Algorithms are part of nearly every aspect of life, from the physics of the natural world to planning shipping routes. Our Gemini-powered coding agent AlphaEvolve has been accelerating progress over the last year - from quantum and biotechnology to logistics and @Google’s AI infrastructure. ↓ https://t.co/CAjvAqJiod
Google DeepMind AlphaEvolve Agent Designs TPU Silicon and Optimizes Global Logistics
Google DeepMind· Updated
Google DeepMind reported that its AlphaEvolve coding agent has moved from research to production, designing hardware circuits for next-generation TPUs and reducing DNA sequencing errors by 30%. The system is now scaling to commercial partners through Google Cloud to optimize complex routing and financial models.
- DNA sequencing error reduction
- 30%
- Quantum circuit error reduction
- 10x
- Google Spanner write amplification reduction
- 20%
- FM Logistic routing efficiency gain
- 10.4%
- Schrödinger molecular simulation speedup
- 4x
- Availability
- Private preview on Google Cloud
This shift marks the transition of agents from reactive chat tools to autonomous engineers optimizing AI foundations. By reducing write amplification (the ratio of data written to storage versus the original request) in Google Spanner by 20% and cutting quantum circuit errors by 10x, AlphaEvolve shows that agentic systems can outperform human-intensive optimization.
You can now access AlphaEvolve through a private preview on Google Cloud, where it is used by companies like Klarna to double model training speeds. In logistics, the agent improved routing efficiency by 10.4% for FM Logistic. For scientific workflows, it provides a 4x speedup in molecular simulations.
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