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SCADA Monitoring
Monitor machines, equipment and sensors in real time.
THE PLATFORM
One Operational View Across Your Factory
Connect plant-floor equipment, energy infrastructure and industrial data in a secure On-Premise platform.
CAPABILITIES
Built for the Reality of Industrial Operations
Explore any capability card below to inspect architecture, industrial protocols, live telemetry, and verified factory case studies.
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Energy Monitoring
Track electrical consumption, demand and energy performance.
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Power Quality
Analyze voltage, current, frequency, harmonics and power quality.
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Sensor Analytics
Visualize analog and digital sensor data with historical analysis.
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Alarms & Alerts
Act on critical conditions with clear, configurable alarm workflows.
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Industrial Synoptics
Build interactive 2D and 3D views for machines and processes.
SUPERVISORY CONTROL & REAL-TIME I/OISA-101 High-Performance HMIOPC UA (IEC 62541)
SCADA Monitoring
Deterministic Plant-Wide Telemetry, High-Performance ISA-101 HMI & Multi-Vendor PLC Ingestion
RockLyzor SCADA provides high-throughput, millisecond-precision supervisory control and data acquisition engineered for mission-critical industrial manufacturing. By bridging disparate fieldbus networks, legacy serial loops, and industrial Ethernet protocols into a unified On-Premise tag engine, plant engineers gain centralized real-time visibility across heterogeneous automation equipment without cloud latency or external cyber exposure.
Compliance:ISA-101 High-Performance HMIOPC UA (IEC 62541)IEC 61131-3 PLC StandardsNIST SP 800-82 OT Security
Live Telemetry State
Continuous Industrial Scan
Scan Cycle Average
24 ms
Target < 50ms
Connected PLC Nodes
24 / 24 Online
0 communication timeouts
Active Tags Polled
18,450 tags/s
Nominal load 14% CPU
Bus Packet Reliability
99.998 %
Zero dropped frames
Bus cycle frequency: 50msData loss protection: Active
Core Architectural Features
Enterprise-grade functionality engineered for plant-floor reliability
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Deterministic Fieldbus Ingestion
Direct polling of programmable logic controllers with configurable scan cycles down to 20ms. Dedicated socket pooling and keep-alive throttling prevent PLC network card saturation.
Supports 100,000+ active tags with linear CPU scaling
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ISA-101 High-Performance HMI
Ergonomic, low-fatigue grayscale process visualization where color is strictly reserved for abnormal operating conditions, critical limits, and operator-actionable alarms.
Reduces operator reaction time by up to 48%
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Store-and-Forward Edge Buffering
Built-in fail-safe data buffer engine that caches all machine telemetry locally during network switch reboots or industrial Wi-Fi dropouts, backfilling historians upon reconnection.
Zero operational data loss guarantee during network splits
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Distributed Tag Architecture
Tag grouping, hierarchical namespace mapping, bitmask decoding, engineering unit conversion, and live mathematical tag calculations computed at the industrial edge.
Live virtual tags and calculated OEE metrics
Industrial Protocols & Interfaces
Native multi-vendor communication without third-party OPC middleware licenses or external bridges.
Modbus TCP / RTU (RS-485)OPC UA (DA / HA / AC)Siemens S7 (S7-300 / S7-1200 / S7-1500)EtherNet/IP (Allen-Bradley ControlLogix)Profinet I/OBACnet/IP & MS/TPMQTT Sparkplug BIEC 60870-5-104
Air-Gapped OT Network Architecture
Runs entirely within local manufacturing subnets (VLANs). No cloud uplink required for operations or real-time HMI rendering.
Technical Specifications
Deterministic performance metrics verified on industrial server environments.
Polling FrequencyConfigurable 20ms to 5,000ms per driver group
Tag Capacity100,000+ concurrent I/O points per node
Communication ArchitectureAsynchronous non-blocking worker pools
High AvailabilityDual NIC failover with hot-standby heartbeat (< 500ms)
Historian StorageLossless delta-compressed On-Premise time-series engine
Security & EncryptionTLS 1.3, X.509 certificates, Role-Based Access (RBAC)
Verified Factory Case StudyIndustry: Automotive Stamping & Robotic Assembly Plant
Operational Challenge
14 automated press lines from Siemens and Rockwell operated on isolated islands with fragmented screens, causing technicians to miss hydraulic micro-pressure dropouts.
RockLyzor Deployment
Deployed RockLyzor On-Premise SCADA Gateway aggregating 18,000 points via native S7 and EtherNet/IP drivers into centralized control room displays.
Measured Results
- 42% reduction in unplanned press line micro-stoppages
- Mean Time to Acknowledge (MTTA) cut from 4.8 minutes to 32 seconds
- 100% On-Premise deployment compliant with automotive security mandates
Switch Capability:
DEPLOYMENT
Control Stays Inside Your Infrastructure
RockLyzor is deployed On-Premise, close to the systems it monitors. Your teams retain control of data, network architecture and access.
Local network deployment
Industrial protocol integration
Role-aware monitoring access
Start with your operation
Ready to See Your Factory Differently?
Discover how RockLyzor can centralize your industrial data and give your team real-time operational visibility.