A photo's trip to the cloud
A photo leaves the phone over the air to the router, then races down optical fibre at about 200,000 km/s into a data center whose pad array lights up.
Circuit Board · 16:9 · 10.0s
Your system drawn as a printed circuit board seen from above: green solder mask, copper traces, gold pads and white silkscreen labels plotted stroke by stroke. Whatever flows (power, data, water, goods) becomes light running along the copper: rocking dashes for alternating, a stream for direct, silver packets for a second flow, pads flashing on arrival. The camera rides the light and pulls back from one component to the whole board. Made for processes, networks, supply chains and energy.
Use this styleDescribe the stations of the system, what flows from where to where, the name of each station, and the key numbers to show (for example "about 200,000 km/s in fibre"). Only the numbers you give appear. No photos are needed: the board is laid out in code; you can say which flow is amber and which is silver.
A photo leaves the phone over the air to the router, then races down optical fibre at about 200,000 km/s into a data center whose pad array lights up.
Circuit Board · 16:9 · 10.0s