IoT Platform

Advantages of the sensor to cloud monitoring solution

Sensor-to-cloud monitoring solution uses wireless sensor networks to capture, process, and reserve data in the cloud, permitting all users to access the data. They are used in many applications to collect and process critical operational data. The use of sensor-to-cloud systems includes 

  • Utility management
  • Machine monitoring
  • level monitoring
  • parking management
  • Energy management 

Sensor-to-cloud systems help enterprises by facilitating, revving, and automating sensor data control.


A sensor-to-cloud system merges wireless sensor networks and the cloud, extending the ability of standard networks for computing, storage, communication, and scalability.

A network of self-regulated sensors commonly operated in industrial and building applications monitor space for elements such as temperature, Humidity, pressure, vibration, proximity, and movement. Gateways then shorten and transmit this data to the cloud, where it gets decompressed and stored in the server. The sensor network contains the information, and complicated functions like data analysis and processing are also transmitted to the cloud, lessening the load on sensor networks and expediting processing time.

This sensor network consists of three layers. 

Physical layer 

This layer consists of physical sensors that collect data. Sensor Modeling Language uses XML encoding for physical sensors to implement across multiple hardware and platforms with minimal human effort.

Virtual layer

In this layer, all physical sensors are virtualized on a cloud computing platform so that users can control their physical sensors. Virtual sensors equip real-time data from their physical partners.

User interface layer

Users can view virtual sensor data sent to the cloud. Cloud computing allows data access by multiple users, potentially across numerous organizations and over different networks and OS. Users can organize data and sensors with a web-based Dashboard.

Advantages of Sensor-to-cloud systems

Sensor-cloud systems optimize sensor data management by using the cloud to collect, access, visualize, analyze, store and share large amounts of data from multiple sensors. They enhance the data management procedure by diminishing human interference. Users can explore and operate on sensor data without worrying about execution, as the cloud will automatically feed services when users send a request. Automation has grown efficiency while reducing cost and service delivery time.

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Sensors collect, process, and interpret data in real time, aiding you in making smarter decisions quickly. Users can more efficiently explore large amounts of data from multiple sensor networks with sensor-cloud monitoring systems. Massive cloud storage gives you access to historical data to track trends and measure improvement.


Because the cloud has an ample routing infrastructure, sensor networks grow at much larger scales. As enterprises grow and need more resources, they’ll be able to mount their sensor infrastructure with their firm without investing in new hardware. Also, sensor-to-cloud monitoring methods improve data repositories rather than physical computer systems, enabling growing companies to store more data as they develop without spending time and money on new hardware.


The cloud allows multiple parties to access data from any location, encouraging greater collaboration. Considerable physical sensor networks portray data on the cloud, making significant quantities of data readily available.


As part of sensor-to-cloud monitoring, a visualization API represents charts based on sensor data, authorizing workers to create a sense of detailed data from multiple sensors in a network. You’ll be able to diagnose present data conventions that could have otherwise gone unrecognized to anticipate future trends.


Automation is a crucial objective of the IoT, dramatically improving productivity by delivering more rapid delivery times. In the past, workers physically controlled sensors. Automation simplifies the sensor monitoring procedure, as sensor-to-cloud lets, you grab and research data automatically. If problems arise, the system will notify the necessary individual.


While ex-computing procedures need hardware, sensor-to-cloud systems supply better flexibility, as you’ll be capable of using more applications to manage sensors and skillfully communicate resources and data with others across the globe via the cloud.


Several service providers can combine numerous services via the cloud, allowing access to data from different origins. Although others who do not have the permit to your data cannot witness it, all data consistently run on the same server.


WSN can also be used for security, noticing actions to control unauthorized access and transmitting an alert to the cloud. Door sensors detect open doors, command locking mechanisms, and even activate alarms. Window sensors operate like door sensors but frequently monitor the temperature to optimize energy consumption. Finally, motion sensors can communicate an alarm or call the authority to keep spaces like warehouses or artifacts at museums safe.


Cloud infrastructure helps with more influential computing and storage capability without the actual hardware expense. Also, you’ll be capable of monitoring devices and making the required rehabilitation before they evolve too pricey.


One of the essential edges of wireless sensors is that they are fast and easy to establish. The technology will instantly start gathering data and transmitting it to the cloud once connected to the asset.

The Constant Growth OF Sensor to cloud methods

Like how sensor technology has developed to become wireless, sensor-to-cloud methods are continually improving for enhanced capabilities and security. Coming enhancements include:

  • Developed applications: Future developments in WSN technology will forge sensor applications for underwater acoustic techniques, cognitive sensing, and instances where the period is critical.
  • Artificial intelligence and machine learning: Combining artificial intelligence (AI) and machine learning (ML) with sensor-to-cloud systems to expedite data collection and monitoring via further mechanization.
  • Improved security: Some individuals have raised safety problems with WSNs and cloud computing. Forthcoming developments will preserve the integrity of nodes to ensure that damages don’t compromise the system. Experimenters propose a three-layer data storage scheme to improve future security.

