AI-powered supervisory system for semiconductor, electronics manufacturing, industrial instrumentation, detached automation, and predictive maintenance.
AI-powered supervisory system for semiconductor, electronics manufacturing, industrial instrumentation, detached automation, and predictive maintenance.
Continuously reads sensor and machine data from PLCs, controllers, and instruments across your facility.
Monitors PLC and controller signals to ensure proper operation and detect signal anomalies.
AI-powered anomaly detection identifies unusual patterns before they cause failures.
Comprehensive logging of all alarms and events for compliance and root cause analysis.
Immediate notifications to technicians via multiple channels when issues arise.
Automated daily machine health reports with trends and performance insights.
AI-driven predictions for equipment maintenance before failures occur.
Integrates database, API, dashboard, and AI agent for unified operations.
Deploys independent monitoring systems alongside existing machines without disruption.
Comprehensive instrumentation and automation components
Primary standard deadweight tester for pressure calibration
InstrumentationHigh-accuracy digital pressure measurement device
Instrumentation4-20mA / HART smart transmitter for industrial use
InstrumentationHydraulic/pneumatic comparison pump for calibration
InstrumentationRotary vane / diaphragm vacuum source system
InstrumentationPrecision pressure reducing valve system
InstrumentationDry block / micro-bath calibrator for temperature sensors
InstrumentationType K/J/T/N/R/S thermocouple measurement device
InstrumentationPlatinum resistance temperature detector (Pt100)
InstrumentationCoriolis / magnetic / vortex flow sensor system
InstrumentationCapacitive relative humidity probe module
InstrumentationOptical particle counter (OPC) for cleanroom monitoring
InstrumentationElectrostatic discharge monitoring system
InstrumentationNational Instruments data acquisition system
DAQ & SwitchingNI SCXI signal conditioning multiplexer
DAQ & SwitchingNI relay controller switch module
DAQ & SwitchingUSB-based data acquisition device
DAQ & SwitchingAnalog input/output signal module
DAQ & SwitchingDigital input/output signal module
DAQ & SwitchingSignal conditioning module for accurate readings
DAQ & SwitchingSerial communication converter module
DAQ & SwitchingModbus TCP/RTU/ASCII gateway device
DAQ & SwitchingEthernet I/O module for network integration
DAQ & SwitchingSiemens / Allen-Bradley PLC adapter module
AutomationMicrocontroller control box for custom automation
AutomationRaspberry Pi / industrial PC gateway system
AutomationElectromechanical relay control panel system
Automation2/2 or 3/2 way solenoid valve control system
AutomationPump control module for fluid systems
AutomationConveyor sensor module for production tracking
AutomationRadio-frequency identification reader system
Automation1D / 2D barcode & QR scanner station
AutomationInfrared / laser optical sensor module
AutomationIndustrial machine vision camera system
AutomationStepper / servo motor control module
AutomationMachine alarm event logging system
MonitoringCleanroom monitoring dashboard system
MonitoringTemperature and humidity monitoring dashboard
MonitoringPower current monitoring system
MonitoringMachine vibration monitoring system
MonitoringAir compressor monitoring system
MonitoringWater pump monitoring system
MonitoringVacuum leak detection system
MonitoringSensor drift detection and alerting system
MonitoringReject and yield trend analysis system
MonitoringAI-powered predictive maintenance system
MonitoringHow AINNA NeuralOps integrates with your existing infrastructure
Pressure, temperature, flow, humidity, and other industrial sensors
Siemens, Allen-Bradley, Mitsubishi, or NI hardware systems
Time-series data storage, REST API, and OPC-UA integration
Intelligent monitoring, anomaly detection, and decision support
Real-time dashboards, instant alerts, and automated reports
Engineer review and approval for all critical actions
Verified safe actions executed by qualified personnel
AI recommendations only — human approval required for all autonomous actions
Sub-second latency for critical alerts and monitoring loops
From single equipment to fab-wide deployment with distributed agents
End-to-end encryption, role-based access, and complete audit trails
Real-world applications across various industries
Real-time monitoring of Druck equipment for pressure calibration validation and drift detection.
Continuous pressure stability monitoring with automated alerts for pneumatic systems.
Automated test-channel switching and measurement with NI multiplexer systems.
AI-powered alarm analysis and root cause identification for fab equipment failures.
Automated production downtime reporting and OEE optimization for SMT lines.
Real-time humidity and particle alert system for cleanroom compliance.
AI predictions for pump, motor, compressor, and vacuum system failures.
Continuous sensor calibration tracking and drift detection system.
Statistical analysis of reject and yield trends for quality improvement.
Critical safety principles for AI-assisted operations
Every autonomous action requires engineer or operator approval before execution. AINNA NeuralOps never bypasses human decision-making.
All critical machine movement, safety interlock, calibration approval, and production adjustment operations require human engineer approval. AINNA NeuralOps provides analysis and recommendation only, unless action is pre-approved and verified safe by qualified personnel.