Scaling physical AI breaks at production: prototypes work, then teams rewrite everything for incompatible SDKs, models, and control stacks. Join @Qualcomm's @obloch at this year's Embedded Vision Summit to see how Arduino VENTUNO Q removes this barrier: https://t.co/lbxSnnc5R0
.@obloch joined Marcello Majonchi on #ArduinoDays2026 for a conversation around the evolving landscape of IoT, the advantages of edge AI, and the role of Arduino in accelerating development from prototype to production.
Watch the full interview: https://t.co/fPYBHtexhz
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@SOHAMPATRA18 I'd say you'd need to at least understand all the parts involved, from embedded dev (OS, BSP, Bootloaders, debugging...), secure connectivity, device management through platforms. The rest would be "classic" devops tools (source control, automation, ...)
EmbedOps combines embedded systems with DevOps principles. DevOps emerged from mobile and web development to bridge the gap between development and operations. #EmbedOps#DevOps
Debugging embedded devices used to mean expensive hardware probes and complex tools. Scrutiny Debugger offers an open-source alternative—no hardware needed!
Full #IoTShow episode at https://t.co/nz6Q9ni31a
#EmbeddedDev#IoT#OpenSource
Ever wish your sensors could send selfies? 📸 Andy McFarlane from Morse Micro reveals how Wi-Fi HaLow is making it happen! More bandwidth means images & videos. Full interview at https://t.co/D1KfeB1Jqn😉 #Wi-FiHaLow #IoT
Kangaroos fighting in the wild, caught on camera! These smart cameras protect wildlife by sending video feeds from over a kilometer away using Wi-Fi HaLow. Pretty cool tech, right?
Full #IoTShow episode at https://t.co/D1KfeB1Jqn
#IoT#WiFiHaLow
7/7: Bridging IoT 1.0 to IoT 2.0
HaLow represents the transition from simple, low-bandwidth IoT to intelligent, data-rich applications.
It enables local processing and decision-making rather than constant cloud dependence.
By bringing high-bandwidth connectivity to previously inaccessible locations, it opens entirely new possibilities for intelligent systems at the edge of networks.
Wi-Fi HaLow is revolutionizing how we connect IoT devices across unprecedented distances. Here's why it matters for the future of connected technology: 🧵
New #IoTShow episode with Andy McFarlane from @MorseMicro 👉 https://t.co/D1KfeB2hfV
6/7: Efficiency Through Intelligent Design
The technology delivers approximately four times better power efficiency than other Wi-Fi chips.
This makes it viable for battery-powered devices that need to transmit significant data.
Solutions can intelligently manage power usage - conserving energy during normal operation but having bandwidth available when needed.