Remember, google deepmind tried to approach with their definition:
→ View original post on X — @kimmonismus, 2026-04-08 12:15 UTC

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Remember, google deepmind tried to approach with their definition:
→ View original post on X — @kimmonismus, 2026-04-08 12:15 UTC
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Here’s how to make frontier model progress exciting rather than scary: just surf the models. use their new capabilities to rebuild your workflows from scratch and make their new powers yours. learn how at every:

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Google deepmind hast the most promising approach imho
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Analog piezo accelerometers: sensor + data conditioner + processing + algorithms.
— Lucian Fogoros (@fogoros) 8 avril 2026
MEMS with edge processing: sensor + algorithms.
Same bearing fault detection, half the hardware.
Partner content with Tronics. #tronics_ai #HM26 pic.twitter.com/xhE6MTCGPE
Analog piezo accelerometers: sensor + data conditioner + processing + algorithms.
MEMS with edge processing: sensor + algorithms.
Same bearing fault detection, half the hardware.
Partner content with Tronics. #tronics_ai #HM26
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The MEMS approach delivers pre-processed digital data that works with standard processing methods.

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You don't need to overcomplicate your Agent Architecture. Do you also jump to multi-agent when a simple workflow would do the job faster, cheaper, and with far less debugging? I made a free Agent Architecture Cheatsheet to help you decide: – Workflow vs Single Agent vs
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Anyone has access to mythos and can let the rest of us plebs know what it feels like
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Upcoming Improvements: Add pothole avoidance.

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How AI/ML Models are Built and Deployed in 12 Steps? by @techyoutbe #ArtificialIntelligence #MachineLearning #ML #Technology
→ View original post on X — @ronald_vanloon, 2026-04-08 11:20 UTC