Ideas worth using.

Kiosk AI accelerator sizing (compute headroom vs cost) is the decision that separates a deployable edge system from a box that stalls at launch. When voice ordering, facial-recognition check-in, and loss-prevention vision ship together in one kiosk, the sizing question is not “how many TOPS…

Why the SoC and memory choice decides whether your AI display runs on-device The SoC choice for AI digital-human displays comes down to one trade: how much compute headroom you buy against how much you pay for the memory that feeds it. A conversational AI…

Ai Digital Human Display Footprint Sizing is the decision framework examined in this guide. The sections below turn sourced evidence into practical comparison criteria without overstating what the available research can prove. Digital human kiosk installation requirements are the steel, power and enclosure work that…

Deciding between AI HoloBox on-device vs cloud processing architecture comes down to where inference runs. On-device, the Rockchip RK3566 NPU handles wake, sensor, and avatar pipelines locally; cloud paths rely on a network round-trip and an optional LLM connector. This guide quantifies the latency and…

Why the AI Architecture Choice Comes Before the Site Survey In any digital signage deployment, the AI architecture decision precedes the site survey: choose where inference runs before you spec a single panel, because that choice drives the processor, memory, and connectivity your whole fleet…

An 86-inch AI HoloBox delivers a life-size, interactive digital human presence in lobbies and reception areas — but only when the site, network, and compliance groundwork is laid before the unit arrives. This AI digital human display deployment planning guide walks AV integrators, venue operations…