Friday is back and so are we. Let’s go!!!

This weekend, F1 heads back to Las Vegas for the first time in over 40 years. That has zero relevance to this column, but F1 is a bit of a passion for some of us here at TDAI so it is news worthy in some circles.

In news that pertains to The AI Landscape, Microsoft announced yesterday they will being producing two chip types, one for LLM processing and the other for Cloud workloads. This is a game changer for Microsoft. In other news, Humane is producing some wearable AI tech, ElevenLabs launches some new tech, and 01.AI released a 34 Billion parameter Open Source LLM.

Let’s get into it.

In this edition:

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Microsoft has made a significant leap in the AI hardware arena with the introduction of two custom silicon chips, designed to bolster its Azure data centers and cater to the burgeoning demands of AI applications. These chips, named Azure Maia AI and Azure Cobalt CPU, are set to be launched in 2024.

The Azure Maia AI chip is a custom AI processor tailored for training large language models, a move that positions Microsoft as a more self-reliant entity in the AI hardware domain, potentially reducing its dependence on Nvidia. On the other hand, the Azure Cobalt CPU, an Arm-based processor, is crafted for cloud workloads, aiming to enhance the performance of general cloud services on Azure.

These innovations are not Microsoft's first foray into silicon development. The company has a rich history in this field, dating back over two decades with its involvement in Xbox silicon and co-engineering efforts for Surface devices. The Azure Maia AI chip and Azure Cobalt CPU are the culmination of years of experience and a deep restructuring of Microsoft's cloud server infrastructure to optimize for performance, power efficiency, and cost.

The Azure Cobalt CPU, with its 128 cores, is built on an Arm Neoverse CSS design, customized specifically for Microsoft's needs. It's engineered to offer high performance while being power-efficient, featuring core and virtual machine-specific performance and power management capabilities. Microsoft is currently testing this CPU with various workloads, including Microsoft Teams and SQL Server, and plans to make it available to customers for a range of applications.

The Maia 100 AI accelerator, on the other hand, is designed for running cloud AI workloads, including training and inference of large language models. This chip is a crucial component in Microsoft's partnership with OpenAI, powering some of the largest AI workloads on Azure. Manufactured using a 5-nanometer process by TSMC, Maia has 105 billion transistors and supports sub 8-bit data types for faster model training and inference.

Both chips are part of Microsoft's broader strategy to reimagine cloud infrastructure for the AI era, optimizing every layer for maximum efficiency. This includes a complete liquid cooling system for the Maia chip, allowing for higher server density and efficiency within Microsoft's existing data center footprint.

While Microsoft is not yet sharing full system specifications or benchmarks, these developments mark a significant step in diversifying the supply chain and offering more infrastructure choices to customers. The introduction of these chips is seen as complementary to Microsoft's existing partnerships with other major players in the industry, like Nvidia and AMD.

As Microsoft continues to advance its AI capabilities, the impact of these chips on the pricing and availability of AI cloud services remains a key area to watch. The company's ongoing efforts, including the recent launch of Copilot for Microsoft 365 and the rebranding of Bing Chat, highlight the growing importance of efficient and powerful AI hardware in driving the next wave of technological innovation.

Humane, a company co-founded by former Apple executives, has unveiled its latest innovation, the Ai Pin, a unique screenless AI wearable device. This groundbreaking gadget, which operates independently without the need for a smartphone, projects visual information onto surfaces, including the user's palm, through its innovative Laser Ink Display. The Ai Pin is powered by a Snapdragon processor and an AI model from OpenAI, speculated to be GPT-4.

The Ai Pin is designed to revolutionize the way we interact with technology, moving away from traditional screen-based devices. It allows for natural voice commands, intuitive touchpad use, gesture recognition, and object interaction. Humane's vision, as shared by co-founder Imran Chaudhri, is to create a future where AI-powered devices are more seamlessly integrated into our daily lives, enhancing human capabilities without compromising our essence.

To showcase this vision, Humane partnered with fashion brand Coperni during Paris Fashion Week, where models sported the Ai Pin on their clothing. This collaboration highlighted the device's potential as a fashionable and functional accessory.

In terms of connectivity, Humane has established its own mobile virtual network operator (MVNO) and secured an exclusive partnership with T-Mobile for cellular services. The Ai Pin is priced at $699, which includes two battery boosters, a charging pad, a case, a cable, and an adapter. Additionally, for $24 a month, users can get cellular coverage and a unique phone number through T-Mobile. The device is set to be available for order starting November 16.

This launch marks a significant step in the evolution of wearable technology, offering a glimpse into a future where our interaction with digital information is more natural and less reliant on screens. The Ai Pin stands as a testament to Humane's commitment to integrating AI into our daily lives in a way that respects and enhances our human experience.

Artificial intelligence (AI) is revolutionizing the way we live and work. From self-driving cars to virtual assistants, AI is making our lives easier and more efficient. But behind every successful AI application is a powerful database of vectors. In this weeks collection, you will discover how vector databases optimize AI performance and enable advanced analytics.

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Researchers at Stanford University have developed NOIR (Neural Signal Operated Intelligent Robots), a versatile and intelligent brain-robot interface system. This groundbreaking technology allows humans to control robots using brain signals to carry out a variety of daily tasks.

Luminance, a leading AI company in the UK, has showcased a groundbreaking development in contract negotiation technology. In a live demonstration, Luminance revealed its AI's capability to fully automate contract negotiations between two parties without human intervention.

This AI, built on a unique legal Large Language Model (LLM) and informed by over 150 million documents, represents a significant advancement in legal technology. Luminance's AI, known as Luminance Autopilot, can autonomously handle routine contract negotiations, such as Non-Disclosure Agreements, by reading, remediating risks, and responding to changes made by a counterparty's AI.

This innovation aims to free legal professionals from routine tasks, allowing them to focus on more complex and creative work. The technology is seen as a game-changer in the legal industry, potentially boosting efficiency and transforming the future of legal work.

Prompt: an F1 Car on the Las Vegas strip at night

Prompt: Watercolor rendition of rain in the city at night