
Decisions at the edge.
Latency. Resilience.
Edge gateways that run analytics locally on the shop floor — predictive maintenance models, quality outliers, control loops. Offline-capable; sync with cloud when connected.
Edge AI
inference
Offline
capable
Low
latency
Buffered
sync
How It Works
Edge Compute Flow

Edge Gateways
Compute at the shop floor.
Industrial edge gateways run analytics close to the sensors — sub-millisecond inference, no cloud round-trip. Critical for control loops and real-time alerts.
- Industrial-grade edge hardware
- Sub-millisecond ML inference
- Local data buffering during outages
- Auto-sync when connectivity returns
- Hot-swap failover support
- Remote diagnostics + updates

Edge ML Inference
AI models. Local.
Deploy ML models to edge for predictive maintenance, quality outlier detection, energy optimization. Cloud trains; edge infers; data flows back for retraining.
- TensorFlow Lite / ONNX models
- OTA model updates
- Per-device model versioning
- Inference monitoring + drift detection
- Cloud-to-edge model deployment
- Per-model accuracy tracking

Offline Resilience
Mill keeps running.
When internet is down, edge keeps the mill running — local data, local rules, local decisions. Buffered data syncs when connectivity returns.
- Hours-to-days of local buffering
- Local rule execution offline
- Cached master data
- Conflict resolution on resync
- Per-edge data quotas
- Bandwidth-aware sync scheduling
Every Feature
Complete capability matrix.
Click any capability to drill in.
Integrations
Works with everything else.
Every Edge action flows into the other modules — no manual data re-entry, no reconciliation pain.
Edge→IoT
Sensor data → edge
Local ingestion + inference
Edge→Maintenance
Edge anomaly → WO
Predictive trigger
Edge→Production
Quality outlier → halt
Real-time control
Edge→AI
Cloud-trained models → edge
OTA model deployment

Ready to modernize your mill?
See Papyrus BPApp
in your mill.
Book a personalized demo. We'll walk through every module relevant to your operation — from Deckle optimization to GSTR-3B compliance.