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Executive Brief: Sept 28

AR glasses

AR Glasses

Highlights

 
1. A Nature article shows that larger and more instructable language models are also less reliable.
2. In an essay, Sam Altman argues that AI will accelerate technological development and bring prosperity beyond imagination.
3. Meta introduced Llama 3.2, a multimodal model, and Orion AR glasses.
4. Google is bringing its Gemini AI assistant to Workspace business plans at no additional cost.
5. Molmo, a new open-source model shows that training on smaller, high-quality datasets can match the performance of much larger models.
6. For the first time, a stem cell transplant enabled a woman with type 1 diabetes to produce insulin.

Innovation Insights 

 

1. Larger and more instructable language models become less reliable (Nature)
The paper examines how larger and more instructable language models, despite improvements, become less reliable. It identifies three main issues: difficulty concordance, task avoidance, and prompting stability. Scaled-up models often provide seemingly plausible but wrong answers instead of safely avoiding responses to complex queries, leading to errors that human supervisors often overlook. While scaling increases performance for difficult tasks, it doesn’t consistently improve reliability for easier ones. The study calls for a new design approach, particularly for high-stakes AI applications, to ensure predictable error management.

2. Updating enterprise technology to scale to “AI Everywhere” (Bain)
To scale AI across an organization, CIOs must overhaul their technology functions, re-architecting their tech stack with an “AI everywhere” mindset. This requires upgrading operational models, upskilling teams, and ensuring that AI systems are production-ready. AI deployment demands seamless integration, robust data platforms, and modern architecture, including cloud infrastructure and API-driven systems. Equally important is adopting AI-first software development processes to manage complex models and workflows.

3. How companies use generative AI to execute with speed (Ideas Made to Matter)
Companies are leveraging generative AI combined with data analytics to accelerate product development and customer interactions. For example, Pfizer and Takeda use AI to streamline drug development, reducing time to market by improving knowledge transfer and clinical trial design. Other companies like Comcast and CMA CGM use AI to enhance customer service and dynamic pricing through faster, data-driven decision-making. Dick’s Sporting Goods and McKinsey utilize generative AI for quicker and more personalized communication. While speed is a key advantage, managing accuracy and workforce impacts remains critical for successful AI integration.

4. How CEOs are using Gen AI for strategic planning (Harvard Business Review)
Gen AI can enhance decision-making by offering fresh, divergent perspectives, as seen in the case of an agricultural company, Trident, where AI identified external issues like technological advancements that the team had missed. However, its predictions can be incomplete, such as missing crucial elements like profitability. Additionally, AI cannot predict the future reliably, as it works from historical data. Despite these limitations, gen AI offers valuable insights when used alongside human judgment, acting as an augmentation rather than a replacement for strategic thinking​.

5. The intelligence age (Sam Altman)
AI will act as personal assistants, tutors, and healthcare coordinators, contributing to shared global prosperity and transforming industries. Deep learning, which works better with more data and compute power, has been key to unlocking AI’s potential, and ongoing improvements will lead to even greater advances in science and technology. While there are risks and challenges, such as shifts in labor markets, AI offers unprecedented opportunities to solve global problems like climate change and explore new frontiers. The Intelligence Age will bring prosperity that is hard to fully comprehend now, just as past generations could not envision today’s world.

AI Innovations

  

1. OpenAI
OpenAI is expanding access to its Advanced Voice Mode for ChatGPT, a feature that allows natural conversation with voice interruption, emotional tone detection, and improved pronunciation (MIT Tech Review).

OpenAI has released the Multilingual Massive Multitask Language Understanding (MMMLU) dataset, a multilingual AI benchmark covering 14 languages to improve the global reach of AI (VentureBeat).

OpenAI is launching the OpenAI Academy to invest in developers and organizations, particularly in low- and middle-income countries, by providing training, API credits, and community support to harness AI for solving critical local challenges (OpenAI).

2. Meta
At Meta Connect 2024, Meta unveiled the Quest 3S VR headset, updates to Ray-Ban smart glasses, the latest Llama 3.2 model with image processing, and a preview of the Orion AR glasses, all while emphasizing enhanced AI features such as live translation and celebrity AI voices (The Verge).

3. Alphabet
Google’s new Gemini AI models, Gemini-1.5-Pro-002 and Gemini-1.5-Flash-002, deliver faster performance, reduced costs, and enhanced capabilities across text, code, and multimodal tasks (Tom’s Guide). Google is bringing its Gemini AI assistant to Workspace business plans at no additional cost, offering access via a standalone chatbot with “enterprise-grade” data protection (Computer World).

AlphaChip, an AI-powered reinforcement learning model, revolutionized chip design by producing optimized, superhuman chip layouts for Google’s Tensor Processing Units (TPUs) and other chips, significantly accelerating design processes and improving chip performance across industries (Google). NotebookLM now supports adding public YouTube URLs and audio files for enhanced source analysis, and it offers easier sharing of Audio Overviews via public links (Google).

4. NVIDIA
Nvidia is partnering with UAE-based AI company G42 to develop AI solutions aimed at improving global weather forecasting accuracy, with plans to establish a climate tech lab in Abu Dhabi (Fast Company).

5. Microsoft
The Three Mile Island nuclear plant, site of the worst U.S. nuclear accident, will reopen in 2028 to power Microsoft’s data centers under a 20-year agreement with Constellation Energy, providing carbon-free energy for cloud computing and AI (NPR).

Microsoft’s GRIN-MoE AI model, designed for efficient scalability, excels in coding and math tasks, outperforming competitors in key benchmarks through its innovative sparse computation approach (VentureBeat). 

6. Open-source model
The Allen Institute’s new open-source AI model, Molmo, demonstrates that training on smaller, high-quality datasets can match the performance of much larger proprietary models, reducing computing costs and promoting innovation through openness (MIT Tech Review).

7. AI for video game
Electronic Arts unveiled a concept for an AI-powered “Imagination to Creation” system that allows users to design entire video games from scratch without coding (Futurism).

8. Figma
Figma’s AI-powered app generator has returned after being taken down for replicating Apple’s designs (The Verge).

9. Biomedical use of AI
Harvard Medical School’s AI model, TxGNN, identifies existing drugs that can be repurposed for over 17,000 rare diseases, offering a faster and more cost-effective approach to developing treatments (Medical Express).

Other Innovations

  

1. Gene editing
Space travel poses significant health risks from radiation, microgravity, and injuries, prompting bioethicists to explore the potential of genetic testing and gene editing to enhance astronaut safety (MIT Tech Review).

2. Tactile sensor
AnySkin is a versatile, easily replaceable magnetic tactile sensor for robotic touch that simplifies integration and demonstrates cross-instance generalizability in learned manipulation tasks (GitHub).

3. Diabetes
A 25-year-old woman with type 1 diabetes became the first person to successfully produce her own insulin after receiving a stem cell transplant derived from her own reprogrammed cells (Nature).

4. Vertical farm
Plenty’s newly opened indoor vertical farm in Richmond, VA, is the world’s first to scale berry production, aiming to produce over 4 million pounds of strawberries annually using significantly less land and water while maintaining year-round peak-season quality (New Atlas).

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