BridgeThings is the top manufacturer of Long Range Wide Area Network (LoRaWAN®) sensors for Internet of Things (IoT) systems in India and worldwide. Our long-range and low-cost sensors have an impressive battery life to monitor temperature, Humidity, movement, air quality, and water leaks. Contact us today to learn more about our wireless sensor solutions.

How IoT Dashboard utilized for business growth

Multiple organizations that utilize IoT technology find the data they collect from different devices and sensors overwhelming. So they view for alternatives to make their understanding much smoother and faster. Building an IoT dashboard is one of the most efficient ways of overcoming this challenge.

BridgeThings has experience in solving company problems with software solutions, including those based on IoT technology. Our expert development crew knows how to develop a decent IoT dashboard, and this blog will bring you up to activity with what you need to see if you are considering this option.

What is an IoT dashboard?

An IoT dashboard is a web-based software that enables you to manage your ecosystem, get data from each Device, and control its operation. An IoT dashboard is essentially an IoT control panel that can accomplish several distinct goals for any enterprise.

Critical Components of IoT Dashboard

Data Collection from Device:

Each Device gets tonnes of data, for example, voltage, pressure, motion, acceleration, chemical composition, moisture, humidity, pH, air, and water quality. This data is transmitted to the IoT Dashboard to be prepared and presented as penetrations on the interface.

Data storage

It is a crucial part of an IoT dashboard. In a practice, IoT devices with sensors are lightweight and can’t save much data. Thus, the information needs to be transferred continuously to the backend of your dashboard for further storage. 

At first, the volume of data strength was not that large, but you will need adequate storage over time. The repository should also enable users to reclaim past data instantly. This way, you can see variations or models and track actions effortlessly.

Data visualization

Data visualization plays a vital role in dashboards, in which data converts into heat maps, geographical maps, tables, line graphs, bubble clouds, pie or bar charts, histograms, statistics, and timelines. Depending upon the end-user needs, it will change, and businesses make better decisions on that.


Alerts assist users in not avoiding anything while using a dashboard. If your sensors recognize any difference, peculiarity, risk, or unusual behavior, they’ll post a sign, and you’ll see a warning on the dashboard. If you create a custom IoT dashboard, you’ll choose which important alerts and display them on your interface.


Last but not least, any IoT software development company you choose to build a dashboard web application must be capable of assuring that your IoT details are secure and safe. IoT devices collect a lot of raw data, and any data breach or leakage can be highly damaging to your business’s fame. Make sure to guard your dashboard commands properly for maximum confidence. It’s a good idea to create role-based access levels since it’s essential to restrict users from seeing data they shouldn’t see. 

IoT and Analytics are permitting Companies to handle business growth.

Real-time Management  – With joined IoT assets, businesses arrest massive troves of real-time data that serves to track products, support, and day-to-day operations. Such acumens can further aid remote asset monitoring, security, and fraud detection, turning to better services for a company. 

Analytical solutions developed around real-time data, using ML methods, assist enterprises in allowing intelligent business operations and predictive analytics.

Extended Business-Critical Operations on Mobile platform

Businesses leverage the Enterprise Mobility platform to allow real-time access to meaningful information from any place through handheld devices. Cross-platform mobile apps united with IoT and Analytics drove Cloud solutions to give real-time insights on mobile devices. This data assists companies and their customers in making better decisions in real-time. 

For example, a Cloud-based Smart Metering Solution developed throughout water meters assists the utilities and their clients with water waste data in real-time. This method helps the clients in making proper choices towards adequate water consumption.

Automated Work Management System – While automation forms the backbone process in most industries, it can be hugely improved when optimized with Analytics and IoT. It can cover the way for significant changes in the work situation like remote field-force connectivity. 

For example, energy consumption can diminish with the help of intelligent IoT devices that produce such situations to notice. IoT solutions can even predict when a system is likely to break or lose, thus manually offloading the workers to shut them down for maintenance. Moreover, IoT and real-time analytics can assist in building a central data repository, which can notify the identification of issues.

Emergency Planning and Recovery – IoT implementation for emergency management can turn out to be one of the biggest game-changing trends. With IoT sensors and alarm systems, troves of real-time data can assist in active monitoring and review. Supports businesses in making crucial decisions. 

For example, IoT sensors can adequately monitor the increase in levels of harmful gases in particular industry segments and automatically shuts down the system with a raised alarm. Analytics solutions devised on this critical data can afford opportunities or measures to avoid the probability of a disaster taking place, thereby saving plenty of lives.


A custom IoT dashboard grants easy data distribution, straightforward data analysis, and better IoT asset control and management. What’s more, it approves businesses to make more effective real-time business decisions, exposes new growth possibilities, and finds acumens that would be hidden.

Many Businesses are combining IoT assets with AWS services and driving analytics through machine learning solutions. AWS IoT Suite offers a center of services to connect, monitor, and control numerous IoT devices. Likewise, data-based real-time and predictive analytics formulated through ML solutions are benefitting Enterprises with informed decisions. Take advantage of AWS IoT consultants and Analytics experts to securely connect IoT assets, analyze critical data, and present insights to the customers – in the way to drive business growth.

