LS integration that reaches the systems other tools can't.
Connect LS Electric to your ERP, historian, maintenance + AI in real-time. Read XGT device data and machine-state at the edge over Modbus and EtherNet/IP, no SCADA required, without touching control logic.
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Live demo · Claude querying LS + ops via Rayven MCP
Trusted by 240+ teams across Australia + globally
LS is brilliant at what it does. Useless at everything else your data + AI needs to touch.
Device areas live in XG5000, lines and sites report late, maintenance reacts after downtime, and AI models never see live XGT data across the estate.
The integration tool you've already tried probably can't fix it.
SaaS-to-SaaS. Useful, until it isn't.
Connectors for LS, Slack + a thousand other SaaS apps. Cheap + fast for the easy half of integration. Where they hit a wall:
- ERP that needs live device values and run state per line across an APAC estate
- Historian and data-warehouse targets that should hold every XGT device at full rate
- CMMS that should raise a work order when an XGT fault or alarm device fires
- OEE and predictive-maintenance models needing live cycle counts, states and reject data
- Energy and infrastructure sites where an XGT controller runs with no supervisory layer
SCADA, historians, ERP, IoT + AI. One platform.
The integration platform built for what other tools can't (or won't) reach - plus an AI data fabric, MCP server + app builder layered on top.
- LS + every SCADA, historian and ERP system
- OPC-UA, EtherNet/IP, Modbus, PROFINET, S7 + custom-built connectors.
- Files, legacy SQL, FTP + custom-built connectors
- Real-time bidirectional sync, tier-aware + rate-limit-safe
- AI Data Fabric, MCP, automation + custom apps included
LS + Rayven: AI, automation + tools that reach every system you run.
5 examples of what Rayven customers run on LS + integrated systems. Built in weeks, not months.
XGT device data streams to the fabric
Rayven reads XGB, XGK and XGI device areas and I/O over Modbus, EtherNet/IP, the FEnet protocol and OPC-UA, then streams them into a real-time Industrial AI Data Fabric with historian and ERP context. No XG5000 export, no SCADA layer required.
Fault device raises the work order
An XGT fault or alarm device opens a work order in CMMS automatically, carrying the asset, line and live state so the technician arrives knowing the fault, not just that the line stopped.
Line output posts to ERP
Counts, run state and reject totals read from XGT devices post to ERP in real-time, so planning and finance track live output rather than a shift-end tally.
Distributed sites report as one
XGT controllers across energy and infrastructure sites read into one central fabric over Modbus and FEnet, so a distributed estate reports live from a single model instead of a polling script per site.
Supervised setpoint writeback, safely scoped
Where explicitly scoped, Rayven writes a non-safety setpoint back to an XGT device under supervision and full audit. It never reprograms the controller and never writes to safety logic; the control loop stays untouched.
Integration is the start with Rayven.
Here's what comes with it.
Rayven isn't just a LS connector. It's the operational software platform underneath - so once LS is connected, four more capabilities come online by default.
AI-ready data layer (AI Data Fabric)
LS data joined with ERP, IoT + legacy - contextualised, unified and structured so AI models, agents and tools can use it without ETL prep work.
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Live AI access (Rayven MCP)
Claude, ChatGPT + Gemini get live, governed access to LS and every other connected system. Your AI stops guessing - cites real LS records + numbers.
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Automation + AI agents
Workflows + AI agents act on LS data without human intervention - escalate at-risk accounts, trigger operational work, auto-update forecasts, draft customer comms.
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Custom apps + portals
Unified customer portals, ops dashboards, mobile field apps, partner portals - built on top of integrated LS data. No separate BI tool, no separate dev stack.
Learn more →
All on top of your existing stack. No rip + replace. LS stays LS. Rayven works on what you've already built. Specifically tuned for LS Electric XGT device-area reads over FEnet and Modbus.
Rayven is a five-layer platform ALL your integrations + much more
can run on.
Integration is one layer of Rayven. Data, execution, presentation + governance are the other four - all delivered as one platform on one commercial.
Pick the right tool for your stack.
