Using Zabbix in an IoT Architecture

Similar documents
Virginia Tech Research Center Arlington, Virginia, USA

Wireless IoT Sensing Solutions

* Make the most of your energy

END NODE DIGITAL The compact ModBus WiFi End Node to network easily industrial machine.

Arm Mbed Edge. Shiv Ramamurthi Arm. Arm Tech Symposia Arm Limited

Internet of Things and M2M

IP67 IP20. Controllers Open Flexible Compact SPEEDWAY. Programmable. Fieldbus Couplers. Programmable. Fieldbus Controllers

for M-Bus, Modbus and 1-Wire devices

mbed OS Update Sam Grove Technical Lead, mbed OS June 2017 ARM 2017

MODBUS to LoRaWAN Converter

Modius OpenData v3.3. Product Overview of Modius OpenData for Unified Data Center Monitoring & Analysis

HARDWARE MANUAL MMS100. M-BUS TO MODBUS GATEWAY Series 07 / 2017 MIKRODEV_HM_MMS100_EN

Networks with Cisco NAC Appliance primarily benefit from:

MQTT Protocol Support. Cloud Ready Gateway. Modular Architecture

Wiser for C-Bus Automation Controller

Embedded Device Server. White Paper. English ver 1.2

with Backlight Graphic LCD Screen

Smart City Solution & Case Study. LG Uplus

Agile IoT Solution Driving Digital Transformation of Transportation

Communication Interface

The Integrated Smart & Security Platform Powered the Developing of IOT

MODULAR CIRCUIT MONITORING SYSTEM

What is a Lean Cloud Platform? May 2011 Paul Fremantle CTO and Co-Founder,

IoT Ecosystem and Business Opportunities

Build the unified end to end IoT solution on ARM LEADING COLLABORATION IN THE ARM ECOSYSTEM

IoT for the Smart Home

Standard protocol support (e.g. MODBUS, SNMP, M-Bus), possibility to install dedicated user protocols

RHE16. Compact Multifunction Coriolis Flow Meter Transmitter. Features. Applications. Benefits

SenNet Registered trademark of Satel Spain Dataloggers series DL170 DL171 DL172.

Java Embedded on ARM

MTXM2M. Modems, Gateways & Routers for M2M-IoT

Technical characteristics (MICA)

Understanding Device Level Connection Topologies

3 Planning to Deploy ZENworks 2017 Update 2

Standard protocol support (e.g. MODBUS, SNMP, M-Bus), possibility to install dedicated user protocols

Mr. Ed Merwin. Tridium

Integrating Custom Hardware into Sensor Web. Maria Porcius Carolina Fortuna Gorazd Kandus Mihael Mohorcic

The Flexible Desktop Farm. Dario Gnaccarini C.D.H. srl

Squid.link Gateway. The heart of wireless solutions. Bridging multiple wireless protocols. Smart home Energy management Home security Healthcare

Micro Focus Desktop Containers

How to monitor M-Bus and wireless M-Bus systems

Argos and Netbiter: Remote Monitoring Made Easy. Maribel Cassens. Field Applications Engineer zoctober 2016 NB001 V.0

Automation, Ethernet & Wireless Solutions

Internet the way it should be

Intelligent infrastructure monitoring for software-defined data centers. Intelligent Power Manager Infrastructure Simplified IT-centric monitoring

IoT Intro. Fernando Solano Warsaw University of Technology

Loosely Coupled Actor Systems

Energy market: Opportunities and Technologies

The securityprobe5es-x20 s software motion detection and a rich notification suite keeps you up to date 24 hours a day. securityprobe5es-x20

Siemens Digitalized Production Cell Boosts Auto Parts Manufacturing by 20% siemens.com/global/en/home/products/automation

IEC Overview. Grant Gilchrist. Principal Consultant, Smart Grid Engineering November 2009

Clouds and Things. Implications of the Cloud and Internet-of-Things for SCADA/ICS. April 25, 2018

RHE16. Compact Multifunction Coriolis Flow Meter Transmitter. Features. Applications. Benefits

UA-5200 IIoT Communication Server

The securityprobe5e-x60 s rich notification suite keeps you up to date 24 hours a day. securityprobe5es-x60. securityprobe5es-x60

HAN Devices & Integration. Bradley A. Singletary, CISSP

19.Configure HMI as a MODBUS Server

SecurityHawk SecurityHawk 8-20

LT : Suitable platforms for harsh environments

Premier Wireless Solutions Provider for IoT. LoRa / LoRaWAN Solution Selection Manual.

