Didactum Monitoring & Pandora FMS Integration

Complete step-by-step guide for integrating Didactum Monitoring devices and sensors into Pandora FMS via SNMP – including agent configuration, remote SNMP modules, SNMP module configuration via agent file, MIB import, post-processing for temperature scaling, alert templates, alert actions (email) and SNMP Trap Console.

Product Note: Pandora FMS is an open-source NMS that monitors SNMP devices via so-called Remote Network Modules. Each OID is defined as its own module of an agent. The Network Server module of Pandora FMS actively polls the OIDs via SNMP-GET. In addition, Didactum can send SNMP Traps to the Pandora FMS server, which are received in the SNMP Trap Console and processed via trap alert rules. The integration is possible in two variants: via the Web Console (graphical) or directly via the agent configuration file (text file with module_snmpget blocks).

Software: Pandora FMS 7.x / 8.x (Community or Enterprise)
Protocol: SNMP v1 / v2c / v3 (Polling) + SNMP Traps (optional)
Devices: Didactum Monitoring System 100T / 300T / 500T / 550T
Sensors: Temperature, Leakage, Humidity, Door Contact, Smoke

1. Prerequisites & System Overview

Pandora FMS Server

Pandora FMS 7.x or 8.x installed (Linux, typically CentOS/RHEL or Ubuntu)
Pandora FMS Network Server enabled (networkserver 1 in pandora_server.conf)
SNMP tools installed: net-snmp, net-snmp-utils
Web Console accessible at: <Server-IP>/pandora_console
UDP Port 161 outbound open for SNMP polling
UDP Port 162 inbound open for SNMP Traps (optional)
Network access from the Network Server to the Didactum device available

Didactum Device

Monitoring System 100T, 300T, 500T or 550T
SNMP enabled (v2c recommended)
Device reachable via ICMP from the Pandora FMS server
MIB file available in the web interface (Download under Preferences → SNMP)

Architecture & Data Flow

[Pandora FMS Server]                     [Didactum Monitoring System]
  Linux Server                            IP: 192.168.1.50
  Web Console: <IP>/pandora_console
  |
  +-- [Pandora FMS Network Server]
        (Perl process, actively polls OIDs)
                    -- SNMP GET UDP 161 (active polling) -->
                    <-- SNMP Traps UDP 162 (passive, optional) -
  |
  +-- [Pandora FMS Data Server]
        (processes all incoming module data, triggers alerts)

Pandora FMS Architecture (relevant for Didactum)

Network Server: Performs SNMP polling of Remote Network Modules; requires network access to the Didactum device
Data Server: Processes all incoming module data, checks thresholds and triggers alerts
SNMP Trap Console: Receives SNMP Traps from the Didactum device; enables rule-based alert forwarding
Web Console: Browser-based configuration interface for agents, modules, alerts and reports

Enable Pandora FMS Network Server

# /etc/pandora/pandora_server.conf
networkserver 1
network_threads 10

# Restart
sudo systemctl restart pandora_server

2. Enable SNMP on the Didactum Device

Step 1 – Open Web Interface

Open in browser: 192.168.1.50 (adjust IP of the Didactum device)

Step 2 – Access SNMP Settings

Preferences → SNMP

Step 3 – Enter the following values

Field in Didactum Web Interface	Value
Enable SNMP	Enabled
SNMP Version	v2c (recommended)
Community String	didactum_pfms (do not use "public"!)
SNMP Port	161
Trap Receiver IP	IP of the Pandora FMS server (e.g. 192.168.1.10)
Trap Port	162
Trap Version	v2c

Save settings. Test SNMP connection in advance from the Pandora FMS server:

snmpwalk -v2c -c didactum_pfms 192.168.1.50 .1.3.6.1.4.1.46501.5.1.1

3. Import MIB File into Pandora FMS

Pandora FMS has a MIB Uploader in the Web Console. After import, numeric OIDs are automatically translated with their symbolic names.

Step 1 – Download MIB File

# In the Didactum Web Interface:
# Preferences → SNMP → Download MIB file
# Save file as DIDACTUM-ENV-MIB.mib

Step 2 – Upload MIB to Pandora FMS

Pandora FMS Web Console:
  Operation → Monitoring → SNMP → MIB uploader
  → "Browse" → Select DIDACTUM-ENV-MIB.mib
  → Click "Upload"

The MIB is copied to the directory /usr/share/snmp/mibs/ on the server and registered in the Pandora FMS translation database.

