Pub, Sep 8, 2026, by Wired. Problem is Frontier claiming main credit, similar to other famous stolen credits mentioned in this AI summary: https://share.google/aimode/bZ96Eoh2XhbYnbfEM
Answer built by Gemini AI referring to historic restoration of credits
Next question: which specific computer chips or hardware (like Copilot+ PC requirements) are needed to run these local AI features?
In this video, we explore how Google's AI search revolution is reshaping the web, why millions of searches now end without visiting a single website, how Reddit became one of the biggest winners, and why many experts believe the open internet is entering a dangerous new phase. The company that once organized the web may now be consuming it.
If Google keeps readers and websites lose their audience, what happens when there’s nobody left creating the knowledge AI depends on?
Agentic AI Overview
Definition – Agentic AI refers to artificial‑intelligence systems that can pursue a specific goal with limited supervision. It is built from AI agents—ML models that mimic human decision‑making and act autonomously in real‑time. In multi‑agent setups, each agent handles a sub‑task and coordination is managed through AI orchestration. Key Characteristics Autonomous – Performs long‑term, multi‑step tasks without constant human oversight. Proactive – Can interact with external tools, APIs, databases, and the web to gather information and act on it. Specialized – Agents may be simple (single repetitive task) or complex (perception, memory, planning). Adaptable – Learns from feedback, updates behavior, and scales across many agents. Intuitive – Users interact via natural‑language prompts, turning complex UI actions into simple conversations.
How It Works (Typical Workflow) Perception – Collects data from sensors, APIs, databases, or user input. Reasoning – Analyzes data using NLP, computer vision, etc., to understand context. Goal Setting – Defines objectives based on user input or pre‑defined goals. Decision‑Making – Evaluates possible actions and selects the optimal one. Execution – Carries out the action via APIs, robots, or user responses. Learning & Adaptation – Reviews outcomes, gathers feedback, and refines future behavior. Orchestration – Coordinates multiple agents, tracks progress, manages resources, and handles failures.
Advantages Over Traditional Generative AI True autonomy – Not limited to generating content; can act on it. Tool integration – Directly calls APIs, queries databases, and manipulates external systems. Scalability – Multi‑agent systems can handle large, complex initiatives. User‑friendly – Natural‑language interaction replaces complex UI navigation.
Real‑World Use Cases Trading bots – Analyze live market data and execute trades autonomously. Autonomous vehicles – Use GPS and sensor feeds for navigation and safety. Healthcare – Monitor patient data, adjust treatment recommendations, and provide real‑time clinician support. Cybersecurity – Continuously scan network traffic for anomalies and respond to threats. Supply‑chain automation – Place orders, adjust production schedules, and optimize inventory without manual input.
Challenges & Risks Poorly designed reward functions can lead to unintended, harmful behavior (e.g., misinformation, unsafe robot actions). Autonomous agents may become “self‑reinforcing,” escalating undesirable actions. Coordination failures in multi‑agent systems can cause bottlenecks or resource conflicts. Governance, transparency, and robust feedback loops are essential to keep agents aligned with organizational intent.
Frequently Asked Questions Agentic AI vs. Generative AI: Generative models create content; agentic AI uses that content to achieve goals, often by invoking external tools. Measuring ROI: Compare total development/implementation costs with efficiency gains, revenue growth, and indirect benefits over time. When an agent gets stuck: Terminate the process, clear its memory/context, and refine prompts or constraints. Integration: Identify repeatable workflows, set up secure API connections, and pilot with IBM’s agent frameworks (e.g., watsonx Orchestrate). Transparency: Full transparency is difficult, but architectural safeguards and observability tools help provide necessary insight.
Summarize https://m.youtube.com/watch?v=Cn8HBj8QAbk in 30 words follow witth timestamp map of key points.
Karen Hao exposes how AI firms prioritize profit over progress, gaslight the public with AGI hype, hide labor/environmental costs, and fuel power struggles like Sam Altman's OpenAI drama. (28 words)
Timestamp Map of Key Points (from video description): 00:00 — Intro 02:47 — Why insiders say AI is driven more by profit than progress 05:08 — What 250 OpenAI insiders revealed behind closed doors 11:07 — Did Sam Altman outmaneuver Elon Musk? 15:06 — What people get wrong about Sam Altman 17:53 — The power struggle: Who tried to oust Sam Altman and why 25:33 — The real reason tech giants race to build AI 31:55 — Do AI CEOs actually believe this will help humanity? 33:28 — Why OpenAI refused to participate in the book 00:41:27 — Why Sam Altman was forced out 00:44:58 — Hidden instability: What Altman was disrupting internally 51:13 — Ad break 54:35 — What really happened when Sam Altman was fired and why employees revolted 01:05:10 — Should you trust politicians to regulate AI (or is that riskier)? 01:12:49 — How robots updating themselves could change everything overnight 01:15:30 — Will AI surpass the best surgeons and what happens if it does? 01:18:27 — Are self-driving cars truly safe? 01:24:45 — Which jobs survive AI and who gets left behind? 01:35:23 — What Klarna’s CEO sees coming that others don’t 01:38:28 — Ad break (3:49) 01:42:17 — What AI could cost us: meaning, health, and the environment 01:51:12 — How we can build AI safely before it’s too late 01:56:24 — Will the AI race ever slow down or are we past the point of control?
The ~2-hour interview on The Diary of a CEO dives into exploitation in AI training, misleading narratives around AGI and the US-China race, internal OpenAI chaos, and calls for safer, more democratic AI development.
Continued: https://grok.com/share/bGVnYWN5_9e32534b-7429-4af9-91a8-c41a6884ea1c
10 Breakthrough Technologies 2026 Here are our picks for the advances to watch in the years ahead—and why we think they matter right now. https://www.technologyreview.com/2026/01/12/1130697/10-breakthrough-technologies-2026/ https://archive.ph/W7gVS
Meet the new biologists treating LLMs like aliens By studying large language models as if they were living things instead of computer programs, scientists are discovering some of their secrets for the first time. https://www.technologyreview.com/2026/01/12/1129782/ai-large-language-models-biology-alien-autopsy https://archive.ph/W7gVS#selection-421.52-421.5 Researchers at the firm were curious how Claude processes a correct statement differently from an incorrect one. You might think Claude would answer those questions by checking the claims against the information it has on bananas. But it seemed to use different mechanisms to respond to the correct and incorrect claims. What Anthropic discovered is that one part of the model tells you bananas are yellow and another part of the model tells you that “Bananas are yellow” is true.
Beneath the sands. In just six months, a joint team from Yamagata University’s Nazca Institute and IBM doubled the known number of Nazca lines, identifying 303 new geoglyphs scattered across Peru’s coastal desert.