Inside Apple´s Controversial Eucalyptus Carbon Offset Strategy

Apple´s ambitious carbon neutral goals hinge on vast Brazilian eucalyptus forests, sparking debate over the effectiveness and scalability of such climate solutions.

Apple and other technology giants are increasingly turning to large-scale eucalyptus plantations in Brazil to offset their carbon emissions as part of bold climate pledges. These fast-growing forests are at the heart of some of the world´s largest carbon credit deals, aiming to counterbalance the greenhouse gases tied to tech company operations. However, the approach has sparked controversy, as critics question whether such monoculture plantations provide genuine, lasting climate benefits and whether they disrupt local ecosystems and communities.

The effectiveness and scalability of these carbon offset projects are under intense scrutiny, especially as global demand for verifiable climate solutions surges. While Apple highlights these projects as evidence of its commitment to carbon neutrality, observers raise concerns about the environmental impacts of replacing diverse native habitats with single-species eucalyptus groves. The debate centers on whether these offsets truly compensate for corporate emissions, given ongoing uncertainty around accounting methods and the long-term stability of carbon sequestration in managed forests.

Meanwhile, the broader climate technology sector in the United States is experiencing shifting fortunes. Despite an initial surge of optimism fueled by record investments and government support, 2025 has already seen the cancellation or downsizing of billions in climate tech projects. This change in momentum has sparked discussions around the resilience of the industry and the challenges that remain in deploying climate technologies at scale. As companies seek credible pathways to sustainability, the future of large-scale nature-based solutions and climate tech financing remains contested and uncertain.

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IBM and AMD partner on quantum-centric supercomputing

IBM and AMD announced plans to develop quantum-centric supercomputing architectures that combine quantum computers with high-performance computing to create scalable, open-source platforms. The collaboration leverages IBM´s work on quantum computers and software and AMD´s expertise in high-performance computing and Artificial Intelligence accelerators.

Qualcomm launches Dragonwing Q-6690 with integrated RFID and Artificial Intelligence

Qualcomm announced the Dragonwing Q-6690, billed as the world’s first enterprise mobile processor with fully integrated UHF RFID and built-in 5G, Wi-Fi 7, Bluetooth 6.0, ultra-wideband and Artificial Intelligence capabilities. The platform is aimed at rugged handhelds, point-of-sale systems and smart kiosks and offers software-configurable feature packs that can be upgraded over the air.

Recent books from the MIT community

A roundup of new titles from the MIT community, including Empire of Artificial Intelligence, a critical look at Sam Altman’s OpenAI, and Data, Systems, and Society, a textbook on harnessing Artificial Intelligence for societal good.

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