Step 3 – Make MIB available server-side (optional, for SNMP Traps)

# On the Pandora FMS server:
sudo cp DIDACTUM-ENV-MIB.mib /usr/share/snmp/mibs/
sudo systemctl restart snmptrapd

# Activate SNMP Trap translation in pandora_server.conf:
# /etc/pandora/pandora_server.conf
translate_variable_bindings 1
translate_enterprise_strings 1

sudo systemctl restart pandora_server

MIB Template for Import

If no MIB is available from the device, save the following template as DIDACTUM-ENV-MIB.mib:

-- ============================================================
-- DIDACTUM-ENV-MIB  |  Enterprise OID: 1.3.6.1.4.1.46501
-- ============================================================

DIDACTUM-ENV-MIB DEFINITIONS ::= BEGIN

IMPORTS
    MODULE-IDENTITY, OBJECT-TYPE, Integer32, enterprises
        FROM SNMPv2-SMI
    DisplayString
        FROM SNMPv2-TC;

didactum MODULE-IDENTITY
    LAST-UPDATED "202401010000Z"
    ORGANIZATION "Didactum Security GmbH"
    CONTACT-INFO "support@didactum-security.com"
    DESCRIPTION  "MIB for Didactum Environmental Monitoring Systems"
    ::= { enterprises 46501 }

didactumSensors     OBJECT IDENTIFIER ::= { didactum 5 }
didactumSensorTable OBJECT IDENTIFIER ::= { didactumSensors 1 }
didactumSensorEntry OBJECT IDENTIFIER ::= { didactumSensorTable 1 }

sensorName OBJECT-TYPE
    SYNTAX      DisplayString
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION "Sensor designation"
    ::= { didactumSensorEntry 5 }

sensorStatus OBJECT-TYPE
    SYNTAX      Integer32 (0..3)
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION "Status: 0=Normal 1=Warning 2=Critical 3=Error"
    ::= { didactumSensorEntry 6 }

sensorValue OBJECT-TYPE
    SYNTAX      Integer32
    MAX-ACCESS  read-only
    STATUS      current
    DESCRIPTION "Measured value: Temp raw value div 10 = °C; Leakage 0 or 1"
    ::= { didactumSensorEntry 7 }

END

4. OID Reference for Didactum Sensors

All Didactum OIDs start with .1.3.6.1.4.1.46501. The sensor ID is appended at the end and can be determined via snmpwalk or the integrated SNMP Explorer in Pandora FMS.

OID Fields per Sensor

Field	Meaning	Example OID
.5.x.SENSOR_ID	Sensor Name (String)	.1.3.6.1.4.1.46501.5.1.1.5.101001
.6.x.SENSOR_ID	Status: 0=Normal, 1=Warning, 2=Critical, 3=Error	.1.3.6.1.4.1.46501.5.1.1.6.101001
.7.x.SENSOR_ID	Measured value (current)	.1.3.6.1.4.1.46501.5.1.1.7.101001

Sensor Types with OIDs, Pandora FMS Module Type and Thresholds

Sensor Type	Sensor ID	OID Measured Value	Pandora Module Type	Post-Processing	Warning Threshold	Critical Threshold
Temperature Sensor Port 1	101001	.1.3.6.1.4.1.46501.5.1.1.7.101001	remote_snmp	÷ 10 (= °C)	28	35
Temperature Sensor Port 2	101002	.1.3.6.1.4.1.46501.5.1.1.7.101002	remote_snmp	÷ 10 (= °C)	28	35
Humidity Sensor Port 1	102001	.1.3.6.1.4.1.46501.5.1.1.7.102001	remote_snmp	none (%rH direct)	80	90
Combined Sensor Temperature (CAN)	103001	.1.3.6.1.4.1.46501.5.1.1.7.103001	remote_snmp	÷ 10 (= °C)	28	35
Combined Sensor Humidity (CAN)	103002	.1.3.6.1.4.1.46501.5.1.1.7.103002	remote_snmp	none (%rH direct)	80	90
Door Contact	104001	.1.3.6.1.4.1.46501.5.1.1.7.104001	remote_snmp	none (0/1)	> 0	–
Smoke Detector	106001	.1.3.6.1.4.1.46501.5.1.1.7.106001	remote_snmp	none (0/1)	–	> 0
Leakage Sensor (Spot)	107001	.1.3.6.1.4.1.46501.5.1.1.7.107001	remote_snmp	none (0/1)	–	> 0
Leakage Sensor (Cable)	107002	.1.3.6.1.4.1.46501.5.1.1.7.107002	remote_snmp	none (0/1)	–	> 0
Sensor Status	101001	.1.3.6.1.4.1.46501.5.1.1.6.101001	remote_snmp	none (0/1/2/3)	> 0	> 1
System State (device overall)	–	.1.3.6.1.4.1.46501.1.1.0	remote_snmp	none (0/1/2)	> 0	> 1

