Deutsche Telekom Is Rebuilding Itself as an AI-Native Company Using OpenAI
Germany's largest telecom is overhauling customer service, networks, and internal workflows with OpenAI models in a full-stack transformation.
Reporting from Hacker News, researchers at EPFL have developed an AI system that generates videos engineered to maximally stimulate targeted brain regions — the first demonstration that generative models can be optimized directly for neurological response rather than human preference.
The project uses a closed-loop approach: the AI generates visual stimuli, measures brain responses via neural recording, and iterates until specific circuits fire reliably. The result is content that can trigger targeted neural activity on demand.
The neuroscience applications are real — mapping how the visual cortex processes information, or studying responses in patients with neurological conditions. But the same optimization loop, pointed at reward pathways or attention circuits, produces something quite different. The researchers acknowledge the dual-use risk.
Nobody making advertising algorithms is currently reading neuroscience papers this carefully. Nobody you know about, anyway.
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Germany's largest telecom is overhauling customer service, networks, and internal workflows with OpenAI models in a full-stack transformation.
Meta starts manufacturing its own AI chip next month, co-designed with Broadcom and built by TSMC, after clearing validation in just six weeks.
A cost analysis of 33 AI image models finds a 100x price spread, from $0.0025 to $0.25 per image, as commoditization accelerates fast.