Ive & Altman's Visionary Device, Mythos Ventures' Transformative Investments, and GlowTrack's Movement Revolution.

Pivot 5: 5 stories. 5 minutes a day. 5 days a week.

1. Jony Ive and Sam Altman working on an AI device

Jony Ive, former chief design officer at Apple, and Sam Altman, CEO of OpenAI, are reportedly exploring collaborative opportunities to develop a groundbreaking AI “hardware device.” The discussions are focused on conceptualizing the future of hardware in the AI age, although the specifics of the device and its purpose remain undisclosed.

Altman, with a history of collaborations with former Apple designers and significant investments in AI-related projects, brings a wealth of experience to the table. The discussions also involve SoftBank CEO Masayoshi Son, known for his substantial investments in AI startups, adding another layer of expertise and vision to the collaboration.

While the outcome of these discussions is still uncertain, the convergence of design and technology represented by this potential collaboration could shape the future landscape of AI hardware, blending innovation with aesthetic precision.

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2. Mythos Ventures secures $14M Fund to invest in transformative AI innovations

Mythos Ventures, spearheaded by Vishal Maini, has secured $14 million in capital commitments, aiming to invest in transformative AI companies. With backing from notable entities like Metaplanet and Delphi Ventures, the firm is set to support innovations that redefine industries through AI.

Maini, with his experience at DeepMind, envisions a wave of transformative companies emerging in the next decade, and Mythos Ventures is poised to be at the forefront of this transformation, having already invested in companies like Elicit and Monumental, which are leveraging AI to revolutionize their respective fields.

The firm’s focus on transformative AI emphasizes the potential and versatility of AI in various domains, and its investments reflect a commitment to fostering innovations that leverage advanced AI systems capable of human-level cognitive tasks.

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3. Using AI to track animal behavior

Developed by Associate Professor Eiman Azim and his team, GlowTrack is a revolutionary movement tracking method using fluorescent dye markers to train AI. This non-invasive, high-definition technique has applications across biology, robotics, and medicine, providing insights into movement disorders and enhancing the understanding of diverse movements.

GlowTrack’s innovative approach allows for the generation of diverse data without the need for human annotation, facilitating the comparison and reproducibility of movement data between different studies and enabling the creation of more versatile and adaptable AI models.

This advancement in movement tracking technology offers a versatile and efficient method that has extensive applications across multiple fields, contributing to the advancement of research and understanding of movement-related aspects.

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4. Shaping Responsible AI integration in education

UNESCO has introduced the first-ever global guidance for the use of generative AI in education. This guidance, along with the Presidio Recommendations by the World Economic Forum and AI Commons, aims to establish ethical frameworks for AI use in education, focusing on quality, equity, and inclusion.

With fewer than 10% of educational institutions having formal guidance on AI, these comprehensive guidelines are crucial steps towards responsible AI integration in education, ensuring the technology is harnessed effectively for the advancement of learning and research.

The introduction of such guidelines is pivotal in establishing ethical and responsible frameworks for AI in education, addressing the urgent need for standardized guidelines in the sector and paving the way for the beneficial integration of AI in education.

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5. ARC is bridging minds and movements through innovative AI

Onward Medical’s ARC nerve stimulation therapy system has achieved a significant milestone with the successful installation of its brainwave-driven implantable electrode array. This development represents a beacon of hope for patients with spinal injuries, offering a glimpse into the future of medical technology and its potential to revolutionize mobility and sensory experiences.

The ARC system, translating brain signals into movement, is part of a growing field of BCI-based startups applying technology to various medical conditions, exploring its applications across various medical conditions and providing critical communication means for people with severe conditions.

This innovation in medical technology showcases the potential of AI and BCI technology in restoring movement and sensation, and it is contributing significantly to the broader field of medical innovations, emphasizing the transformative impact of such technologies in addressing various medical conditions.

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