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Agentic AI

772 summarised stories about Agentic AI, each linking back to the original source. Browse all topics →

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Monday, 12 October 2026

Meta releases Muse Wonder AI models built to run personal and professional agents

SiliconANGLE 1 week ago 33 ● 29 sources

Meta released Muse Wonder and Muse Wonder Full, AI models it says are designed to run personal and professional agents for multistep tasks like insurance claims. The release cites a passing rate of 13.1% on Artificial Analysis’s Harvey Legal Agent Benchmark for Muse Wonder Full. Meta says the models add features that carry context between conversations and help the agent recover when tasks get hard, along with updated safety and benchmark results.

Dell and Intel weigh the costs of enterprise AI scalability

SiliconANGLE 1 week ago 32 ● 11 sources

Dell and Intel say enterprise AI teams are rethinking where to run inference because cloud token costs are exhausting budgets faster than planned for growing agentic workloads. Customers are running through allotted token budgets in weeks instead of months. The shift is moving more deployments toward on-premises CPU resources and open-weight models alongside frontier cloud models.

AI governance shifts to runtime as always-on agents spread

SiliconANGLE 1 week ago 12 ● 2 sources

AI governance is shifting to the runtime context as always-on agents run across multiple enterprise platforms, making deterministic controls hard to apply. The article cites 11.4k+ CUBE alumni as part of the event coverage where this runtime governance problem was discussed. As a result, enterprises are moving to validate agent behavior during execution (including endpoint tools) and to limit where agents and LLM calls can operate, while seeking more standardized governance frameworks like the EU AI Act.

Meta releases its first frontier model, Muse Wonder

TechCrunch 1 week ago 44 ● 29 sources

Meta’s Superintelligence Lab released Muse Wonder and Muse Wonder Full as its first frontier model attempt. The Muse Wonder API pricing is $4.00 per million input tokens and $20.00 per million output tokens. The release adds a larger, higher-benchmark model for coding and powers the Muse agent, with Wonder Full limited to Muse Code subscribers and not available via the API while emphasizing “active memory” on MemoryBench.

Phasis develops platform for agentic orientation using World APIs and reality layers

SiliconANGLE 1 week ago 47

Phasis developed a platform to orient enterprise AI agents using its “World API” and maintained “Worlds” as evidence-backed reality layers. It built an endpoint called “/orient” that returns relevant world frames for an agent to start with, including current state, changes, evidence, and uncertainties. This adds an orientation step before agents search, plan, or strategize so they act with continuously updated domain understanding.

Import AI 476: Creativity and RSI; worse-than-China open weight models; AI goes to space

Import AI 1 week ago 1

Import AI reports on new AI research and model releases, including Elorian and Scale AI’s benchmark Humanity’s Sixth Sense. It contains 522 questions across 288 images and 234 short video clips totaling 17.6 hours, where humans average pass@1 93.1 but GPT 6 Astra reaches 53.6 and several open-weight Chinese models score around 25–27. The coverage points to continued weaknesses in intuitive visual reasoning and pushes attention toward more open-weight releases and faster moves toward autonomous AI systems beyond Earth (including space scenarios).

How to Effectively Debug When You No Longer Understand the Code

Medium 1 week ago 8

The article outlines how to debug production issues by guiding coding agents using runtime evidence from three investigations. It focuses on three problem types: latency regression, memory leak, and kernel-level hang. The workflow changes to separating facts from hypotheses, using a control for comparison, and validating the suspected cause against all known constraints.

How distributed inference keeps large AI models moving

IBM Research 1 week ago 44 ● 2 sources

llm-d’s distributed inference framework coordinates clusters of model servers so large LLM inference can handle many concurrent requests, reuse shared prompt context, and manage overload. In a demo, prefix-aware routing captured 97% of the available cache reuse in the tested workload. As a result, redundant prefill work drops and traffic is paced and routed more efficiently across servers, including when requests arrive in bursts from AI agents.

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