The AI Hardware Wars

The pursuit of AI hardware independence through custom chip development is gaining momentum globally, with organisations like OpenAI leading the charge. The aim is to reduce reliance on established chip manufacturers, such as Nvidia, by creating specialised hardware tailored to specific AI workloads. There is also an increase in interest in AI chip startups like Groq, which has obtained a $1.5 billion commitment from Saudi Arabia to bolster its position in the competitive AI hardware market. OpenAI meanwhile is on a mission to design, develop, and manufacture its own AI chips, a move that places it in the same league as tech titans like Google (with its Tensor Processing Units), Amazon (Trainium), and Tesla (Dojo). The expected mass production date of 2026 seems distant, however, in the wake of DeepSeek, the Chinese AI startup that has sent shockwaves through the industry with its lean, cost-effective AI models.

A consortium led by Elon Musk recently made a substantial offer to acquire OpenAI, valuing the company at $97.4 billion. OpenAI’s CEO, however, has indicated that the board is expected to reject this proposal. OpenAI is looking to shift from a non-profit to a for-profit entity, arguing that this transition is essential to attract the necessary capital for advancing its AI model development.

Since the emergence of DeepSeek, OpenAI has introduced several notable features and enhancements to ChatGPT: a Deep Research tool, the o3 mini model, search functionality without sign in and subscription enhancements. These developments reflect OpenAI’s commitment to advancing ChatGPT’s capabilities and maintaining its competitive edge in the rapidly evolving AI landscape.

WikiTok Takes Off

WikiTok, a new web application developed by Isaac Gemal, a New York-based app developer, was launched in February this year. The platform offers users an infinite, TikTok-style vertical scrolling experience through random Wikipedia articles. Gemal created WikiTok to provide an alternative to algorithm-driven content feeds, aiming to cure boredom with educational and informative content.

A Quantum Leap

 

Researchers at the University of Oxford have linked quantum computers through quantum teleportation, enabling small devices to collaborate. This achievement marks a significant step toward distributed quantum computing, where
multiple processors work together to solve complex problems. By allowing devices to share information, the breakthrough improves the potential for practical quantum applications.

Smart Scan

Texas-based Southwest Research Institute has developed an AI-driven super-resolution imaging technique that enhances bone assessments. By applying deep-learning algorithms to CT scans, this method reconstructs high-resolution images, revealing bone microarchitecture. It helps enable more accurate evaluations of bone strength and fracture risk.

artificial intelligenceGroqimaging techniquetechnologyWikiTok