Assuring Business Continuity using IoT – Remote Monitoring & Management

COVID -19 has forced us into humanity’s biggest crisis. Although the viral threat has posed several obstacles, the world is combating it with courage and a practical approach to weeding the infection. Similarly, businesses worldwide are feeling pressure due to the current situation. They are finding ways to fight the temporary slowdown and distinct ways to handle the crisis.

As per PwC, about 80% of manufacturers assume that the pandemic will have an economic impact on their business. The research was done by the National Association of Manufacturers (NAM) recently. That is significantly higher than the 48% of cross-industry companies concerned about the same impact, based on CFO responses to a study by PwC. 

According to PwC, manufacturers are now reviewing their automation and contingency plans to face business during such times of difficulty. The Internet of Things (IoT) technology can support building powerful tools that can enable automation and remote management using the internet to stay connected to the IT, non-IT assets, and business operations of critical importance. 

In the contemporary situation of restricted people’s movements, supply chain encumbrances, and transportation disruptions, businesses are challenged with operations crises, especially those requiring humans to be on-site. IoT remote monitoring solutions can assist the challenge by handling repetitive tasks and using data to empower human intelligence anywhere, anytime, without being on-site.

The data from IoT solutions can play an immense role in tying the business mutually and managing the situation proactively for the operations and industry leaders. It can also help minimize losses that could be acquired due to disproportionate assets and enable the staff to stay updated on the operational spots without being on-site.

Remote Site/Asset Management to handle a crisis:

Why does a business need it?

Today, the word ‘remote’ has far more reason than at any time in the past. With social distancing and travel limitations in place, how can supervisors, administration heads, and industry leaders access their sites operating at various locations? The topic has been on everyone’s mind since things started getting severe. Daily technicians must also stay updated on the remote sites they have been assigned to and access data despite the physical distancing.

IoT Remote monitoring combines these dots and keeps the manufacturers updated on crisis planning and management.

COVID-19 has given us adequate reasons for businesses to understand the value of having access to data on fixed and moving physical assets from the comfort of home.

There are huge companies and facilities with a million dollars worth of assets located at various sites and require them to be up and running despite such challenges posed by a pandemic. 

For instance, let’s take huge telecom organizations requiring their cell towers to be operational at 100% uptime and efficiency. The solution can centralize these operations, access the far localities through constant and proactive monitoring, assist teams in scheduling maintenance on demand, and keep the managers on watch from the comfort of their homes. Similarly, a considerably different load pattern on the grid with commercial establishments shut down; however, the internal load is higher than ever because of the people staying at home. Power grid monitoring applications support proactive monitoring, instant anomaly reporting, and keeping teams prepared for discrepancies. This is a perfect case of how IoT can significantly regulate cities to become competent and ready for abnormal situations.

Furthermore, assuring the safety and protection of staff can also prove cost-effective because periodic maintenance drills now become maintenance on-demand. Similarly, proactive monitoring can help recognize breakage or shutdown. This can help avoid unnecessary downtime and losses due to it. 

Enterprise Continuity and digital transformation 

Companies must stay sustainable; despite the health crisis, organizations find ways to empower their staff through applications that can help them work from their home’s comfort and cater to customers’ demands even when the operations have gotten a bit challenging.

As far as established Business Continuity is concerned, most companies with IT operations in place are often equipped for remote support/working. All the staff has given essentials like e-mail ids, laptops, and cloud business suites to stay connected to their colleagues and customers. The problem arises for non-IT operations teams; how can they manage services that need humans to be present on-site? How are they combating the challenge of restricted movements? How is the section updated on asset health located miles away?

Purpose-built IoT Remote monitoring solutions can significantly help the business continuation needs of operations teams. Industries such as logistics for FMCG and essential goods are challenged with a limited workforce and a shortage of supply chain cohesiveness. Fortunately, these industries can leverage connected data and insights from the various IoT data points. With combined data, the supervisors and managers can proactively plan their operations with limited resources and be prepared for supply chain possibilities. In slight movements and cuts of supply from any specific region, the data-connected applications can help managers stay proactive, procure goods from other sources, and remain informed about sudden discrepancies during collections from one area to another. All this and more are due to staying connected using continuous data monitoring.

Also, in the case of managing large immovable assets such as HVAC, DGs, and other high industry machinery, how can facilities and admin teams stay proactive in preserving asset life cycle and engage in proactive maintenance activities while keeping the health and safety of their staff as a preference? This is where data intelligence can have a powerful impact on human intelligence! Remote site utilization driven by the Internet of Things can help teams scrap off the guesswork and move their services to digital and advanced forms so that technicians can automate the usual operations and step out only when required. This can be a vast spine for business continuity and disaster management for the organization and help make strategic moves that could benefit the business later.

This refers to operations managers at production units, facility managers at large buildings like airports and hospitals, etc., who can stay renewed on their remote works even during this lockdown period because of the leverage IoT has to offer from remote sites.

As white-collared operators stay connected to work and customers from their homes, IoT data and applications can enable field staff and blue-collared professionals to leverage data to stay connected and familiarized without stepping out. IoT, along with AI, automation, and remote management, can be a great tool to permit human intelligence and business operations with or without crisis!

To explore IoT Remote monitoring solutions for your business, write to