- Monitoring of temperature and humidity in different zones of the office building.
- Processing of collected telemetry with various alerting rules based on zone type: work space, meeting and server rooms.
- Distribution of collected alarms to assigned facility managers.
- Visualization of real-time and historical values on the configurable web dashboards.
Data flow diagram
Devices and Connectivity
We decided to use quite cheap hardware based on ESP8266 and DHT22 sensor. The total cost of each device that includes sensor and connectivity module is approximately 5$. Since this is a prototype, we decided to use MQTT over WiFi and have not discussed other connectivity options.Server-side infrastructure
The server-side part of the solution will be based on the Thingsboard IoT platform which is 100% open-source and can be deployed both in the cloud, on premises or even on Raspberry Pi 3. The collected data is stored to Cassandra database due to built-in fault-tolerance and scalability. We have recently launched Live Demo instance to simplify getting-started process, so we will use this instance in the tutorial.Development and Configuration steps
Step 1. Device provisioning
Initial step of the PoC was to provision several devices and their attributes. We’ve decided to support three zone types: work area, meeting and server rooms. We have registered three buildings with four rooms in each. During registration we have populated Zone Id, Zone Type server-side attributes. Note that the server-side device attributes may be used by the processing rules, but are not visible to the device itself.
Step 2. Flushing the devices
During this step we have flushed firmware update with individual device credentials built-in to the firmware. The firmware code and corresponding instructions are available in links below. We have used code from our previous article without modifications, since all the logic is on the server side.Please note that steps 1 and 2 may be automated, we’ve developed simple java based application that performs provisioning of the devices and other entities using REST API and also emulates this devices for the live demo purposes.
Step 3. Processing Rules
During this steps we have provisioned rules that analyze temperature and humidity against configurable thresholds based on zone type. For example, acceptable humidity range in server room is between 40% and 60%, however, humidity range for the work zone is from 30% to 70%.The rules are basically set of logical expression written using javascript syntax. For example, rule for a server room consist of two parts: attribute and telemetry filter. This filters may be combined, but we decided to separate them to simplify the PoC.
Attributes filter body example:
typeof ss.ZoneType !== 'undefined' && ss.ZoneType === 'Server Room'
(
typeof temperature !== 'undefined'
&& (temperature <= 10 || temperature >= 25)
)
||
(
typeof humidity !== 'undefined'
&& (humidity <= 40 || humidity >= 60)
)
Step 4. Alarms distribution
At this step we have configured email plugin to distribute data using SendGrid mail service and provisioned rule action to send data to the configured mail address. Rule action consists of several templates that allow flexible configuration of email topic, body and adress list based on substitution of device attributes and telemetry values. For example, following email body template:[$date.get('yyyy-MM-dd HH:mm:ss')] $ss.get('ZoneId') HVAC malfunction detected.
Temperature - $temperature.valueAsString (°C).
Humidity - $humidity.valueAsString (%)!
[2016-12-22 15:06:09] Server Room C HVAC malfunction detected.
Temperature – 45.0 (°C).
Humidity – 70.0 (%)!
Step 5. Data visualization
At this step we provisioned several dashboards to visualize the data. We will describe them below.Map dashboard
This dashboard shows multiple buildings on the map with their short status available in the tooltip. You can use links in the tooltips to navigate to Floor Plan and Historical Data dashboards.
Floor Plan dashboard
This dashboard uses static background image with the floor plan. We have placed widgets that show temperature and humidity in each room that is being monitored.
Historical dashboard
This dashboard shows last minute of sensor readings that are reported each second.
Live Demo
In order to demonstrate this PoC in action you need to do two simple steps:- Sign-up or login to the live demo instance and save your login and password.
- Download and launch device emulator using this link.
java -jar facilities-monitoring.jar demo.thingsboard.io
- provision demo devices.
- create rules and dashboards.
- start emulation of the temperature and humidity sensor data for provisioned devices using MQTT.
Conclusion
This prototype was written by two engineers literally in one day. Most of the time was spent on the client-side code (Arduino sketch for real device and emulator). The server-side part of the prototype has zero coding and was all about configuration of the rules, plugins and dashboards.This demonstrates how easy is to prototype and build IoT solutions using Thingsboard. Of course, there is certain learning curve that you need to pass, but we hope that this article and other docs will help you to do this.
Links
- Compatible sample applications for different hardware platforms:
- Temperature upload over MQTT using ESP8266 and DHT22 sensor
- Temperature upload over MQTT using Arduino UNO, ESP8266 and DHT22 sensor
- Temperature upload over MQTT using NodeMCU and DHT11 sensor
- Thingsboard github page
- Emulator source code
- Emulator binary
This comment has been removed by the author.
ReplyDeleteA facilities monitoring system ensures efficient operations and safety by tracking essential metrics in real-time. Online assignment help in London provides timely support to students for effective academic performance.
