Industry 4.0
Unified industrial intelligence for automation, operations, and performance.
Automation & SCADA
operational visibility in real time
Benefits of Automation & SCADA
Operational Visibility: centralized dashboards provide live insight into machines, lines, utilities, alarms, and process conditions.
Faster Response: alarm handling and trend analysis help operators identify deviations quickly and act before issues escalate.
Cost Savings: improved control reduces waste, unplanned downtime, rework, and excessive energy consumption.
Process Consistency: standardized monitoring and control improve quality, repeatability, and production stability.
Real-Time Monitoring: PLC, RTU, gateway, and sensor data are consolidated into a continuous operational picture.
Better Decision-Making: analytics, KPIs, and historical trends support supervisors, engineers, and plant managers.
Reduced Manual Dependency: automation reduces repetitive checks, manual logging, and fragmented reporting.
Improved Quality: tighter control of process parameters helps maintain output quality and compliance.
Risk Management: earlier detection of faults, threshold breaches, and abnormal patterns strengthens operational resilience.
Full Traceability: event histories, operator actions, and process data create a reliable audit trail.
Our offer
making your operations smarter
Data centric
All in one view
With Lumbara Industrial core, you can combine PLC data, SCADA tags, IIoT telemetry, alarms, maintenance events, operator inputs, workflows, and historical records in one platform—so operations, engineering, and management work from the same source of truth.
Management
Assets management
Effortlessly create and manage your plants, lines, machines, utilities, and critical assets. View structure, status, service history, linked sensors, manuals, and operational context in a single asset model.
Planning
Procedures & workflows
Standardize inspections, approvals, shift routines, interventions, and escalation procedures. Combine automated data with human validation so every workflow reflects what is happening on the floor in real time.
Management
Industrial automation
Easily integrate control points, alarms, thresholds, and logic from existing automation systems. Connect machines, utilities, and field devices to monitor performance and orchestrate operational response.
Management
Tasks and activities
Efficiently plan operator rounds, maintenance tasks, calibration activities, and corrective actions for each area. Assign work to specific teams, link it to real-time events, and document outcomes directly in the system.
Traceability
Realtime monitoring
With real-time telemetry you can monitor equipment state, environmental conditions, process variables, utilities, counters, and alarms across the plant, while preserving the context of who acted, what changed, and when.
Management
Resources & Costs
Track operating costs by asset, line, or site. Every event, intervention, and resource usage can be recorded to provide detailed visibility into labor, energy, consumables, downtime, and maintenance costs.
Compliance
Incidents & deviations
Strengthen compliance with continuous monitoring, digital logs, automated alerts, deviation tracking, and documented response workflows that support audits, investigations, and continuous improvement.
Industrial IoT (IIoT)
connect assets, sensors & systems at scale
Disconnected devices and isolated datasets limit visibility, slow diagnosis, and make optimization difficult. IIoT closes the gap by securely connecting sensors, machines, gateways, and business systems into a single operational data layer.
Our technology
differentiating
Connectivity
Protocol ready
Optimisation
Edge to cloud
Coverage
Distributed sensing
Faults management
Data reliability
Assets Management & Workflows
combine sensors, devices and human intervention
Without a shared operational layer, maintenance teams, operators, and managers often work from fragmented information. Asset management and digital procedures connect sensor data, device status, manual checks, approvals, and interventions into one governed process.
This reduces downtime, improves execution discipline, and creates a complete operational history across the lifecycle of every critical asset.
Benefits of Connected Assets & Workflows
Contextual Asset View: each asset combines static information, live telemetry, alarms, documents, and service history.
End-to-End Traceability: every event, action, acknowledgement, and outcome is recorded for audit and learning.
Continuous Monitoring: sensors and operator input work together to provide a more complete view than either alone.
Reduced Operating Costs: better planning and fewer unnecessary interventions lower lifecycle costs.
Procedural Discipline: digital workflows ensure checks, approvals, and escalation steps are followed consistently.
Data Transparency: trusted records support communication across operations, maintenance, EHS, quality, and management.
Our offer
making your assets and teams smarter
Control
Connected asset model
Build a digital structure for sites, areas, lines, machines, and utility systems. Link each asset to live tags, documents, checklists, maintenance records, and operational status.
Management
Procedures & approvals
Digitize standard operating procedures, permits, operator rounds, maintenance approvals, and escalation paths so human intervention becomes structured, searchable, and auditable.
Management
Condition-based maintenance
Use thresholds, trends, and combined sensor evidence to trigger inspections and maintenance only when needed, improving uptime while avoiding unnecessary work.
Management
Operational dashboards
Bring live KPIs, alarms, workflow queues, intervention status, and asset performance into a single operational view for plant and multi-site decision-making.
Management
Human-in-the-loop execution
Advanced workflows combine automated detection with operator confirmation, supervisor review, and corrective action tracking so decisions reflect both machine data and human expertise.
Management
Data centric
Real-time and historical data on asset condition, interventions, resource consumption, and process context provide a clear foundation for reliability engineering, continuous improvement, and strategic investment decisions.