Enterprise and Industrial Systems
Plant-floor software has one hard constraint that ordinary business software doesn't: it has to be honest about what it doesn't control. The engineering discipline here is being precise about the boundary between an informational/supervisory system and the safety-rated control that has to remain independent of it.
The Problem
Industrial and enterprise environments need software that stays reliable under real production conditions - network segmentation, equipment that can't be paused for a software update, and traceability requirements a generic web app was never designed to meet.
Our Approach
We build production and equipment-facing software as a supervisory/informational layer that communicates through the equipment's existing protocol adapter or gateway, while safety-rated control remains entirely with the equipment's own certified systems.
PLC/robot communications and industrial protocols
Integration typically goes through the equipment vendor's existing protocol adapter or gateway (common families include OPC UA, Modbus, and EtherNet/IP) rather than a custom low-level link to the controller - this keeps the integration within the vendor's supported and certified communication path instead of working around it.
Robot vision and production traceability
Camera-triggered inspection tied to a unit or lot identifier lets an inspection result be traced back to the specific item and cycle it was captured on - the traceability record is only as good as that identifier being captured correctly at the point of inspection.
Safety integration, at a high level
Ordinary application software must not replace a required safety system. Safety-rated control (e-stops, light curtains, safety PLCs) stays independent of this software layer, which is informational or supervisory - showing status, recording events, and surfacing alarms, not issuing motion commands that bypass the equipment's own safety-rated logic.
Diagnostics and cycle integration
An operator interface reflects the equipment's actual cycle state and alarms as reported by the controller - the software's notion of 'cycle complete' has to be tied to the PLC's own signal, not inferred from elapsed time, or the interface will eventually disagree with reality.
Architecture and Approach
Equipment communicates through its own vendor-supported protocol adapter to an edge collection service, which normalizes events (cycle state, alarms, inspection results) into records with production/lot traceability, exposed through role-controlled operator interfaces and reporting - with safety-rated control remaining entirely outside this software's authority.
What We Build
- Production and inspection applications
- Equipment and robot control interfaces
- Manufacturing software and reporting
- Enterprise internal systems
- Robotic and camera integrations
Use Cases
Common Engineering Challenges
The most important engineering decision on an industrial project is drawing the line between what this software can display or record and what must remain the equipment's own certified safety-rated control - getting this wrong is a safety issue, not just a software bug.
Plant networks are often segmented for security and reliability reasons that predate the project. Integration has to work within those existing network zones and the vendor's supported protocol, not require new direct access to a controller.
FAQ
No - it's built as a supervisory/informational layer that communicates through the equipment's existing protocol adapter. Safety-rated motion control stays entirely with the equipment's own certified systems.
Integration goes through whatever protocol adapter or gateway the equipment vendor already supports - common families include OPC UA, Modbus, and EtherNet/IP - rather than a custom link to the controller itself.
Yes, when inspection or event data is tied to a unit or lot identifier at the point of capture - the traceability record's accuracy depends on that identifier being captured correctly in the first place.