DeleteIT is developing faster than anything, which cause the reduction of internet buying price. It also increase more new ways to reduce the captive cost of the business. IP phone quebec is using the internet to maintain the communication with more secure and translucent way.
ReplyDeleteA company has many thing to manage. Workforce management is the most important thing. It can cause the whole production to stand still. So you need professional personnel to do it. You can hire one from the call center pros santo domingo.
ReplyDeleteHey friend, it is very well written article, thank you for the valuable and useful information you provide in this post. Keep up the good work! FYI, please check these depression, stress and anxiety related articles:
ReplyDeletehttps://www.easysketches.com/
You can also contact me at [email protected] for link exchange, article exchange or for advertisement.
Thanks a lot
Dhruv
This is really a nice and informative, containing all information and also has a great impact on the new technology. Check it out here:get update
ReplyDeleteThis is a great inspiring article.I am pretty much pleased with your good work.You put really very helpful information...naked url
ReplyDeletewow this saintly however ,I love your enter plus nice pics might be part personss negative love being defrent mind total poeple , Sincerly René
ReplyDeleteAny online business should be aware of the advantages of SEO search optimization, particularly if they desire a more significant proportion of the target market. If you're still uncertain about hiring an SEO expert, now is a good moment to consider a more successful strategy if you want to increase site traffic and capitalize on the thousands of visitors who are eager to learn more about your goods and services. SEO Companies Near Me
ReplyDeleteThis post of Facilities monitoring system prototype using Things board, are so interactive and reliable for all the new ones but there are also very beneficial and highly valuable HND Assignment Writing Service available to getting from them in all over the UK respectively.
ReplyDeleteTo maximize the visibility of hundreds of other products as customers pass by critical items like bread and milk, supermarkets keep them as far from the store entrance as possible. This is done using psychological insight. bopet film supplier
ReplyDeleteThanks for your post, I will recommend kick the buddy game, hope you enjoy it.
ReplyDeletetrucking accident law firms
ReplyDeleteThis review discusses a prototype for a facilities monitoring system using Thingsboard. It provides an introductory overview, a detailed description of the system, technical details, potential use cases, benefits, challenges, user experience, data security, future development plans, audience engagement, feedback collection, grammar and language review, and a call to action. The system's purpose and significance are explained, and the prototype is described with key features and functionalities. The technical details include hardware and software requirements, IoT devices used, and data integration methods. The review also discusses potential use cases, benefits, challenges, user experience, data security measures, future development plans, audience engagement, feedback collection, grammar and language review, and a call to action. The content is praised for its informative nature, but it could benefit from visual aids like diagrams or screenshots to enhance understanding of the system's implementation. Overall, the review is informative but could benefit from visual aids to enhance understanding.
Program your IoT-enabled microcontrollers to read data from sensors Uno Online and send this data to ThingsBoard. You can use MQTT or HTTP protocols for communication.
ReplyDelete"abogado de lesiones por accidentes de motocicleta"
ReplyDeleteThe review of the 'Facilities Monitoring System Prototype using Thingsboard' highlights the author's commendable effort in designing and implementing a practical solution for monitoring facilities. It provides a clear overview of the prototype's features and the use of Thingsboard for efficient monitoring. The review emphasizes the practicality and relevance of the Facilities Monitoring System, demonstrating its potential impact on streamlined facility management. It is a valuable resource for those exploring IoT-based facilities monitoring, shedding light on the successful integration of Thingsboard for an effective prototype.
ReplyDeleteCreating a facilities monitoring system prototype using Thingsboard involves setting up a platform for the Internet of Things Palworld Breeding Calculator (IoT) that allows you to collect, visualize, and analyze data from various sensors deployed in a facility.
Your passion for the the icehouse phoenix subject really shines through in your writing.
ReplyDeleteThe specific application for a brush or how it is going to be used, determines the components that go into making a brush. The main structural components are the fill material and the handle, block, or frame material. Fill and handle material can be of many different substances. Nylon is one such fill material.
ReplyDeleteThe prototype monitors office environmental controls using Thingsboard:
ReplyDeleteMonitors temperature and humidity in different zones.
Alerts facility managers based on zone-specific rules.
Visualizes real-time and historical data on web dashboards.
Uses inexpensive hardware and MQTT over WiFi your feedback is valiable liteblue website.
The facilities monitoring system prototype utilizing Thingsboard offers an innovative solution for effectively managing and optimizing facility operations. Through seamless integration with the Thingsboard platform, this prototype provides real-time monitoring and analysis of various facility parameters, including temperature, humidity, energy consumption, and equipment status.
ReplyDeletebusiness lawyer charlottesville va
ThingsBoard is an open-source IoT platform that provides capabilities for device management, data collection, visualization, fnf game and analysis.
ReplyDelete