InspectionScryon
Catch every scratch, dig, and buried fault.
One missed scratch or subsurface fault costs a finished part. Scryon grades every optic against the standard in real time and disposes of it before the next irreversible step.
What it solves
Human inspection is slow, inconsistent, and blind to the rare faults nobody has seen enough of to grade well. The parts that escape are the expensive ones, caught only after coating or assembly locks the cost in.
Scryon runs high-resolution vision and multi-angle imaging to detect and grade scratch-dig, coating defects, contamination, and subsurface damage. It disposes of parts against MIL-PRF-13830B and ISO 10110 with a confidence score and an audit trail, and generates synthetic faults so the models see a long tail no single fab could label.
Inside Scryon
- Detects and grades scratch-dig against MIL-PRF-13830B
- Senses coating defects, contamination, and subsurface damage
- Disposes of parts in real time with a confidence score and audit trail
- Augments training with synthetic rare-defect classes
- Links defect images back to the process step that caused them
See it work
Scryon reads the optic, predicts the outcome, and acts only on moves the twin already trusts.
Catch the fault
Scryon runs high-resolution vision and multi-angle imaging to detect and grade scratch-dig, coating defects, contamination, and subsurface damage. It disposes of parts against MIL-PRF-13830B and ISO 10110 with a confidence score and an audit trail, and generates synthetic faults so the models see a long tail no single fab could label.
- Detects and grades scratch-dig against MIL-PRF-13830B
- Senses coating defects, contamination, and subsurface damage
- Disposes of parts in real time with a confidence score and audit trail
One agent in a closed loop
Perceives the part
Scryon works off Fringeon's shared surface truth, so every decision starts from the same trusted read.
Simulates first
Before it commits an irreversible move, Scryon runs it against Vitreon's optics twin.
Moves under interlocks
Actions run inside hard interlocks and rollback plans, gated by per-cell autonomy levels.
Compounds the data
Every part Scryon handles improves the models, tenant-isolated and federated across the fleet.
Better with the rest of the fleet
Scryon inspects what Polira and Coatix produced, then routes root cause back to them so the fault does not repeat. It shares the surface truth Fringeon publishes.
The other five agents
Scryon shares the fab-edge runtime, data model, and customers with every Foceon product. Land on one cell, expand across the fab.
Perception
Fringeon
Read the surface before a tool ever touches it.
Explore Fringeon
Polish
Polira
Fewer polishing runs to reach spec.
Explore Polira
Coating
Coatix
Coatings that land on spec every run.
Explore Coatix
Inspection
Scryon
Catch every scratch, dig, and buried fault.
Explore Scryon
Simulation
Vitreon
Hit spec in simulation before you cut glass.
Explore Vitreon
Handling
Cleora
Robotic hands built for the cleanroom.
Explore Cleora
Common questions about Scryon
Do I have to replace my machines?
No. Scryon is the layer above your existing equipment. It reads your metrology and advises or actuates through the interfaces you already run.
How does it handle my proprietary recipes?
Your recipes and data stay yours, on-prem or air-gapped. Scryon learns your process without exporting it.
What if the agent is wrong?
It advises before it acts, operates inside hard interlocks, and logs every action against the digital twin for review.
How fast is a first result?
A pilot cell is instrumented and advising in weeks. Actuation follows once predictions match your metrology.
Put Scryon on one of your cells
Book a pilot and we will scope Scryon against your optics, your tools, and your spec, measured on your own metrology.