Post-Processing / Scaling: Pandora FMS offers a Post-process field in the module with which the SNMP raw value can be automatically multiplied or divided. For Didactum temperature sensors: Post-process = 0.1 (divided by 10). This correctly displays raw value 215 → 21.5 °C and thresholds can be entered directly in °C (28 / 35).

Determine Sensor ID: In the Didactum Web Interface under System Tree → Sensor → Details or via SNMP Walk.

# Determine all sensor names and IDs
snmpwalk -v2c -c didactum_pfms 192.168.1.50 .1.3.6.1.4.1.46501.5.1.1.5
# All measured values
snmpwalk -v2c -c didactum_pfms 192.168.1.50 .1.3.6.1.4.1.46501.5.1.1.7

5. Create Agents and Modules in the Web Console

In Pandora FMS, each monitored device represents an agent. Each OID is defined as an individual module within this agent.

Step 1 – Create Agent for the Didactum Device

Web Console → Management → Resources → Manage agents
→ Click "Create agent"

Field	Value
Agent name	Didactum-Serverroom
IP address	192.168.1.50
OS	Other
Group	Serverroom (create new group if necessary)
Server	Select Network Server
Interval	300 (5 minutes)
Description	Didactum Monitoring System – Temperature, Leakage, Humidity

Click Create.

Step 2 – Create Remote SNMP Module for Temperature Sensor

Web Console → Management → Resources → Manage agents
→ Open agent "Didactum-Serverroom" → Tab "Modules"
→ Select "Create network module"

Field	Value
Module name	Temperature_Sensor_01
Module type	Remote SNMP (remote_snmp)
SNMP community	didactum_pfms
SNMP version	2c
SNMP OID	.1.3.6.1.4.1.46501.5.1.1.7.101001
Target IP	192.168.1.50
Port	161
Unit	°C
Post-process	0.1 (raw value ÷ 10 = °C)
Warning min / max	28 / empty
Critical min / max	35 / empty
Description	Server room temperature (raw value / 10 = °C)

Click Create. The module becomes active during the next polling cycle (agent interval).

Step 3 – Create Modules for Additional Sensors

Same procedure as in Step 2 – one module per sensor. Relevant fields:

Module	OID	Post-process	Warning max	Critical max	Unit
Temperature_Sensor_01	.1.3.6.1.4.1.46501.5.1.1.7.101001	0.1	28	35	°C
Temperature_Sensor_02	.1.3.6.1.4.1.46501.5.1.1.7.101002	0.1	28	35	°C
Humidity_Sensor_01	.1.3.6.1.4.1.46501.5.1.1.7.102001	1 (no post-process)	80	90	%
Leakage_Sensor_01	.1.3.6.1.4.1.46501.5.1.1.7.107001	1	empty	0.5 (from 1 = Critical)	Status
Leakage_Sensor_02	.1.3.6.1.4.1.46501.5.1.1.7.107002	1	empty	0.5	Status
DoorContact_01	.1.3.6.1.4.1.46501.5.1.1.7.104001	1	0.5 (from 1 = Warning)	empty	Status
SmokeDetector_01	.1.3.6.1.4.1.46501.5.1.1.7.106001	1	empty	0.5	Status
Sensor_Status_01	.1.3.6.1.4.1.46501.5.1.1.6.101001	1	0.5	1.5	Status

6. Agent Configuration File (Alternative to Web Console)

Pandora FMS also supports direct configuration via text file with module_snmpget blocks. This method is faster with many sensors and ideal for automation.

