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How to make agentic AI work for your organization – Computerworld

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This secret for agents

Despite the hype, IT leaders tell us that there’s an approaching reset of agentic AI expectations. We recently reported that said reset may be underway, and now CIOs can get down to serious AI integration and production-grade implementations. We said that CIOs are looking to use agentic AI to execute tasks and orchestrate workflows going deep into enterprise processes, such as CRM, supply chain, enterprise resource planning, HR, finance, and more. 

This prompted readers of CIO.com to ask Smart Answers a more general question: how can they use agentic AI to drive positive outcomes for their organizations? According to our generative AI chatbot – fueled by only our trusted human journalism – the answer is to fundamentally change the way an organization operates.  

Organizations should automate processes and decision making. Empower systems to act independently, execute tasks, and make decisions with minimal human intervention. Augment human capabilities across functions including sales, customer service, HR, and IT.  



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I asked ChatGPT to help me pack for my vacation – try this awesome AI prompt that makes planning your travel checklist stress-free

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It’s that time of year again, when those of us in the northern hemisphere pack our sunscreen and get ready to venture to hotter climates in search of some much-needed Vitamin D.

Every year, I book a vacation, and every year I get stressed as the big day gets closer, usually forgetting to pack something essential, like a charger for my Nintendo Switch 2, or dare I say it, my passport.



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Sakana AI: Think LLM dream teams, not single models

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Enterprises may want to start thinking of large language models (LLMs) as ensemble casts that can combine knowledge and reasoning to complete tasks, according to Japanese AI lab Sakana AI.

Sakana AI in a research paper outlined a method called Multi-LLM AB-MCTS (Adaptive Branching Monte Carlo Tree Search) that uses a collection of LLMs to cooperate, perform trial-and-error and leverage strengths to solve complex problems.

In a post, Sakana AI said:

“Frontier AI models like ChatGPT, Gemini, Grok, and DeepSeek are evolving at a breathtaking pace amidst fierce competition. However, no matter how advanced they become, each model retains its own individuality stemming from its unique training data and methods. We see these biases and varied aptitudes not as limitations, but as precious resources for creating collective intelligence. Just as a dream team of diverse human experts tackles complex problems, AIs should also collaborate by bringing their unique strengths to the table.”

Sakana AI said AB-MCTS is a method for inference-time scaling to enable frontier AIs to cooperate and revisit problems and solutions. Sakana AI released the algorithm as an open source framework called TreeQuest, which has a flexible API that allows users to use AB-MCTS for tasks with multiple LLMs and custom scoring.

What’s interesting is that Sakana AI gets out of that zero-sum LLM argument. The companies behind LLM training would like you to think there’s one model to rule them all. And you’d do the same if you were spending so much on training models and wanted to lock in customers for scale and returns.

Sakana AI’s deceptively simple solution can only come from a company that’s not trying to play LLM leapfrog every few minutes. The power of AI is in the ability to maximize the potential of each LLM. Sakana AI said:

“We saw examples where problems that were unsolvable by any single LLM were solved by combining multiple LLMs. This went beyond simply assigning the best LLM to each problem. In (an) example, even though the solution initially generated by o4-mini was incorrect, DeepSeek-R1-0528 and Gemini-2.5-Pro were able to use it as a hint to arrive at the correct solution in the next step. This demonstrates that Multi-LLM AB-MCTS can flexibly combine frontier models to solve previously unsolvable problems, pushing the limits of what is achievable by using LLMs as a collective intelligence.”

A few thoughts:

  • Sakana AI’s research and move to emphasize collective intelligence over on LLM and stack is critical to enterprises that need to create architectures that don’t lock them into one provider.
  • AB-MCTS could play into what agentic AI needs to become to be effective and complement emerging standards such as Model Context Protocol (MCP) and Agent2Agent.
  • If combining multiple models to solve problems becomes frictionless, the costs will plunge. Will you need to pay up for OpenAI when you can leverage LLMs like DeepSeek combined with Gemini and a few others? 
  • Enterprises may want to start thinking about how to build decision engines instead of an overall AI stack. 
  • We could see a scenario where a collective of LLMs achieves superintelligence before any one model or provider. If that scenario plays out, can LLM giants maintain valuations?
  • The value in AI may not be in the infrastructure or foundational models in the long run, but the architecture and approaches.

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‘Superintelligence’ Takes Meta Platforms to Record Highs. Should You Buy META Stock Here?

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Image of Mark Zuckerberg by Rokas Tenys via Shutterstock

Mark Zuckerberg-led Meta Platforms (META) has proved its critics wrong as its shares have recently climbed to new heights, largely thanks to its artificial intelligence-driven strategy. Central to this AI strategy is “Superintelligence,” a long-term vision Zuckerberg has for creating AI systems that exceed human-level intelligence across many domains.

And although Zuckerberg burned shareholders before with the metaverse, his last passion project, Superintelligence feels different. Unlike the metaverse, AI is a megatrend that is already revolutionizing daily life. And Meta, with its arsenal of popular social media platforms like Instagram, WhatsApp, and Facebook, is betting big on AI to drive growth in the coming years. Meta is hiring big to staff this revolution, with Scale AI founder Alexandr Wang tasked with heading the new Superintelligence unit at Meta.

The market seems to be convinced this time, with Meta stock already up about 23% on a YTD basis.

Can Meta sustain this rally? I believe so, and here is why.

www.barchart.com
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Meta has been doubling down on its AI ambitions, both by making significant financial commitments and by attracting top talent from rival firms. To that end, the company has reportedly extended compensation offers ranging from $50 million to $100 million to lure engineers away from OpenAI and Anthropic. It also made a $14.3 billion investment for a 49% stake in Scale AI, a startup recognized for its industry-leading data labeling capabilities. This investment positions Meta advantageously when it comes to securing high-quality training datasets.

With such resources in place, Mark Zuckerberg is equipping Meta’s AI models to be not just competitive, but potentially market-leading.

Meta’s powerful cash generation is giving it the flexibility to aggressively invest in AI infrastructure. The company has earmarked $60 billion to $72 billion for capital spending in 2025, much of which will be spent on building and upgrading data centers. This rapid pace of investment demonstrates Meta’s conviction that long-term value can be realized by investing in innovation-driven scale.



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