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Automation & Telemetry · Software

Telemetry & Process Intelligence

Coming soonEarly access / pilot

Field data into semantic memory, semantic memory into decisions.

Request information Specifications
Data streams from an RT-152, a gateway and a sensor gather on a glass dashboard, with the anomaly point in violet.

Overview

The problem. Water utilities, irrigation associations and factories either invest heavily in wired SCADA to monitor geographically scattered wells, reservoirs, pumps and machines, or do not monitor them at all. Existing Elmes wireless installations show data on a local panel; data is not collected centrally, and historical analysis and alarm notifications are limited. Maintenance happens after failures; non-revenue water in Turkish networks averages ~32 % (2023), and municipalities are required to bring it down to ≤ 25 % by 2028.

The solution. The platform is designed as three modules:

  • Monitoring subscription: the Wireless Gateway / RTU collects data from RF nodes in the field (Wireless Well & Reservoir Control, Wireless Analog & Digital Data Transmitter, Wireless Digital I/O Link, Wireless Meter Reading Node) and from Modbus/MQTT/OPC-UA sources, and forwards it to the cloud (or an on-prem server). The web dashboard shows live values, trends, alarms (SMS, email, WR-001 alarm remote) and weekly reports; alert thresholds are user-defined. Hardware, connectivity and dashboard come in one subscription.
  • Predictive maintenance: time-series anomaly detection, asset health scores and maintenance work-order suggestions on the same data. The first pilot uses process variables (flow, pressure, temperature, level, current); for vibration, VibroBal measurements and later a wireless vibration node are added.
  • Water-loss (NRW) package: water balance per DMA (district metered area) from the inlet meter, reservoir level and pressure; minimum night flow analysis, leak alerts and reporting. Outcome-based (water savings) subscription.

Semantic memory. Atlas (GraphRAG + vector) makes past events queryable in context, and decision support dashboards generate daily routes for operations teams. This layer will be rolled out together with the predictive maintenance module.

Light threads rising from field devices converge on a frosted-glass telemetry dashboard, with an anomaly marked in violet.
Concept

This product is in development or field testing. Contact us for technical information, pilot use and a preliminary quotation.

Features

  • Multi-protocol field data: data collection from Modbus, MQTT and OPC-UA sources.
  • Web dashboard and alerts: field data monitored on a web dashboard, with alert generation.
  • Licence-free RF backbone: SIM cost per gateway, not per node.
  • TargetTime-series anomaly detection: the core of the predictive maintenance module.
  • TargetPredictive maintenance model: based on process variables and VibroBal vibration data.
  • TargetAtlas semantic memory integration: contextual queries over the event history.
  • TargetAuto route and task generation: a daily route for the maintenance team.
  • TargetWeekly executive briefing.
  • TargetOne subscription: nodes, gateway and dashboard; hardware, connectivity and software together.
  • TargetNRW water balance: DMA-based night flow analysis.
  • TargetLocal-logic RTU: local thresholds and alarms on the gateway when the internet is down (Wireless Gateway / RTU).
  • TargetEdge-AI anomaly detection: anomaly pre-screening on the gateway (long term).

Specifications

Values marked “Target” are design targets, next-generation values or chip-vendor data; they are updated as measurement and certification are completed.

