· Technology · 5 min read
How we implement AI layers for industrial production
SobSoft builds intelligent AI systems for manufacturing — from real-time operations and predictive maintenance to manager decision support. Powered by Vertex AI, BigQuery, Firestore and Genkit.
Industrial production is entering a new era. The question is no longer whether to digitize, but how to build an intelligent layer that actively accelerates operations, reduces errors, and helps leadership make better decisions. At SobSoft, we design and implement these AI layers for manufacturers across industries.
The four-layer architecture
Every AI-powered industrial system we build follows a proven architecture with four clearly separated layers, each with a distinct role:
| Layer | Technology | Primary role | Typical data |
|---|---|---|---|
| Operations | Firestore | Real-time workflow and records | Orders, inventory, alerts, expedition, work orders |
| Analytics | BigQuery | History, KPI, forecasting, anomalies | Telemetry, production trends, consumption, failures |
| Knowledge | Vertex AI | RAG over documentation | Manuals, SOPs, service procedures, internal know-how |
| Orchestration | Genkit | AI flows, tools, actions and explanations | Copilot, recommendations, summaries, alert logic |
Firestore serves as the real-time operational layer for orders, production status, inventory, material movements, expedition and alerts. BigQuery acts as the historical and analytical layer for HMI/PLC data, trends, predictions and anomaly detection. Vertex AI provides the knowledge layer over technical documentation, service manuals and internal SOPs. Genkit is the orchestration layer that connects AI models with internal tools and business logic.
This architecture enables building an AI system that is not just a passive chatbot, but an active supervisory and decision-making assistant for production, service, warehouse, logistics and management.
AI roles in the production process
We define five specialized AI roles, each focused on a specific area of industrial operations:
AI Production Operator
Monitors production progress, compares plan versus reality, detects delay risks and parameter deviations, and proposes immediate corrective actions.
AI Planner and Procurement Specialist
Proposes job sequencing, tracks materials, predicts semi-finished product needs, and prepares purchase suggestions based on lead times and consumption patterns.
AI Service Diagnostician
Combines historical telemetry data with machine documentation to suggest the most probable failure causes and recommended service procedures.
AI Logistics and Warehouse Assistant
Manages traceability, controls inventory movements, prepares expeditions, and flags discrepancies between the system and the physical flow of products.
AI Manager Analyst
Prepares trend explanations, prioritizes risks, and generates recommendations for management based on operational data and business context.
Where AI directly accelerates work
Order intake and pre-production checks
– Completeness verification and technical feasibility assessment – Matching customer requirements against line and machine limits – Catching risky deadlines, non-standard dimensions and missing data – Automatic pre-assignment of orders to the appropriate production type
Production planning
– Job sequencing to minimize changeovers and downtime – Moving jobs between lines based on availability and real-time status – Considering expedition, deadlines, materials and energy requirements – Rapid replanning when a machine fails or a delivery is delayed
Procurement and semi-finished product replenishment
– Monitoring minimum stock levels and expected consumption – Material demand forecasting based on orders and history – Purchase suggestions considering supplier lead times – Stockout risk alerts before problems occur
Predictive maintenance and service
– Anomaly detection in telemetry and alarm data – Symptom matching against documentation and service history – Probable failure cause recommendations with first diagnostic steps – Automatic service ticket creation with full context
Quality, warehouse and expedition
– Detecting discrepancies between production, scans and inventory records – Traceability via QR codes and labels on pieces, packages and pallets – Shipment readiness checks and delayed loading risk alerts – Warehouse movement optimization and expedition prioritization
Manager decision support
The greatest added value of AI for management is not in displaying dashboards, but in the ability to explain causes, rank risks by priority, and suggest the next step. Managers can ask questions in natural language and receive answers backed by data and internal documentation:
- Which orders are most at risk today and why?
- Which machines are becoming risky based on recent trends?
- What reduced production output the most in the last three days?
- What material will be missing next week under the current plan?
- Which action will have the highest impact on reducing downtime or defects?
Recommended AI modules
| AI Module | Function | Example tools |
|---|---|---|
| ProductionPlannerAgent | Job sequencing and production replanning | getOpenOrders, getProductionPlan, getMachineStatus, getMaterialAvailability |
| ProcurementAgent | Consumption prediction and purchase suggestions | getInventorySnapshot, getSupplierLeadTimes, queryBigQueryDemand, createPurchaseSuggestion |
| MaintenanceAgent | Predictive maintenance and service recommendations | getRecentTelemetry, detectAnomalies, searchManuals, createMaintenanceTicket |
| WarehouseAgent | Inventory movements, traceability and expedition | scanLabel, getShipmentStatus, getLocationCapacity, validateTraceability |
| ManagerCopilot | Explanations, summaries and risk prioritization | queryBigQueryKpi, summarizeAlerts, searchSOP, generateDailyBrief |
Safety rules for deployment
AI should alert, recommend and explain. Hard decisions with strong operational or financial impact must remain either under human approval or under deterministic application rules:
- AI should not send binding supplier orders without human approval
- AI should not autonomously stop a critical machine without a safety and process framework
- AI should not modify inventory or accounting closures without an audit trail
- Every recommendation must include an explanation, data source, and a record of who approved it
Implementation approach
We recommend a phased rollout:
Phase 1 – Digital operations core: Firestore, Flutter app, orders, inventory, production, labels, QR traceability.
Phase 2 – Historical and analytical data: HMI/PLC data streaming to BigQuery, basic KPIs, reporting and alarms.
Phase 3 – Document AI assistant: Vertex AI over manuals, SOPs and service documentation.
Phase 4 – AI copilots and recommendations: Genkit agents, alerts, action suggestions, daily briefs, manager queries.
Phase 5 – Predictions and optimization: Material forecasting, anomaly detection, predictive maintenance, higher decision automation.
Why SobSoft
We are not just consultants who deliver slide decks. We are implementators who build and deploy AI systems in real industrial environments. Our stack — Vertex AI, BigQuery, Firestore, Genkit and Flutter — is battle-tested across production facilities. We understand both the technology and the manufacturing floor.
The strongest effect comes from combining three things: quality operational data, historical analytics, and a document AI layer over manuals and internal procedures. This combination creates the foundation for modern production supervision, traceability, predictive service and AI-supported operations management.
Ready to bring AI into your production? Contact SobSoft to discuss how we can implement an intelligent AI layer for your manufacturing operations.
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