See it. Control it. The TelPro Solution

3 Planning to Deploy ZENworks 2017 Update 3

Standard protocol support (e.g. MQTT, MODBUS, SNMP, M-Bus), possibility to install dedicated user protocols

CASAN: A New Communication Architecture for Sensors Based on CoAP

MicroPnP The Zero-Configuration Platform for Wireless Sensing & Actuation

Specification for Smart Panels : Energy management system to monitor, control and maintain building installations

Figure 1 MYNXG Gateway d3 with DIN rail mounting option for any electrical cabinet. Rev. C, Final Page 1 of 5

INDUSTRIAL RTU & I/O DEVICES

IOT-GATE-iMX7 Datasheet

Automate Transform Analyze

Linux in the connected car platform

3 Software Stacks for IoT Solutions. Ian Skerrett Eclipse

CA ecometer. Overview. Benefits. agility made possible. Improve data center uptime and availability through better energy management

Monitoring Made Easy. October 2015 APRIL 2015

Ruchiman Priatna (Control Technology) Freelance The easy-to-use distributed control system

SOA Software API Gateway Appliance 6.3 Administration Guide

Specification Manual

Standard protocol support (e.g. MODBUS, SNMP, M-Bus), possibility to install dedicated user protocols

ARM mbed Technical Overview

Clarity 3 GCE-8000 EMBEDDED IOT CONTROLLER PRODUCT DATA SHEET

ARTO LIND ABB Ability Datacenter Automation. The way to monitor & control your DC infrastructure (DCIM) Datacenter Infrastructure Management

Comprehensive Data Center Energy Management Solutions

An IoT gateway for Smart Living

New Approach to Unstructured Data

What s new. James De Clercq (RealDolmen) Timothy Dewin (Veeam Software)

Making Things Smart. ISN Conference Long Range Connectivity Networks for Sensors

Intel Cluster Ready Allowed Hardware Variances

I/O Management Intro. Chapter 5

High-performance, cost-effective, intelligent LPR for Free Flow applications

Arm Mbed Edge. Nick Zhou Senior Technical Account Manager. Arm Tech Symposia Arm Limited

Liebert. icom Thermal System Controls Greater Data Center Protection, Efficiency & Insight

Getting started with the RAK 831 Lora Gateway and RPi3 V1.0 Shenzhen Rakwireless Technology Co., Ltd Rak

Deployment of an Artificial Intelligence (AI) IoT Gateway. Daniele Cleri AAEON Europe on behalf of Texim Europe

A platform to build smart solutions for everyday ease

Introduction to LabVIEW and NI Hardware Platform

Overview. Applications. Features

Integration of a Perimeter Security System

MP211 HARDWARE MANUAL

HMI HUMAN MACHINE INTERFACE

ArcGIS Enterprise: Architecture & Deployment. Anthony Myers

Transcription:

Using Zabbix in an IoT Architecture...with the right hardware Fabrizio Fantoni // Systematica

Presentation Fabrizio Fantoni System Administrator and Zabbix Trainer Systematica is the tech subsidiary of Gruppo Finmatica Developing and supporting software for Government and Healthcare organizations. Zabbix is used since 2009 to monitor systems and applications deployed on our customers.

What is IoT? (Internet of Things) IoT describe a new way to interact with things around us. IoT is a revolutionary evolution beyond machine-to-machine communications (M2M): it permits high connectivity of sensors, devices and systems. IoT is DATA, a huge amount of Data that can be use to take decisions.

Is IoT the future?

Different type of IoT IoT is a technology used in two different ways IoT in Consumer marketplace Mobile Phones, Bracelets, GPS, home automation etc IoT in Industry and SmartCities Energy Management, Industry Automation, Environment monitoring

Two different ways to use the same technology, with different goals

IoT in Consumer MarketPlace Many vendors in an extreme competitive market. Lack of standards, every vendor has its technology and way to use and analyze data. A LOT of data to collect and analyze, a job for Big Data Analysts and Data Scientists.

IoT for Industry and SmartCities Mostly based on legacy and custom applications, it s the new hot trend nowadays1, especially focused on Energy Management and Environment Monitor. The technology chosen must be simple to install and integrate well with existing devices. One of the application of IoT in industry and SmartCities is to analyze where energy is wasted to reduce cost and pollution. 1. https://en.wikipedia.org/wiki/smart_city https://en.wikipedia.org/wiki/industry_4.0

The way we have chosen: Industry and SmartCities Consumer IoT is for big players who start from creating the device to the data analysis (Google, Fitbit, Neurio, etc ). People expect a simple way to interact with a device, don t ask for customization but choose the device by cost or fashion. Industry and SmartCities want custom project, designed and ready to be modified to satisfy new needs. Data must be always available (OpenData) and exportable (Cost analysis, accounting, etc ).

What Industry wants It is preferable to be able to use existing sensors Hardware used must work in a noisy and dusty environment (no fan) Is better if hardware can be fixed in a DIN slide inside a box (no PC or caseless device) The solution must work with minimal maintenance Collected data may be available to be used for internal analysis NO!

What SmartCities wants Project must be modular, start small and grow over time The technology used is preferably to be Open Source Data must be readable and reusable (OpenData) The software must be simple to use and supported for a long time

Sensors in industry and SmartCities The big part of sensors used in industry automation or environment monitoring use a communication protocol called MODBUS. Some sensor are based on SNMP, via ethernet or WiFi. Other have proprietary way to collect data and a set of API to retrieve those. A IoT gateway must be able to collect data in different ways.

