Optics, enclosure and interface selection
PLUG-AND-PLAY INTERFACE

02 · CAMERA ARCHITECTURE
From multi-camera EGO rigs to compact USB UVC devices, we bring optics, mechanics, interface design, image tuning and firmware into one practical camera program.

CAMERA SYSTEM
PLUG-AND-PLAY INTERFACE
MULTI-CAMERA SYSTEMS
ONE CAMERA TEAM
Camera programs
The camera is treated as a full product subsystem, not a sensor selected in isolation.
Multi-camera, first-person configurations shaped around motion, comfort, synchronization and data quality.
Compact plug-and-play devices with host behavior, enclosure fit and image target designed together.
Optics and mechanics for terminals, robots and dedicated devices where the camera must disappear into the product.
PROJECT OUTPUTS
We reduce the distance between a desired visual outcome and a buildable camera architecture.
A concrete architecture that connects field of view, working distance, shutter and image target.
UVC, host behavior, synchronization and electrical choices written for hardware and software teams.
Mechanical intent, firmware needs and validation criteria ready for the next physical sample.
PROJECT PATH
Define the visual task
Shape camera architecture
Build and tune samples
Validate with the host
ENGINEERING QUESTIONS
Yes. The shared foundation is image quality and system integration; the capture geometry, synchronization and enclosure needs then branch by use case.
Yes. Form factor, mounting, cable exit, heat and industrial design are all treated as camera-system decisions.
We define the UVC and host contract early, then validate the device where it will actually be used.
ORIVERX / CAPABILITIES / 02