides a seamless and scalable solution for its tokenized ebook economy, creating a more equitable and engaging experience for both authors and readers.
W3C Decentralised Identifiers (DIDs) are a new type of globally unique identifier designed to enable verifiable, decentralised digital identity. As a formal web standard published by the World Wide Web Consortium (W3C), the DID architecture is a foundational component for building a more secure and user-centric internet.
Unlike traditional identifiers such as email addresses or usernames, DIDs are not tied to any centralised registry or company. This means that individuals and organisations can create and control their own identifiers, giving them "self-sovereign" control over their digital identities. The core of the system is the DID Document, a JSON file that contains the cryptographic keys and service endpoints associated with a DID. This document is stored on a distributed ledger or other decentralised network, allowing for secure and verifiable interactions.
The Hedera Consensus Service (HCS) is used to create a tamper-proof and auditable log of all DID-related events, such as creation, updates, and revocation.
Magic is a Wallet-as-a-Service (WaaS) platform that provides developers with tools to streamline user onboarding for decentralized applications, including those built on the Hedera network. The platform's core offering is an SDK that enables seamless authentication and the instant creation of non-custodial wallets for end-users, bypassing many of the traditional complexities of Web3.
For the Hedera ecosystem, Magic allows dApp developers to offer familiar Web2 login methods, such as email or social accounts, instead of requiring users to manage seed phrases or install separate browser-extension wallets. When a user logs into a Magic-enabled Hedera dApp, a secure, Hedera-compatible wallet is automatically generated for them in the background. This wallet is fully capable of interacting with the Hedera network, allowing the user to sign transactions, manage HBAR and HTS tokens, and engage with smart contracts.
The underlying technology uses a delegated key management system, where private keys are encrypted and stored in secure hardware modules, ensuring users retain full control and ownership of their assets without the burden of direct key management.
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