Deployment
Deployment modelCloud (Türkiye) subscription; on-prem optionTarget
ServerContainer package; at least 4 vCPU / 8 GB RAM for on-premTarget
UpdatesVersioned containers; gateway firmware OTA (Gateway/RTU and Module Series SDK)Target
BrowserCurrent desktop and mobile browsersTarget
Field hardwareWireless Gateway / RTU (Ethernet / Wi-Fi / 4G); RF nodes: Well & Reservoir Control, Analog & Digital Data Transmitter, Digital I/O Link, Meter Reading NodeTarget
Architecture
MemoryAtlas GraphRAG + vector
Technology stackMQTT broker + Node/TypeScript services + PostgreSQL/TimescaleDB; PostgreSQL pattern shared with Elmes DM and AI WorkspaceTarget
Data modelTenant → site → device → channel (tag); time series, alarms, events, assets, DMA (district)Target
Integrations
Data sourcesModbus RTU/TCP, MQTT, OPC-UA
OutputWeb dashboard + alerts
Export / APIREST API, CSV/Excel export, webhooks, OPC-UA serverTarget
NotificationsSMS, email, push, WR-001 alarm remoteTarget
Other Elmes productsAI Workspace (Atlas), VibroBal measurement import, IIoT Retrofit KitTarget
Security & data
AuthenticationEmail/password + 2FA; SSOTarget
AuthorizationTenant admin / operator / viewer; site-level scopeTarget
Data location and transportServers in Türkiye; on-prem option; TLS; gateway-to-cloud device identity (certificate/token)Target
Data retentionRaw data 1 year / aggregated data 5 yearsTarget
Licensing & support
Licensing modelMonitoring: monthly/annual subscription per device or site; predictive maintenance: per-asset subscription; water loss: outcome-based (water savings)Target
Support and SLA8×5 support (monitoring); 24×7 alarm channel option; 99.5 % availabilityTarget
Field serviceInstallation, commissioning and maintenance serviceTarget
Roadmap
Stage 1 — MonitoringGateway connection, dashboard, alarms, reports; 1 pilot siteTarget
Stage 2 — Predictive maintenanceAnomaly detection on process variables; VibroBal vibration data; Atlas memoryTarget
Stage 3 — Water lossNRW module; water utility pilotTarget
Stage 4 — Decision supportRoute/task generation, weekly briefing, Edge-AI RTU (Gateway/RTU, EM-S7L-433)Target

Applications

  • Crane fleet
  • Irrigation grid
  • Security perimeter
  • Energy metering
  • Wells, reservoirs and pump stations
  • Water network losses (NRW)
  • Rotating equipment (cement, sugar, food)
  • Legacy machine fleet

Good pilot sites. Water utility pump stations and rotating equipment in cement and sugar plants are the best candidates for a first pilot: Elmes wireless telemetry hardware may already be installed there, so the new-hardware risk of the pilot is low. On a legacy machine fleet, signals are collected with the IIoT Retrofit Kit.

Field installations of the data-collection hardware layer are described on the related product pages (Wireless Well & Reservoir Control, Wireless Analog & Digital Data Transmitter).

Compliance & documentation

  • KVKK (Turkish data protection) notice and data processing agreement
    Mandatory for the cloud service
    Target
  • Subscription agreement and SLA
    Target
  • Gateway-to-cloud security policy
    Target
  • Hardware compliance (RED / EMC)
    Covered on the gateway and field node product pages
    Out of scope
  • ATEX (fuel applications)
    Fuel applications are not part of the product scope
    Out of scope
  • Software certification
    No mandatory certification for a software product
    Out of scope

Frequently asked questions

Can we connect our existing Elmes well/reservoir or data transmitter installation to the cloud?

That is the plan, via the Wireless Gateway / RTU. Second-generation LoRa nodes (N2) connect directly; compatibility for the first generation (N1, PIC + CC1101) depends on a redesign.

Is data lost when the internet goes down?

No; in the planned design, the gateway buffers data locally and backfills it once the connection returns. The buffer duration depends on the Gateway/RTU specifications.

Do we need vibration sensors for predictive maintenance?

The first stage works with process variables (flow, pressure, temperature, current); for vibration, VibroBal measurements and later a wireless vibration node are used.

Where is our data stored?

In the planned design, on servers in Türkiye; an on-prem installation option will also be offered.

Does it communicate with our PLC or SCADA system?

It reads data over Modbus RTU/TCP, MQTT and OPC-UA; serving data out as an OPC-UA server is planned.

How much will it reduce our water losses?

No reduction figure is promised; DMA-based water balance and minimum night flow analysis make leak points visible early.

How is it priced?

A subscription model (per device, site or asset), quoted per project; hardware and installation can be offered separately or in a bundle.

Can it be purchased now?

It is in early access / pilot; general availability is planned.

Get information about this product

Our engineering team replies within 24 hours.

Request information +90 (312) 395 85 86

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