Configuration File: /etc/pandora/agents/didactum-serverroom.conf

# ============================================================
# Pandora FMS Agent Configuration for Didactum Server Room
# Remote SNMP Modules via module_snmpget
# ============================================================

agent_name   Didactum-Serverroom
description  Didactum Environmental Monitoring Server Room
group        Serverroom
interval     300
server_ip    192.168.1.10

# --- Temperature Sensor Port 1 ---
module_begin
module_name       Temperature_Sensor_01
module_type       generic_data
module_description Server room temperature (raw value / 10 = °C)
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.5.1.1.7.101001
module_postprocess 0.1
module_min_warning 28
module_max_warning 28
module_min_critical 35
module_max_critical 35
module_unit        °C
module_end

# --- Temperature Sensor Port 2 ---
module_begin
module_name       Temperature_Sensor_02
module_type       generic_data
module_description Rack 2 temperature (raw value / 10 = °C)
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.5.1.1.7.101002
module_postprocess 0.1
module_min_warning 28
module_max_warning 28
module_min_critical 35
module_max_critical 35
module_unit        °C
module_end

# --- Humidity Sensor Port 1 ---
module_begin
module_name       Humidity_Sensor_01
module_type       generic_data
module_description Server room humidity in percent
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.5.1.1.7.102001
module_min_warning 80
module_max_warning 80
module_min_critical 90
module_max_critical 90
module_unit        %rH
module_end

# --- Leakage Sensor Spot ---
module_begin
module_name       Leakage_Sensor_01
module_type       generic_data
module_description Water sensor underfloor (0=dry 1=water)
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.5.1.1.7.107001
module_min_critical 0.5
module_max_critical 0.5
module_unit        Status
module_end

# --- Leakage Sensor Cable ---
module_begin
module_name       Leakage_Sensor_02
module_type       generic_data
module_description Leakage protection cable air conditioning (0=dry 1=water)
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.5.1.1.7.107002
module_min_critical 0.5
module_max_critical 0.5
module_unit        Status
module_end

# --- Door Contact ---
module_begin
module_name       DoorContact_01
module_type       generic_data
module_description Door contact server room (0=closed 1=open)
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.5.1.1.7.104001
module_min_warning 0.5
module_max_warning 0.5
module_unit        Status
module_end

# --- Smoke Detector ---
module_begin
module_name       SmokeDetector_01
module_type       generic_data
module_description Smoke detector server room (0=OK 1=Alarm)
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.5.1.1.7.106001
module_min_critical 0.5
module_max_critical 0.5
module_unit        Status
module_end

# --- Sensor Status (Didactum overall status) ---
module_begin
module_name       Device_Status
module_type       generic_data
module_description Didactum system state (0=OK 1=Warning 2=Critical)
module_snmpget
module_snmpversion 2c
module_snmp_community didactum_pfms
module_snmp_agent 192.168.1.50
module_snmp_oid   .1.3.6.1.4.1.46501.1.1.0
module_min_warning 0.5
module_max_warning 0.5
module_min_critical 1.5
module_max_critical 1.5
module_unit        Status
module_end

7. Configure Alert System

The Pandora FMS alert system is based on three levels: Commands (what is executed), Actions (how it is executed – with concrete parameters) and Templates (when it is executed – threshold and time conditions).

Step 1 – Configure SMTP Settings

Web Console → Management → Settings → General setup → Mail settings

  SMTP Server:    mail.yourdomain.com
  SMTP Port:      25 or 587
  SMTP User:      pandora@yourdomain.com
  SMTP Password:  Your SMTP password
  From address:   pandora@yourdomain.com
  From name:      Pandora FMS Alarm

Click Update. Send test email and check inbox.

Step 2 – Configure Alert Action "Mail to Admin"

Web Console → Management → Alerts → Actions → "Mail to admin"
  (predefined action in Pandora FMS, just adjust email address)

  To address (field1):  admin@yourdomain.com
  Subject (field2):     [Pandora ALARM] _agent_ - _module_ - _severity_
  Message (field3):     Alarm: _module_ | Value: _data_ | Status: _status_
→ Update

Additional email recipients can be created as further actions (e.g. Mail to NOC).

