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Capture verifiably real moments in the age of AI
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1/n: A Deep Dive on The software side of how we've tackled Camera Pipeline with Roc Camera: - We've got down a lot of paths exploring how to camera in Roc Camera from the software side - First, from an architectural decision for v1, we decided to go with Embedded Linux environment instead of FPGAs or microcontrollers (because we didn't have the RAM to do ZKPs, or didn't want to support multiple MCUs that had to be tied via Ethernet, which would require packet switching or I2C or SPI or something else) this also meant that we could pipe the camera feed and its data directly to the embedded compute itself - We did also think about the fact that we'd have to prove the camera feed - and how we might need a signer on the CMOS - gets complicated - With Embedded Linux, we ended up selecting CSI Camera + RPi4 - Embedded linux offers us the flexibility of using existing infrastructure so we don't have to build sw from scratch, which is (hypothetically nice) The SW arch of what we're doing on the camera is next:
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