{ "items": [ { "item": "Investigate ways to double or triple performance every year at scale, not at chip level", "done": false }, { "item": "Drive down the cost and energy consumption of computing by a factor of 2 or 3 every single year", "done": false }, { "item": "Explore co-design techniques to modify algorithms and system architecture for better performance", "done": false }, { "item": "Develop data center scale computing and treat the network as a compute fabric", "done": false }, { "item": "Improve inference time scaling and reduce latency", "done": false }, { "item": "Invest in full stack optimization and vertically integrated systems", "done": false }, { "item": "Build and maintain software that can run on a large installed base and be compatible across different areas", "done": false }, { "item": "Focus on creating a computing platform that developers can use consistently", "done": false }, { "item": "Develop and maintain a strong ecosystem and productivity of software", "done": false }, { "item": "Build and optimize data centers for customers", "done": false }, { "item": "Create digital twins and simulate network configurations for easier setup and integration", "done": false }, { "item": "Plan and prepare for the next generation of supercomputers and large-scale computing systems", "done": false }, { "item": "Address the challenges of capital, energy, and supply chain for large-scale computing systems", "done": false }, { "item": "Explore the use of AI in chip design and software engineering", "done": false }, { "item": "Optimize chip design using AI engineers and explore a larger design space", "done": false }, { "item": "Continue to focus on scientific applications and AI's application of science", "done": false }, { "item": "Take larger bets and invest in new technologies and innovations", "done": false }, { "item": "Maintain a strong company culture and focus on long-term goals despite rapid growth and changes in the market.", "done": false } ] }