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A casual tech review comparing a few top LLMs like ChatGPT, Claude, Gemini, DeepSeek or Llama. Instead of just reading benchmarks, I test them on stuff people actually use AI for: writing, coding, summarising, researching, planning and maybe weird random questions.

How agentic engineering is different to vibe coding and how you should use it.

We’re moving from robot vacuums to full-on household staff. I’m testing the high-end 1X Neo ($20k) against the new SwitchBot Onero H1 (the $10k "affordable" option) and LG’s CLOiD. We're looking at the reality of "Hybrid Autonomy"—where robots learn by being piloted by humans—and whether the tradeoff is worth having a stranger’s virtual eyes in your kitchen.

We are living through the death of the "point and click." This video is a deep dive into the two paths of Human-Computer Interaction (HCI): the non-invasive route (Meta’s EMG wristband) and the "all-in" route (Neuralink’s Telepathy). I’ve spent the last month testing how it feels to replace a mouse with my nervous system.

We’re moving past the "Thinking" phase of AI and into the "Doing" phase. This video breaks down how we went from simple LLMs to Large Action Models (LAMs). We’re looking at the big players—OpenAI’s newest agentic interfaces, Anthropic’s 'Cowork' and Claude Code, and Google’s Gemini 3 ecosystem—and how they’re now handling the messy, multi-step tasks we used to do manually.

China’s "SpaceX" Moment: The 2026 Reusable Rocket Surge 2

The video will breakdown the three pillars of China's current strategy: The Trailblazers: LandSpace’s Zhuque-3 and its use of stainless steel and methane (similar to Starship tech but Falcon 9 scale). The State Power: The debut of the Long March 10A, a partially reusable monster designed to put taikonauts on the moon by 2030. The Infrastructure: The recent opening of the sea-recovery plant in Hangzhou and why "water landings" are the next big hurdle for the Chinese coast.

The video will be a deep dive into the logistics of a Mars mission. It will cover: The Launch: Why the Starship/SLS architecture is necessary. The Transit: Managing radiation, bone density loss, and the psychological toll of deep space. The Landing: The "Seven Minutes of Terror" for a heavy crewed vessel. Surface Operations: How we make fuel and oxygen from the Martian atmosphere. The Return: The physics of the ascent and the journey home.