Capture the whole scene.
Optics, sensor and AI as one imaging platform.
The same modules serve each use case.
One lens sees a slice. A TOC array sees the whole scene.
- Capture
- Wide and close-up imaging modules share one array and capture together, with no moving parts.
- Stitch
- Our software stitches the views into one stream.
- Share
- One capture becomes many feeds: a broadcast angle, a coaching close-up, an inspection record, data for an AI model.
Stop choosing where to look.
A TOC array covers the whole stadium at an even pixel density, in real time, so any moment can be found later.
Machine learning finds the action.
Pitchers and hitters, captured at high speed and high fidelity. The same approach works on anything in the array's view.
- Wide view
- Finds the pitch or swing and starts the close-up, with no operator.
- Pre-event capture
- Clips start seconds early, so they hold the whole motion.
- Biomechanics
- Pose tracking measures stride, release and extension.
AI flags the threat neither pilot sees.
Two gimbals show the crew two slices of the scene. A fixed TOC array sees the rest.
One architecture powers each product line.
Each array combines 2 to 200 imaging modules.
Imaging modules
The building block of each TOC array: lens, sensor and interface, aligned as one part.
ai-CMOS sensor
Nine color filters instead of the usual three, for richer color data.
Player performance
Pitching and hitting at 240 fps, for scouting and player development.
Airborne awareness
More than 200° around the aircraft from one fixed array, with no gimbal.
Label and color inspection
Checks the full wrap of each label at line speed.
Venue-scale capture
Many views of a whole venue from one capture.
Questions people ask us.
Is TOC a camera company or a software company?
Neither, exactly. Our arrays capture the scene, and our software turns it into the views and data each user needs.
How is this different from software that rebuilds 3D scenes from ordinary cameras?
That software works on pictures after they're taken. TOC captures more real detail to begin with, and our arrays can feed those same tools.
What can I buy today?
Our sports array is in use today. The airborne array is flight-tested, and inspection and venue arrays are in prototype and development. Tell us what you need, and we'll tell you when it's ready.
Who makes the parts?
TOC designs and builds the imaging modules and the software. We source sensors and computing from major chip makers.
Where is TOC based?
We design and engineer our arrays in Portland, Oregon and Tucson, Arizona.
Can I see it working?
Yes. Contact us for a demonstration or footage from a setting like yours.
Tell us what you need to see.
TOC builds one imaging architecture into product lines for sports, venues, manufacturing and aerospace.