Step 3 – Create Alert Template for Critical Sensors

Web Console → Management → Alerts → Templates
→ Click "Create"

Template: Didactum_Critical_Sensors

Field	Value
Template name	Didactum_Critical_Sensors
Condition type	Critical (module is in Critical status)
Time threshold	0 (immediately on first critical value)
Min. number of alerts	1
Max. number of alerts	empty (unlimited)
Recovery notify	Yes (send email also on normalization)

Template: Didactum_Warning_Sensors

Field	Value
Template name	Didactum_Warning_Sensors
Condition type	Warning
Time threshold	300 (only after 5 min in Warning status)
Min. number of alerts	1
Recovery notify	Yes

Save templates with Create.

Step 4 – Assign Alerts to Modules

Web Console → Management → Resources → Manage agents
→ Open agent "Didactum-Serverroom" → Tab "Alerts"
→ Click "Add alert"

Module	Template	Action
Temperature_Sensor_01	Didactum_Critical_Sensors	Mail to admin
Temperature_Sensor_01	Didactum_Warning_Sensors	Mail to admin
Temperature_Sensor_02	Didactum_Critical_Sensors	Mail to admin
Leakage_Sensor_01	Didactum_Critical_Sensors	Mail to admin
Leakage_Sensor_02	Didactum_Critical_Sensors	Mail to admin
SmokeDetector_01	Didactum_Critical_Sensors	Mail to admin
DoorContact_01	Didactum_Warning_Sensors	Mail to admin
Humidity_Sensor_01	Didactum_Warning_Sensors	Mail to admin
Device_Status	Didactum_Warning_Sensors	Mail to admin

Multiple templates (Warning + Critical) can be assigned per module.

8. Configure SNMP Trap Console (optional)

In addition to active SNMP polling, Pandora FMS can receive SNMP Traps that the Didactum device sends automatically on events. This enables immediate notification without waiting for the next polling cycle.

Step 1 – Activate SNMP Trap Console in pandora_server.conf

# /etc/pandora/pandora_server.conf
snmpconsole 1
snmpconsole_threads 1

# Restart
sudo systemctl restart pandora_server

Step 2 – Configure snmptrapd

# /etc/snmp/snmptrapd.conf
authCommunity log,execute,net didactum_pfms
disableAuthorization yes

# Forward to Pandora FMS
traphandle default /usr/lib/pandora/pandora_snmptrapd.pl

sudo systemctl restart snmptrapd

Step 3 – Create Trap Alert Rule

Web Console → Operation → Monitoring → SNMP → SNMP Console
→ Tab "SNMP Traps" → Click "Add trap alert"

Field	Value
Source IP	192.168.1.50 (Didactum device)
OID (Enterprise)	.1.3.6.1.4.1.46501
Custom OID (Regex)	.107. (Leakage Traps) or .* (all)
Trap type	Generic (v2c)
Alert action	Mail to admin
Alert template	Didactum_Critical_Sensors

Click Create. Received traps appear in the SNMP Console under Operation → Monitoring → SNMP → SNMP Console.

9. Test & Troubleshooting

Test SNMP Connection and OIDs

# From the Pandora FMS server:
snmpwalk -v2c -c didactum_pfms 192.168.1.50 .1.3.6.1.4.1.46501.5.1.1

# Check single temperature value (raw value / 10 = °C)
snmpget -v2c -c didactum_pfms 192.168.1.50 .1.3.6.1.4.1.46501.5.1.1.7.101001
# Example output: INTEGER: 215 → 21.5 °C

# Leakage status (0=dry, 1=water detected)
snmpget -v2c -c didactum_pfms 192.168.1.50 .1.3.6.1.4.1.46501.5.1.1.7.107001

Check Polling Status

Web Console → Monitoring → Views → Agent detail
→ Select agent "Didactum-Serverroom"
→ All modules with current value and status visible
→ Module status color: Green = OK, Yellow = Warning, Red = Critical, Gray = Unknown

