Earth 1.1 is a financial technology platform that connects capital with carbon-neutral energy projects, aiming to accelerate the adoption of renewable energy and foster a sustainable, circular economy. The company's vision is to create a self-sustaining renewable energy industry that not only addresses environmental challenges but also generates high-tech job opportunities.

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The core of Earth 1.1's offering is a scalable and secure digital platform that serves multiple functions. Primarily, it acts as a financing channel, allowing both institutional and individual investors to discover and fund a range of renewable energy and carbon mitigation ventures. For project developers, the platform features a project submission portal where they can register their initiatives to seek collaborative opportunities and expedite development. Beyond financing, Earth 1.1 is also building a community dedicated to environmental sustainability, creating an ecosystem for like-minded individuals and organizations to connect and drive the transition to a greener planet.

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Apache Log4j is an open-source, Java-based logging utility used by developers to record application events, errors, and operational data. It is a popular tool for debugging, system monitoring, and conducting audits across myriad Java platforms.

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In the Hedera ecosystem, the log4j2-hedera repository offers a specific integration for Log4j 2.x and provides a custom appender that enables recording of logged events directly to the Hedera network via the Hedera Consensus Service (HCS). This allows applications to interact with HCS to submit their log entries, effectively writing them onto Hedera's distributed ledger. 

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The primary benefits of this integration include ensuring that logged data is distributed, secure, and transparent providing provable security. Furthermore, it guarantees the integrity and immutability of the recorded log information, as each entry is validated by Hedera’s consensus mechanism. This specialized appender provides a robust solution for applications requiring verifiable, tamper-resistant logging. This use case is distinct from how Hedera's core network software and provides additional verification.

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EQTY Lab is an artificial intelligence (AI) systems platform. It provides AI Integrity solutions designed to build trust for stakeholders and offers a suite of products for data analysis and agent management. These include “AI Guardian,” which aligns AI agents and agentic workflows while automating compliance and reporting, “Governance Studio,” a service that allows for the expression and auditing of AI controls at scale, “Lineage Explorer,” which helps catalog and understand complex AI systems, and “AI Integrity Fabric,” a service that protects sensitive operations by enforcing binding policies.

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One of the key features of EQTY Lab’s offerings is the use of AI certificates that validate the use of trusted data and models, AI governance tools to help enforce policies and collect compliance evidence, and AI assurance capabilities for deploying safeguards, monitoring, and remediation workflows. To provide a foundational layer of trust for its services, EQTY Lab's Verifiable Compute solution anchors trust on the Hedera blockchain network. This integration allows the platform to deliver verifiable AI services through advanced cryptography and to offer a hardware-based end-to-end AI Integrity Solution.

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SEALSQ is a Swiss-based semiconductor company that specialises in developing secure microcontrollers and implementing post-quantum cryptography. A subsidiary of WISeKey, SEALSQ provides the hardware foundation for securing connected devices in a wide array of industries, including smart energy, automotive, industrial automation, and consumer electronics. 

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SEALSQ’s product portfolio is centred on providing end-to-end digital security. This includes the VaultIC family of secure elements, which are tamper-resistant microcontrollers offering cryptographic services for authentication and data integrity. They also develop secure ARM platforms and are pioneering post-quantum RISC-V chips to protect against future threats from quantum computing. Beyond the chips themselves, SEALSQ provides Public Key Infrastructure (PKI) and provisioning services, allowing for the secure management of a device’s digital identity throughout its lifecycle.

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SEALSQ is partnered with Hedera to integrate its quantum-resistant semiconductors directly into the Hedera network's infrastructure. This partnership aims to protect the Hedera ecosystem from the emerging threat of quantum computing by "future-proofing" digital signatures and communication channels. Specifically, SEALSQ's hardware will be used in the SEALCOIN project, a tokenised platform for machine-to-machine (M2M) transactions on Hedera, which is a core component of the DePIN (Decentralised Physical Infrastructure Network) being developed by WISeKey and its subsidiaries.

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