TL;DR

• •Samsung's display lab subjects foldable screens to rigorous durability tests, including over half a million folds, extreme temperatures, and dust exposure.
• •These extensive engineering tests aim to exceed commercial device ratings (e.g., Z Flip 5 at 200K, Z Fold 5 at 300K folds), ensuring long-term reliability for consumers.
• •The focus on extreme resilience highlights the advancements in material science and engineering crucial for wider adoption of foldable technology in mobile and potentially enterprise sectors.

TL;DR

• •AI models like Opus 4.5 now generate code on par with median software engineers, a significant shift observed since late 2025.
• •This acceleration in AI-driven code production demands *increased* software engineering discipline, not a relaxation of standards.
• •The rise of agentic harnesses, tool use, and function calling were key enablers for this new level of AI coding capability.

TL;DR

• •Samsung's display lab subjects foldable screens to rigorous durability tests, including over half a million folds, extreme temperatures, and dust exposure.
• •These extensive engineering tests aim to exceed commercial device ratings (e.g., Z Flip 5 at 200K, Z Fold 5 at 300K folds), ensuring long-term reliability for consumers.
• •The focus on extreme resilience highlights the advancements in material science and engineering crucial for wider adoption of foldable technology in mobile and potentially enterprise sectors.

TL;DR

• •AI models like Opus 4.5 now generate code on par with median software engineers, a significant shift observed since late 2025.
• •This acceleration in AI-driven code production demands *increased* software engineering discipline, not a relaxation of standards.
• •The rise of agentic harnesses, tool use, and function calling were key enablers for this new level of AI coding capability.