Error Messages and Solutions

Problem	Cause & Solution
Module remains in "Unknown" status	Network Server not reachable or polling not yet executed → check Network Server status: pandora_server --status; wait for agent interval
SNMP polling fails	Community String wrong; UDP 161 blocked; SNMP not active on Didactum → test snmpwalk manually
Temperature value wrong (10× too high)	Post-process missing or set to 1 → set Post-process to 0.1 (÷ 10)
Leakage does not trigger Critical status	Critical threshold wrong → set Critical max to 0.5 (at value 1 Critical is triggered)
MIB upload fails	Invalid MIB syntax or missing dependencies → upload SNMPv2-SMI and SNMPv2-TC first
No email on alarm	Check SMTP settings; alert action not assigned to module; template condition not met
SNMP Traps do not appear in console	snmptrapd not started; Community String not entered in snmptrapd.conf; Pandora FMS snmpconsole not enabled

View Pandora FMS Logs

# Server log
tail -f /var/log/pandora/pandora_server.log

# Network Server specific
grep "network" /var/log/pandora/pandora_server.log | tail -50

# SNMP Trap Log
tail -f /var/log/pandora/pandora_snmptrapd.log

# Events in the Web Console
Operation → Events → View events
→ Filter: Agent "Didactum-Serverroom"

10. Final Checklist

Didactum Device

SNMP enabled (v2c or v3)
Community String set (not "public"): didactum_pfms
Device reachable via ping from Pandora FMS server
Trap receiver IP set to Pandora FMS server (optional)
MIB file downloaded
snmpwalk from Pandora FMS server successful

Pandora FMS – Basic Configuration

Network Server enabled (networkserver 1 in pandora_server.conf)
MIB DIDACTUM-ENV-MIB.mib imported via MIB Uploader
Agent Didactum-Serverroom created (IP: 192.168.1.50, Server: Network Server)

Modules

Remote SNMP module created for each sensor
Post-process 0.1 set for all temperature sensors
Warning and Critical thresholds configured in °C (thanks to post-process directly in degrees)
Leakage modules: Critical max = 0.5 (from raw value 1 = Critical)
All modules show current value in the agent detail view

Alerts & Notification

SMTP settings configured, test email received
Alert action Mail to admin configured with correct email address
Alert templates Didactum_Critical_Sensors and Didactum_Warning_Sensors created
Alerts assigned to all relevant modules (Temperature, Leakage, Smoke, Door, Humidity)
Test alarm triggered and email received
Recovery notification enabled (normalization email)

SNMP Trap Console (optional)

SNMP Trap Console enabled (snmpconsole 1 in pandora_server.conf)
snmptrapd configured and started
Trap alert rules created for Didactum Enterprise OID
Test trap received and visible in SNMP Console

Didactum Monitoring & Pandora FMS Integration

1. Prerequisites & System Overview

Pandora FMS Server

Didactum Device

Architecture & Data Flow

Pandora FMS Architecture (relevant for Didactum)

Enable Pandora FMS Network Server

2. Enable SNMP on the Didactum Device

Step 1 – Open Web Interface

Step 2 – Access SNMP Settings

Step 3 – Enter the following values

3. Import MIB File into Pandora FMS

Step 1 – Download MIB File

Step 2 – Upload MIB to Pandora FMS

Step 3 – Make MIB available server-side (optional, for SNMP Traps)

MIB Template for Import

4. OID Reference for Didactum Sensors

OID Fields per Sensor

Sensor Types with OIDs, Pandora FMS Module Type and Thresholds

5. Create Agents and Modules in the Web Console

Step 1 – Create Agent for the Didactum Device

Step 2 – Create Remote SNMP Module for Temperature Sensor

Step 3 – Create Modules for Additional Sensors

6. Agent Configuration File (Alternative to Web Console)

Configuration File: /etc/pandora/agents/didactum-serverroom.conf

7. Configure Alert System

Step 1 – Configure SMTP Settings

Step 2 – Configure Alert Action "Mail to Admin"

Step 3 – Create Alert Template for Critical Sensors

Step 4 – Assign Alerts to Modules

8. Configure SNMP Trap Console (optional)

Step 1 – Activate SNMP Trap Console in pandora_server.conf

Step 2 – Configure snmptrapd

Step 3 – Create Trap Alert Rule

9. Test & Troubleshooting

Test SNMP Connection and OIDs

Check Polling Status

Error Messages and Solutions

View Pandora FMS Logs

10. Final Checklist

Didactum Device

Pandora FMS – Basic Configuration

Modules

Alerts & Notification

SNMP Trap Console (optional)

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