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Cluster 10 of 10

Engineering

How CellCog is built: the harness, the architecture bets behind Cellular Multi-Agents, and what we learned running an AI organization on it. Principles and results; the recipe stays in-house.

Engineering 03 articles
24 OCT 2026 We Tested 4 AI Video Upscalers Against Native 1080p Three AI clips, four upscalers, one native 1080p render. Faithful upscalers sharpen what is there; generative ones rebuild it, sometimes wrongly. Results, costs and our picks. InsightsEngineering 12 min
Editorial illustration on off-white paper: a small blocky film frame labeled 480p, a teal arrow to a large crisp film frame labeled 1080p with an amber magnifying glass over one corner, and the numbers 20% of the pixels and 5.9x cheaper than re-rendering.
 16 OCT 2026 Tesla Roadster Physics: Thrusters and Suction, Animated An engineering teardown of the 2026 Tesla Roadster: why tires cap 0-60, how fans and 80 kN of air thrust beat that cap, and what the tank, flight and refill really take. InsightsEngineering 23 min
Flat infographic: a low white sports car on a road with an amber exhaust plume of diamond shock bands, a tall force bar rising from it (teal tires and fans, then a huge amber thrusters segment above a dashed grip limit line), and the numbers 4.6 g and 0.59 s, 0-60 mph, Rocket trim.
 08 SEP 2026 Cellular Multi-Agents: The Harness We Built for the Endgame, Not for Today's Models Foundation models are the fruit of eighty years of research. Harnessing them is the next battleground. CellCog's harness was built for where this ends up, not for what models do today. InsightsEngineering 13 min
Hand-drawn teal sketch of a plant whose roots are wrapped by a spreading mycelium network with small round cells along the threads, one dividing cell circled in amber, labeled mycelium, cells, divides and network
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