Mingo is a digital communication platform built on the Hedera network. It was designed to merge traditional messaging with the power and efficiency of Web3. Its foundational feature is a multi-messaging aggregator that consolidates various chat services into a single, unified inbox. This allows users to manage conversations from different platforms without constantly switching applications.
It features a multi-asset crypto wallet powered by Hedera, enabling users to securely manage HBAR and other Hedera-based tokens adding transaction features to its chat services. By utilizing the Hedera public ledger, Mingo facilitates instant, low-cost crypto transactions directly within a simple chat interface.
In addition to its Hedera-powered wallet and message aggregator, Mingo provides its own secure, end-to-end encrypted Mingo Chat. The platform’s strategic goal is to leverage Hedera’s speed, security, and low fees to bridge the gap between Web2 and Web3. It seeks to demystify cryptocurrency and encourage mainstream adoption by embedding intuitive and powerful decentralized finance functionalities into an essential, everyday communication tool.
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The Coupon Bureau is a non-profit, industry-managed organization established to modernize the coupon industry by creating a centralized data exchange for all stakeholders. The organization's primary mission is to combat coupon fraud, an issue estimated to cost the industry hundreds of millions of dollars annually, while also improving efficiency and the consumer experience.
At the heart of The Coupon Bureau's work is the development and implementation of the new Universal Coupon standard, also known as AI (8112). This new standard replaces the outdated barcode system with a more secure, serialized format for both digital and paper coupons. This allows for real-time validation of every coupon at the point of sale, effectively eliminating counterfeiting and ensuring that each coupon is used only once, as intended by the manufacturer. The platform, known as the Universal Positive Offer File, serves as this central repository for all coupon data, connecting manufacturers, retailers, and consumers in a seamless ecosystem.
The Coupon Bureau utilizes the Hedera Consensus Service (HCS) to create a tamper-proof, auditable log of every coupon's lifecycle. Each time a coupon is created, distributed, or redeemed, a transaction is recorded on the Hedera public ledger.
Transak is a global Web3 payment provider that builds developer-focused tools to bridge traditional finance with digital assets. The company’s core service is to enable users to seamlessly buy and sell cryptocurrencies directly within any decentralized application (dApp). This is primarily achieved through a simple, embeddable widget or API that developers can integrate into their platforms with just a few lines of code.
By handling the complex backend processes of payment processing, fraud monitoring, and regulatory compliance like KYC/AML, Transak solves a critical onboarding challenge for the Web3 ecosystem. It eliminates the need for users to leave a dApp, register on a centralized exchange, and manually transfer funds, which significantly reduces friction and improves user conversion rates. The platform supports a wide array of local payment methods across more than 150 countries, including credit/debit cards, bank transfers, and other regional options.
Transak is integrated with the Hedera network. This enables developers building on Hedera to provide their users with a direct and localized on-ramp to purchase HBAR and other Hedera-based tokens.
Starling Lab for Data Integrity is an academic research center that operates at the intersection of cryptography, decentralized web protocols, and the humanities. A joint initiative between the USC Shoah Foundation and Stanford University's Department of Electrical Engineering, the lab's mission is to develop and prototype tools and principles to establish trust in digital records. In an era of rampant misinformation and AI-generated content, Starling Lab is pioneering new methods to securely capture, store, and verify digital media.
The core of their work is the Starling Framework for Data Integrity, a comprehensive, open-source methodology for authenticating digital content. This framework is built on three pillars: Capture, which involves creating a chain of custody from the moment a photo or video is taken, Store, which uses decentralized networks like IPFS and Filecoin to securely distribute and preserve content, and Verify, which leverages immutable ledgers to register and audit the provenance of digital assets. This end-to-end approach has been applied in various real-world scenarios, from documenting the 78 days of the 2020 U.S. presidential transition with Reuters to preserving the USC Shoah Foundation's archive of 55,000 holocaust testimonies.
Everyware is a complete solution for digitally tracking and monitoring healthcare assets in hospital and virtual ward environments. It utilizes universal healthcare asset tracking software and sensory equipment to provide operational intelligence designed to improve efficiency, identify and respond to emergent issues, and help healthcare professionals make impactful, data-driven decisions in real time.
Its unified cloud services suite for healthcare professionals combines medical asset tracking, community asset management, patient wellbeing monitoring, vehicle tracking, medical laboratory and pharmacy storage temperature monitoring, and building environment tracking into a single platform.
Everyware’s hybrid asset location monitoring solution combines three types of technology in a comprehensive digital suite: global positioning system (GPS), radio frequency identification (RFID), and real-time location system (RTLS). This combination ensures holistic, uninterrupted monitoring and actionable alerts for high priority healthcare systems.
In order to facilitate secure, immutable monitoring, Everyware utilizes the Hedera Hashgraph algorithm to provide an efficient, high-throughput, low-latency solution for its bespoke sensor systems ensuring continuous IoT connectivity.