Device Monitoring
Infrastructure & Device Monitoring
UPS units, server rooms, meters and industrial equipment are checked around the clock, and the alerts that matter reach the person who can act in time.
Is this for you?
An alarm that lands in a shared inbox is easy to miss. Too often, the team hears about the problem only after systems are already down.
- Device alarms arrive by email and get lost
- Readings are collected by walking round with a notebook
- Every vendor has its own monitoring tool
- There's no history to check what happened before an incident
Typically for
IT managers
Responsible for server rooms and UPS units
Facility managers
Looking after HVAC, generators and cooling
Operations managers
Who need capacity and inspection data
Teams
Relying on manual rounds or scattered inspection notes
How it works
We check which interfaces your devices offer and what your network allows, then set up collection that feeds dashboards, alerts and reports.
Your systems
- UPS units & PDUs
- Sensors & meters
- Email-only devices
Stackline software
- SNMP polling & traps
- Modbus collection
- Normalise & check limits
Where the data goes
- Alerts: Telegram, SMS, email
- History database
- Scheduled reports
What you get and what we need
What you get
- Readings collected over SNMP, Modbus or email
- Limits and alerts routed to named people and channels
- A history database with a monitoring dashboard
- Scheduled reports and a written description of the setup
What we need from you
- A list of devices with make, model and location
- The interfaces they support: SNMP, Modbus or email alerts
- Who receives alerts, and through which channel
- Network access, or a place to run a local gateway
Device Monitoring capabilities
Each part works on its own or as part of a larger project.
SNMP monitoring
Poll UPS units, PDUs, switches and environmental sensors over SNMP, receive their traps, and store every reading in one monitoring database.
Learn moreUPS & server room monitoring
Monitor UPS status, battery and load, PDUs, and server-room temperature and humidity, with alerts before a power or cooling problem becomes downtime.
Learn moreModbus TCP/RTU integration
Read energy meters, generators, PLCs and HVAC controllers over Modbus TCP or RTU, convert registers into readable values and keep their history.
Learn moreEmail alerts to structured events
Turn alert emails from UPS units, controllers and other devices into structured, de-duplicated events that reach your alert channel or ticketing system.
Learn moreAlert routing & escalation
Route each alert to the right person and channel by severity and time of day, escalate when nobody responds, and keep a log of every alert sent.
Learn moreMonitoring reports
Scheduled Excel and PDF reports from monitoring data: incidents, limit breaches, load and temperature trends for inspections and capacity planning.
Learn more
Common questions
About Device Monitoring projects.
Yes. We combine SNMP polling and traps with room sensors, so the person on duty is alerted as soon as load, battery or temperature passes a set limit.
Modbus is an industrial protocol used by energy meters, generators, PLCs, HVAC systems and temperature controllers. Modbus integration means reading their register values automatically, storing them with history and using them for alerts and reports.
Yes. We read those emails from a dedicated mailbox, merge duplicates and turn each one into a structured event for your alert channel or ticketing system.
Not for collecting data. The collector runs on your network; an outside connection is needed only when alerts go to external channels such as Telegram, SMS or email, and then only those messages leave.
UPS units, PDUs, switches, environmental sensors, meters, generators, PLCs and HVAC controllers: anything that speaks SNMP or Modbus, or can send an email alert. We check each model before work starts.
You set the limits, recipients and channels. Alerts go by email, Telegram, SMS or another channel you choose, and move to a second contact if nobody responds.
Yes. Every reading is stored, so you can look back at what happened in the hours before an incident.
Have a similar task?
Send a short note about the equipment and software you use and what should change. We'll answer with questions or a first step.