LS integration looks different at every scale. Honest comparison of the four common paths - Rayven only wins on some of them.
The integration is the easy bit.
The platform + team behind it is the difference.
Platform + team. One commercial.
Not five vendors stitched together. Rayven is the platform AND the Australia-based expert team that scopes, builds + supports it. One commercial. No licence stacking, no finger-pointing.
Built for the XGT device model.
Rayven reads LS Electric XGB, XGK and XGI device areas and I/O over Modbus, EtherNet/IP, the FEnet protocol and OPC-UA for real-time sync, resolving XGT device addressing to engineering-unit tags. Energy and infrastructure sites read the same way - reads and contextualises only, never a write to safety logic.
We stay after go-live.
No handoff. No disappearing. Rayven is a long-term partner when your LS evolves, your stack changes, or you push further. 24/7 support. Same team, same platform, same commercial.
Hosted your way, where you need.
Deploy as cloud, private cloud + on-premise - in Australia, the US, the UK, or anywhere else your LS data needs to live. Your residency, your rules, your local compliance environment.
The questions LS admins, RevOps + IT ask first.
If you're evaluating Rayven for LS integration, these are the things worth knowing before booking a call.
The 30-minute call covers
- Your LS + connected stack today
- What's reachable + which systems to bring in first
- Live walkthrough of Rayven against your scenario
- Time, scope + delivery estimate
- Honest read on whether Rayven's the right fit
What is LS Electric integration?
LS Electric integration means reading device areas off XGB, XGK and XGI controllers and connecting them to ERP, CMMS and AI. Rayven delivers it as part of an Industrial AI Data Fabric, not a per-site script.
Does Rayven reprogram or control our LS Electric PLCs?
No. Rayven reads XGT device areas over Modbus, EtherNet/IP and FEnet and contextualises them. Supervised writeback is limited to explicitly-scoped non-safety setpoints and never touches safety logic or the control loop. See security, governance + hosting.
Can Rayven read LS Electric data without SCADA?
Yes. Rayven reads XGB, XGK and XGI controllers directly over Modbus, EtherNet/IP, FEnet or OPC-UA at the edge, so a site with no supervisory layer still reaches the enterprise. Where you run supervisory software, see SCADA integration. Read more in how Rayven works.
What systems can Rayven connect LS Electric to?
Rayven connects LS Electric to 1,228+ systems including ERP, historians, CMMS and sibling controllers like Delta Electronics and Mitsubishi Electric. Custom connectors are part of done-for-you delivery.
How long does LS Electric integration take with Rayven?
Most LS Electric integrations go live in 2-12 weeks. A single controller-to-historian or fault-to-work-order flow runs in 2-3 weeks; a distributed multi-site fabric with predictive maintenance runs 6-12 weeks. Choose DIY, done-for-you or hybrid delivery.
XGT controllers have OPC-UA and FEnet. Why does Rayven add value on top?
Those protocols move raw devices; they do not name, join or store them. Rayven maps XGT device areas to meaning, contextualises them with asset and ERP data, holds history at rate and runs analytics and AI across every site. Read more in how Rayven works.
What are the technical specifics of LS Electric integration with Rayven?
Rayven reads LS Electric XGB, XGK and XGI controllers over Modbus TCP and RTU, EtherNet/IP, the dedicated XGT and FEnet protocol and OPC-UA, with legacy Master-K read over its own addressing. Device areas (%M, %D, %I, %Q), bit devices, I/O and machine-state values are read at the edge and resolved to named engineering-unit tags, then mapped field by field into an Industrial AI Data Fabric alongside historian, CMMS and ERP data. Distributed energy and infrastructure sites read into one central model rather than a polling script per site. Rayven reads and contextualises only; supervised writeback covers explicitly-scoped non-safety setpoints and never writes to safety logic. Authentication and access are governed at the connector with full audit, deployed at the edge, on-premises or with sovereign hosting. Validated against XGB, XGK and XGI controllers across APAC machine and infrastructure sites.
LS + AI integration.
In weeks, not months.
Book a 30-minute call. Walk away with a tailored plan - what's reachable, what to bring in first, time + scope.