NURA CORE is an industrial-grade edge acquisition system built for the realities of marine and offshore operations — legacy protocols, mixed vendors, intermittent satellite bandwidth, and zero tolerance for downtime. Installed non-invasively in under 10 hours, on any asset class, without touching a single wire.
Installation time, any asset class
Virtual fuel metering accuracy
Modbus, CANbus, OPC-UA, NMEA 2000/0183, and more
Modifications to piping, wiring or existing systems
For decades, offshore and maritime operations have run on manual logs, chief engineer reports, and fragmented SCADA exports. That creates a gap — between what is actually happening on your asset and what management can act on.
Missed maintenance windows. Fuel overconsumption that goes undetected for weeks. CII and MRV submissions built on estimates rather than measurements. Class surveyors asking for data that simply wasn’t captured. Decisions made too late, because the data arrived too slowly — or not at all.
Perfomax was founded by engineers who’ve worked inside these environments. We understand the constraints: aging PLCs, proprietary vendor protocols, limited VSAT bandwidth, strict class requirements. We designed NURA CORE to operate within all of them.
Perfomax is built to close that gap. We make asset operations measurable, traceable and visible in real time — so owners, operators and technical teams can act on facts, not assumptions.
NURA CORE connects to your existing onboard control systems at the source — no intrusive integration, no vendor lock-in, no modifications to certified equipment. It validates data at the edge, stores it locally during connectivity gaps, and synchronises securely to your monitoring environment, IT ecosystem, or cloud platform when bandwidth allows.
The result is a clean, high-frequency, audit-ready data layer your technical teams can trust for condition monitoring, your management can use for regulatory reporting, and your predictive models can learn from — continuously, not just during audits.
Because all processing happens close to the asset, reliability doesn’t degrade with distance from shore. Whether the vessel is at berth or 600 nautical miles offshore, you get the same data continuity.
Serial / Ethernet
Serial / ISO 11898
Acquires data directly from main engine control units, gearboxes, and machinery bus networks common in maritime and mobile industrial applications.
Application Layer
4–20 mA / 0–10 V
24 VDC / Dry Contact
Serial
Perfomax installs an onboard data foundation that captures machine telemetry at the source, validates it on the edge, stores it locally, and securely synchronizes it to your platform, IT ecosystem or shore-side monitoring environment. The result is a clean, high-frequency, provable data layer that can support dashboards, alerts, condition monitoring, reporting, AI models and digital operations workflows.
Because the processing happens close to the asset, the system stays reliable even in offshore conditions and low-bandwidth environments. That means you get trusted data continuity, not just occasional snapshots.
Our team analyzes your infrastructure and recommends the right configuration and deployment approach.
Connect to legacy and modern systems already operating on the asset.
Supports Modbus, CANbus, CANopen, analog and digital inputs.
Deliver accurate, time-stamped data in JSON, XLS or custom formats.
Reliable storage, buffering and transfer even during connectivity outages.
Shore-based teams access live performance data, operational trends, and alerts without lag or delay.
Continuous monitoring of device signals, machinery inputs and connectivity status.
The Perfomax Platform integrates seamlessly across all stages — from data capture to predictive analytics — creating a unified ecosystem that transforms raw operational data into measurable performance improvements.
Operational Budget improvement
Non Productive Time reduction
Reliability Increase
Efficiency Gain
Continuous Monitoring
Full Deployment Time
by Industrial Class
Fuel monitoring system with/without flowmeters for precise consumption tracking and optimization.
Condition monitoring for industrial machinery assets with predictive maintenance capabilities.
Computer Vision for safety monitoring with AI-powered anomaly detection and real-time alerts.
AI employee with advanced engineering knowledge for automated diagnostics and decision support.
