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Canadian News Outlets File Lawsuit Against OpenAI Over Alleged Copyright Violations

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Five prominent Canadian news organizations filed a lawsuit against OpenAI on Friday, accusing the AI company of violating copyright laws and terms of service. The lawsuit, brought forth by Torstar, Postmedia, The Globe and Mail, The Canadian Press, and CBC/Radio-Canada, alleges that OpenAI has been scraping large amounts of content from these outlets without permission or compensation in order to develop and improve its AI products, including the widely used language model, ChatGPT.

This legal action is part of a growing trend of lawsuits filed by various copyright holders, including authors, visual artists, and music publishers, against OpenAI and other tech giants. These lawsuits are focused on the data used to train generative AI systems. OpenAI, which is heavily backed by Microsoft, has faced increasing scrutiny over its use of copyrighted materials in the training process, sparking debates around intellectual property and the commercial use of content created by others.

In a joint statement, the Canadian news companies emphasized the importance of journalism for the public good, arguing that OpenAI’s use of their content for commercial purposes without consent is both unethical and illegal. “Journalism is in the public interest. OpenAI using other companies’ journalism for their own commercial gain is not,” they stated. The companies are seeking compensation and are demanding that OpenAI stop using their materials without authorization.

This lawsuit follows a similar case in the United States, where a federal judge dismissed a lawsuit on November 7 against OpenAI that accused the company of misusing content from news outlets Raw Story and AlterNet. The five Canadian news organizations have filed an 84-page statement of claim in Ontario’s Superior Court of Justice, demanding financial damages and a permanent injunction to prevent OpenAI from using their content without permission in the future.

Google Bets Big on AI to Transform Search, Says Investment Chief

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Alphabet Inc., the parent company of Google, is channeling its largest investments into enhancing its core search business through artificial intelligence (AI), according to Ruth Porat, Alphabet’s president and chief investment officer. Speaking at the Reuters NEXT conference in New York, Porat underscored that applying AI to search remains the company’s most significant focus.

“We’re meeting people where they want to be next,” Porat stated during her interview with Reuters Editor-in-Chief Alessandra Galloni. Search advertising generates the majority of Alphabet’s annual revenue, which exceeds $300 billion.

In recent years, Alphabet has integrated AI-powered features into its search engine, such as AI-generated overviews for queries without straightforward answers. These efforts come in response to rising competition from companies like OpenAI, the creator of ChatGPT. However, this shift has presented challenges, including the phenomenon of AI “hallucinations,” where the technology produces inaccurate or fabricated information.

CLOUD AND HEALTHCARE: ADDITIONAL INVESTMENT AREAS

In addition to its AI-driven search initiatives, Alphabet is investing heavily in Google Cloud and healthcare technologies. Porat highlighted the company’s achievements in healthcare innovation, including AlphaFold, an AI system capable of predicting protein structures. Through its Isomorphic Labs division, Alphabet is leveraging AlphaFold for drug discovery.

Porat also emphasized the transformative potential of AI in medical care, from preserving eyesight for at-risk individuals to reducing administrative burdens on doctors. “It can restore humanity into the doctor-patient relationship,” she said, drawing on her own experiences as a two-time breast cancer survivor.

BALANCING INNOVATION AND COSTS

While Alphabet sees AI as a “generational opportunity,” the investments come with substantial costs. The company is projected to spend $50 billion in 2024 on chips, data centers, and other capital-intensive projects. Despite these expenses, Porat emphasized that Alphabet is committed to grounding its investments in measurable results. “We need to generate a return,” she stated.

As Alphabet pioneers advancements in both search and broader applications of AI, the company aims to maintain its dominance in search advertising while addressing competitive and operational challenges.

Former OpenAI Researcher Raises $40 Million for Empathetic Audio AI Startup

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WaveForms AI, a startup co-founded by former OpenAI researcher Alexis Conneau, has secured $40 million in funding to create artificial intelligence models that foster emotional connections with humans through voice. The company, backed by Andreessen Horowitz, is valued at $200 million, according to CEO Conneau.

Background and Vision

Conneau, known for co-creating the voice mode capability in OpenAI’s GPT-4o, aims to advance AI’s conversational abilities by making interactions feel more human-like. GPT-4o, launched earlier this year, introduced real-time responses and the ability to handle interruptions—two features that marked a significant improvement in AI’s conversational realism. However, the release generated controversy, especially after actress Scarlett Johansson accused OpenAI of copying her voice for the model, a claim the company denied, stating a different voice actress was used.

Conneau and WaveForms AI cofounder Coralie Lemaitre plan to use the new funding to build audio AI models that will make interactions with AI feel emotionally authentic. The key to this development is voice, which Conneau believes is essential for conveying and responding to emotions in a deeply human way.

Future Plans

WaveForms AI intends to create consumer software that centers on enhancing the emotional bond between users and AI. While details about the product remain sparse, Conneau shared that the goal is to offer more immersive and enjoyable AI experiences, differentiating from other companies focused on superintelligence rather than improving the quality of human-computer interactions.