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Remote Monitoring

Remote monitoring of Decentralised Industrial Assets

Critical infrastructure such as pump stations, compressors, emergency power generators, transformer stations and gas installations connected securely to the cloud — the PSsystec portfolio makes this possible via cellular connectivity, ready for immediate operation and reliable even with weak network coverage via NB-IoT.

Data transmission takes place over certified, encrypted communication links. As a retrofit solution for existing systems, with no intervention in existing control technology or local IT infrastructure.

50.000+

Devices in the field per year

100%

In-house development depth, service, production and development

20+

Countries where the SMARTbox is operated

Market challenge

Why Remote Monitoring
is Essential for Infrastructure Operators

Future-proof Connectivity

Outdated cellular standards such as 2G are being phased out globally — in Germany from 2028 onwards. Existing remote control systems, telemetry installations and SCADA connections operating via 2G must be migrated to future-proof cellular standards. The PSsystec solution enables migration via Plug & Play, without on-site engineering.

No on-site IT required

Decentralised assets such as transformer stations, energy metres, pump stations, compressors, emergency power generators and gas installations rarely have their own IT infrastructure. Retrofitting is often too complex or too costly. The PSsystec solution connects existing systems to the cloud via cellular connectivity.

Earlier Fault Detection

Many sites are not permanently staffed. Faults are often only discovered after failure or inspection visits. Remote monitoring with PSsystec enables 24/7 alerting, proactive fault management and complete documentation without on-site presence.
Use cases

Remote Monitoring by Industry
From Critical Infrastructure to Industrial Facilities.

Water Management
Water Management

Automate irrigation monitoring – use water efficiently and document irrigation times

Stick precisely to planned irrigation windows, monitor water volumes, and automatically document the start and end of irrigation – for reduced water consumption and less manual oversight.
About the use case
Water Management

Wastewater and stormwater collection networks – detect overflows and leaks in real time and ensure compliance

Wastewater and stormwater networks require continuous monitoring of levels, flow, and water quality – IoT remote monitoring prevents overflows, detects leaks early, and provides the data foundation for automated compliance reporting.
About the use case
Water Management

Groundwater wells and extraction systems – monitor operations and water quality remotely and protect resources

Deep wells in rural and arid regions are often the only available water source – IoT remote monitoring secures pumping operations, automatically reports malfunctions, and protects against the over-extraction of groundwater resources.
About the use case
Water Management

Monitor drinking water distribution networks – locate leaks, stabilize pressure, and minimize water loss

A vast network of pipes, pumping stations, and water distribution hubs requires continuous monitoring—IoT remote monitoring quickly pinpoints leaks, optimizes flow, and ensures a reliable water supply.
About the use case
Water Management

Monitor drinking water treatment plants – control operating parameters remotely and ensure water quality

Small and medium-sized drinking water treatment plants are critical for public health and a reliable water supply – IoT remote monitoring secures operations, enables rapid response to malfunctions, and reduces on-site maintenance.
About the use case
Buildings & Critical Infrastructure
Buildings and Critical Infrastructur

Manhole monitoring—track levels, access, and temperatures in manhole systems via IoT

Critical events in manholes often go unnoticed—until the damage is already done. Fill levels, water ingress, leaks, and unauthorized access are continuously monitored, with immediate alerts triggered by critical events.
About the use case
Buildings and Critical Infrastructur

Infrastructure and structural monitoring – continuously record cracks, settlements, and inclinations via IoT

Continuously monitor bridges, tunnels, retaining structures, foundations, and dams – cracks, deformations, inclinations, and settlements are recorded automatically, with instant alerts for critical changes in condition.
About the use case
Buildings and Critical Infrastructur

Monitor mobile heating units—ensure reliable construction and screed drying via remote access

Mobile heating units on construction sites often run unattended—fuel shortages, burner malfunctions, and temperature fluctuations can jeopardize the drying process and delay construction schedules. IoT remote monitoring keeps operations under constant surveillance.
About the use case
Buildings and Critical Infrastructur

Temperature monitoring in multifunctional enclosures – detect thermal risks early and prevent failures

Excessive heat caused by solar radiation, faulty fans, or inadequate ventilation threatens electronics, batteries, and network components in unmanned outdoor enclosures – continuous IoT monitoring detects critical conditions before they lead to failure.
About the use case
Buildings and Critical Infrastructur

Monitor critical IT nodes—detect power outages and IT faults immediately, don't wait to be notified

ATMs, self-service terminals, and edge IT nodes are distributed across various locations and are often unmanned—power outages, network issues, and overheating lead to immediate downtime and must be detected instantly.
About the use case
Buildings and Critical Infrastructur

Air conditioning for technical and server rooms – monitor climate conditions remotely and prevent system shutdowns

Ensure stable climate conditions in technical and server rooms around the clock – detect critical states early, resolve malfunctions remotely, and minimize the need for on-site visits.
About the use case
Buildings and Critical Infrastructur

Monitor district heating systems – keep a central eye on heating plants and transfer stations

Detect faults in decentralized, unmanned heating centers and transfer stations immediately—before customers report them—to accelerate repairs and permanently increase supply reliability.
About the use case
Buildings and Critical Infrastructur

Alarm management for critical infrastructure – centrally monitor distributed sites and precisely manage troubleshooting

Capture, prioritize, and report alarms from HVAC, power, battery, and generator systems across all locations in real time – for faster troubleshooting, fewer unplanned outages, and significantly reduced operating costs.
About the use case
Buildings and Critical Infrastructur