Can Zabbix be use for it YES

Can Zabbix be use for it YES But with the right hardware

Pros of Zabbix Distributed monitoring by proxy To be able to create a network of (proxy) gateways and collect data in a safe place. Custom items To pull data in different ways from different sensors (SNMP, MODBUS, scripts) Open Database schema To extract data with common reports utility API Integrate with other portal (ex: Grafana) and automatic configuration of hosts/items Low footprint for proxy and agent Can be installed on small appliance Proxy run on Linux and require minimal configuration

Three challenges 1. ModBus protocol, what is it and how can I retrieve data? 2. Remote and easy configuration when sensors are added/removed 3. Hardware of gateway must be usable in an industry environment (no fan, protected case, ability to fix in a box)

ModBus the standard of industry communication https://it.wikipedia.org/wiki/modbus Used in many sensors, using only 2 or 4 wires (on RS485) and can be extend up to 1,2 Km. From 1 up to 247 devices can be in a single cable line, every device can be polled for a lot of numeric and string data. Supported in zabbix by a loadable module: https://github.com/v-zhuravlev/libzbxmodbus

Remote configuration of gateway A gateway is a embedded hardware who have Zabbix Proxy installed. Using Zabbix Proxy on a gateway device allow to change configuration from Zabbix Server when a new sensor is installed. No need to operate on gateway. The configuration is stored on Zabbix Server. This enables us to simply change gateway if it breaks. Zabbix Proxy can cache data in case of communication problem.

Hardware used for gateway device To be compliant with the needs of an industrial environment we choose a modular product engineered and made in Italy: The Gropius Multiutility Concentrator Crafted by SinTau http://www.sintau.it

Gateway Hardware description The Gropius MUC is a MultiUtility Concentrator performing the following features: very high performances Linux based system Gigabit Ethernet Flash base Storage GPRS\3G\4G WiFi IEEE 802.11 g\n RS485\CAN\SPI PLC HomePlugAV, HomeGreenPHY,G3 Hardware is modular and expandable and compatible with Zabbix Proxy and Agent 3.0.

Gateway Hardware description The main controller is based on an ARM processor running Linux Debian Embedded or OpenWRT. The system is provided with 2 Gigabit Ethernet, RS485, CAN bus, USB. A number of communication modules are available in order to increase the interface capability and communication technologies. 6LowPAN @868 Mhz and DUST @2.4 Ghz are already available. HGP and WMBUS #169/868 Mhz are under development.

Use case for Energy Management A company wants to measure and analyze energy consumption of the headquarter, distributed in two floors on the same building. The building is separated in 9 different zones by electric fuse boxes. Every fuse box has a Nemo D4-Le Multifunction Indicator, with Modbus output. Using the ethernet cabling already present all the Multifunction Indicators was joined in a single bus and connected to the Gropius Gateway, on the modbus RS-485 port.

Logic Schema ID 4 ID 3 ID 2 ID 1 Ethernet RS-485 Zabbix Server Every multimeters is connected on the same bus and configured with a different ModBus ID The Gropius Gateway has the ModBus hardware module installed and Modbus Zabbix loadable module compiled. It s configured as Zabbix Proxy on Zabbix Server

Configuration on Zabbix Server For every sensor an host is created and put under Gropius Proxy monitoring A template is linked to the host with a UserMacro identifying the ModBus ID

Configuration on Zabbix Server Items read the modbus registry of the measure* *Look at the modbus module ReadMe for the items key syntax. Load modbus module on zabbix agent to test with zabbix_get utility: root@gropius:~# zabbix_get -s localhost -kmodbus_read_registers["/dev/ttys1 9600 N",9,0x1518,3,l,1,0]

Example of only lighting system power consumption (all fuse box). As you can see the office opens at 7:30 and close at 20:30 after cleaning. It seems that at 19:30 people need more artificial light.

Latest Data

Same Data but with Grafana

Faced Challenge Choosing the right sensor for the desired measures can be hard Understand how to pull data from Modbus is another challenge, especially for people like us who are used to work with snmp, agent or databases. Connecting sensors to gateway is a problem, it needs wiring work and that is not always feasible. Some new technology are out but need testing: 6LoWPAN DUST/WMBUS

What we learned Zabbix is not only a great server and network monitoring solution, but it can be used effectively in an IoT scenario. The architecture of Zabbix let us use it in embedded devices and in distributed monitoring simplifying a lot the deployment and configuration. The API, the loadable modules and external check let us monitor everything and show data in different ways.

Future project The chosen technology is ready to be use in any place where we need to read remote measurements and put in a single repository, ex. for billing purpose. Water meter Gas meter Any meter

Thank you! support.zabbix@ads.it / www.systematicasrl.it www.sintau.it