Explorez tous les épisodes du podcast Radio Hoosh: AI Deep Dives
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| AI Writing Detectors: Can They Really Tell a Novel Was Written by AI? | 27 Oct 2026 | 00:19:23 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. In this episode we unpack the controversy around Haitian-Canadian writer Thélyson Orélien, whose bestselling novel was in the running for France's prestigious Goncourt prize until someone ran it through an AI detector. The author denies using AI but admits plagiarism mistakes, and the novel was dropped from the Goncourt list. We use the case to ask a bigger question: can scientists and software reliably tell whether a book was written by AI? AI detection tools are increasingly used by publishers, literary juries, schools and newsrooms to make judgments about authorship. If those tools are unreliable, writers' reputations and careers can hinge on a score nobody fully understands. Whether machine-written text can be spotted with confidence matters for literature, education and trust in what we read.
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| GPT-6.1 Terra: OpenAI's New API Model and Where It Fits | 27 Oct 2026 | 00:42:55 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. OpenAI has introduced GPT-6.1 Terra, a new model in the GPT-6.1 family, with an announcement post and API documentation. In this episode we go through what OpenAI says Terra can do, how it is positioned and priced, and what the Hacker News discussion around the launch focused on. Why it matters: every new API model changes the cost and quality trade-offs for developers building on OpenAI. If you are choosing a model for a product or an agent, you need to know where Terra fits next to GPT-6.1 Sol and Astra, and how it compares with other frontier and open-weight models.
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| TraceTrial-Bench: Testing AI Agent Harness Reliability and Failures | 27 Oct 2026 | 00:51:07 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. This episode looks at TraceTrial-Bench, a new benchmark for the reliability of AI agent harnesses: the scaffolding around a language model that handles tools, steps and control flow. The benchmark tests harnesses across seven components. It uses mechanism-oriented tasks and trajectory tracing to compare harness designs and to work out which component caused a failure. It also aims to measure harness quality separately from the raw capability of the underlying model. For engineers building coding agents and tool-use systems, the harness often matters as much as the model. When an agent fails, the hard question is usually where it failed. A benchmark that points to the part of the scaffolding that broke is directly useful for designing and debugging agents.
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| Anthropic S-1 Filing: What Claude's Maker Reveals Before Its IPO | 27 Oct 2026 | 00:39:50 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. Anthropic, the company behind Claude, has filed an S-1 prospectus with the SEC for an initial public offering on the Nasdaq under the ticker ANT, aiming to go public ahead of OpenAI. In this episode we go through the filing, which runs to more than 300 pages, roughly 100 of them on risk factors. We cover Anthropic's finances, executive compensation, its dependence on compute and energy, including gas-fired power for data centers, and how it plans to spend the IPO proceeds. This is the first audited look inside a frontier AI lab whose models many developers use every day. The economics, compute constraints and risks in the prospectus will shape Claude's pricing, availability and direction.
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| OpenAI and Anthropic LLM Price Cuts: Why API Costs Fell Up to 80% | 26 Oct 2026 | 00:47:08 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. In this episode we discuss Max Woolf's post on the steep price cuts OpenAI and Anthropic made to their LLM APIs over recent months, some as large as 80%. We go through the possible reasons he raises: more efficient inference, competition from open-weight models, and a push for market share. We also cover why the post drew more than 300 comments on Hacker News. API pricing decides which LLM and AI agent workloads make economic sense. Developers who build AI features need to know whether these lower prices will last, because the answer shapes how they design products, choose models and budget for inference costs.
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| Stripe Minions: How Stripe Uses One-Shot AI Coding Agents | 26 Oct 2026 | 00:43:18 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. This episode looks at how Stripe works with AI in software engineering through Minions, its in-house one-shot, end-to-end coding agents. Our two hosts go through Stripe's own two-part engineering write-up and coverage from InfoQ, ByteByteGo and ZenML. They explain how a Minion takes a coding task and works on it without supervision until it produces a pull request, and how this fits into the way Stripe's engineers already work. Why it matters: autonomous coding agents are moving from demos into real production engineering. Stripe runs a large, high-stakes codebase, so its experience shows what AI agents can do at scale, how much engineering they need around them, and where human review still matters.
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| AI payoff outside tech: Apollo finds no signs of it in the economy | 25 Oct 2026 | 00:38:53 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. In this episode, the two hosts discuss an Apollo Daily Spark note with a blunt headline: there are no signs of an AI payoff outside the tech sector. They also go through the Hacker News discussion it started, which reached 558 points. Why it matters: companies keep spending on artificial intelligence on the promise that it will raise productivity and profits across the whole economy. If the returns stay inside the tech sector, the AI investment story looks different for businesses and investors, and for anyone trying to tell real gains from hype.
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| AI-generated text: why is AI language so hard to understand? | 25 Oct 2026 | 00:36:39 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. This episode looks at one question: why is AI-generated language so hard to understand? The two hosts go through a recent research paper on arXiv and the Hacker News thread about it. They talk about what makes text from large language models hard to follow, even when every sentence looks fluent. AI-generated text now shows up in emails, reports, documentation and news. If readers struggle to get the meaning out of it, that affects how we write, read and decide when to rely on AI writing tools. The topic drew a lot of attention on Hacker News, which shows how many people in tech have noticed the problem.
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| AI and Creative Jobs: 200k US Media, Film and Arts Jobs Lost | 25 Oct 2026 | 00:47:06 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. In this episode we discuss an analysis from Apricitas Economics on the fall of America's creative class. The US has lost roughly 200,000 jobs in media, film and the arts. The hosts ask how much of that loss can be put down to artificial intelligence and how much may come from other causes. Writers, designers, filmmakers and artists worry that generative AI could replace their work. Knowing whether AI is really behind job losses in creative industries helps workers, employers and policymakers respond. The article also drew a lot of discussion on Hacker News.
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| World Models for GUI Agents: Verifying Actions and Catching Hijacks | 25 Oct 2026 | 00:57:36 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. This episode looks at a new research paper on world models as verifiers for GUI agents. The authors propose an action-conditioned world model without a decoder. Instead of rendering the next screen, it predicts that screen's representation. A computer-use agent can then compare what it expected with what actually appeared, and check whether its click or keystroke led to the right place. Why it matters: computer-use agents can fail silently, or a malicious screen can steer them off course. A cheap, fast check after every step is a practical way to make agents that click through user interfaces more reliable and harder to attack.
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| Kimi K3.1 Pro, Block Dessa and IBM Granite Speech 5.0: New AI Models | 25 Oct 2026 | 00:31:18 | |
AI-generated: both hosts are AI voices (Google NotebookLM), and the conversation is based on the sources listed below. In this episode we look at Kimi K3.1 Pro, the new model from Moonshot AI, and its faster Highspeed variant. Independent benchmarks place both near the top tier of AI models. We also cover the debate the release started about how close Chinese open models now are to the frontier. Then we turn to two voice models: Dessa from Block, a conversation model trained only on speech, and IBM Granite Speech 5.0 for transcription, translation and speaker attribution. Why it matters: developers can now get strong coding and voice models that are cheaper or open-weight. That changes which model you would pick for AI agents, coding assistants and voice interfaces.
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