Monitor diesel emergency power generators – ensure readiness for emergencies and detect defects early

Emergency power generators are rarely used, but they must start reliably in an emergency. Continuous IoT monitoring ensures they are ready to start and replaces rigid calendar-based maintenance with condition-based maintenance.
About the use case
Process Engineering
Process Engineering

Compressed air and compressor monitoring – monitor systems remotely and avoid failures

Continuously monitor compressed air systems and compressors, detect failures and pressure drops early, and permanently reduce unplanned downtime in production and operations.
Zum Use Case
Process Engineering

Pressure, gas, and level monitoring – remotely monitor distributed systems and prevent downtime

Continuously monitor fill levels, pressure values, and leaks in distributed gas and pressure systems – identify supply risks early, reduce emergency call-outs, and ensure long-term operational safety.
Zum Use Case

Implement use case together

PSsystec supports you from the initial requirements analysis through to a fully operational remote monitoring solution—retrofit-ready, cellular-based, and ready for immediate use.

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Case Studies

IoT Projects

from Real-World Experience
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Ready-to-use solutions

The right IoT kit
for every application

From sensor integration to cloud visualisation, the PSsystec kits enable fast commissioning — retrofit-ready and developed specifically for the remote monitoring of decentralised assets.

Kit

SMARThaccp

Temperature Monitoring to HACCP Standards and Gas Alarm Detection – Robust and Wired!
To product
Kit

Smart metering

Reduce Energy Costs – Increase Sustainability!
To product
Kit

SMARTmodbus ETH

Modbus devices and systems can be reliably monitored remotely via Ethernet and LTE.
To product
Kit

SMARTmodbus

Remotely Monitor Modbus Devices and Plants!
To product
Kit

SMARTsensor

Centralized Fault Management for Plant & Facility Technology!
To product
Kit

SMARTtempmonitor

Wirelessly Monitor Temperatures and Ambient Humidity!
To product
Kit

SMARTsocket

Measure Energy Consumption and Detect Power Outages
To product
FAQs

Understanding remote monitoring – key questions

Compact answers to the most important questions about remote monitoring, retrofit connectivity, 2G migration and cellular-based asset monitoring – practical and jargon-free.

No. PSsystec solutions operate completely independently using specialized cellular protocols such as LTE-M, NB-IoT, or LTE. There is no need for on-site IT infrastructure like Wi-Fi, VPNs, local servers, or dedicated network connections. Data is transmitted directly from the gateway to the cloud via the cellular network. This makes the solution particularly well-suited for locations without IT connectivity, such as remote stations, pumping stations, or older industrial facilities.

In areas with limited mobile signal—such as basements, shafts, or solid industrial buildings—external antennas can be used to improve connection quality. PSsystec gateways support both LTE-M and NB-IoT (Narrowband IoT), which offers significantly better building penetration compared to LTE and was specifically developed for IoT applications in challenging reception environments. For critical installations, PSsystec recommends conducting a preliminary site survey of the mobile network coverage.

PSsystec gateways are designed as plug-and-play devices that can be commissioned on-site by technically skilled personnel using the Field App—no dedicated IT specialist or local network configuration required. Depending on the service package (e.g., SMARTservice), a preconfigured SIM card for cellular connectivity and cloud access is included. Any necessary adjustments to the default configuration (e.g., for connecting specific sensors or Modbus configuration) and device management are handled remotely via the cloud platform, keeping on-site service visits to an absolute minimum.

PSsystec products are designed as non-invasive retrofit solutions. Installation generally does not interfere with existing plant technology and requires no operational downtime. Depending on the use case—such as attaching split-core current transformers to power lines or temperature sensors to pipelines—commissioning is typically completed within a few minutes. This makes the products ideal for active production environments with high availability requirements.

PSsystec-Lösungen werden u. a. in der Wasser- und Energieversorgung eingesetzt – Bereichen, die unter die KRITIS-Regulierung fallen. Die Systeme übertragen Daten verschlüsselt(TLS) über ein zertifiziertes Mobilfunknetz, verarbeiten Daten auf europäischen Servern (DSGVO-konform) und greifen nicht auf das interne OT/IT-Netzwerk des Betreibers zu.

Limit violations or system failures are detected in real time and forwarded via configurable alarm channels. Alarms can be sent to any number of recipients via email and SMS, with fully customizable thresholds and escalation levels. In addition to email and SMS, alarms can also be forwarded to higher-level systems (CAFM, BMS, SCADA) via API interfaces.

Yes, multi-site operations and decentralized properties are a core feature of the PSsystec solution. All gateways and measuring points are managed centrally in a cloud platform, regardless of whether you have two sites or two thousand. Cross-site comparisons, alarm overviews, and analyses are available directly in the dashboard. This makes PSsystec particularly attractive for real estate companies, municipalities, and industrial enterprises with distributed property portfolios.

EnergY management

Use Case
not found?

In addition to remote monitoring, PSsystec offers IoT solutions for the capture and analysis of energy consumption, load profiles and utility data — compliant with ISO 50001 and compatible with existing energy data management systems.

AC and DC monitoring at mobile base stations – measure energy, allocate costs
Grid disturbances and power quality – proving causes in the power grid via IoT measurement
PV Inverter Monitoring
Locate short-circuit and earth-fault indicators via remote access

To the energy management solutions