Electricity is considered to be the most powerful energy source distributed in the world. The convenience availability of electric power is low. It is hard for the power sector to generate, transmit & supply electricity consistently without any interruption.

A continuous power supply to the plant is needed to avoid any disruption or downtime in work. This challenge can be solved by using an air compressor in the manufacturing unit to generate compressed air for various applications in the plant. Since the air compressor is the critical utility used, its parameters of it should be monitored on regular basis with the recommended maintenance schedule.

Trinetra Tsense, an IoT solution provider supports customers to overcome this challenge by providing a feasible remote monitoring system for air compressors. Using a remote monitoring system for the air compressors enables anyone to capture real time data from the compressed air equipment and convert them into data insights using that the maintenance team can check the health condition of the equipment from anywhere and anytime.

Benefits of Remote Monitoring Air Compressor Using IoT Technology

Real-Time Data Visualization:

IoT-enabled remote monitoring system for air compressors allows real-time meaningful data collection from compressor equipment over weeks, months, and years that can provide information on compressor performance as well as performance anomalies. The data can be viewed and downloaded from anywhere anytime by the maintenance team remotely to analyze the insights and take decisions.

Preventive Maintenance:

The best way to achieve consistency of air compressor is by observing the parameters of the equipment. This ensures that the maintenance team can react quickly to any equipment malfunctions and resolve the issue immediately. Alert notifications are supported by the IoT technology to insist the maintenance team be proactive in addressing the problems and reduce downtime.

Improves Compressor Lifespan:

The insights gathered by the air compressor remote monitoring system enable the maintenance team to be proactive that improving the lifespan of the air compressor. Even the technology can support taking action in response to any alert notification and troubleshooting the problems effectively. This technology is preprogrammed so, based on a smart algorithm to provide its maximum level.

Reduce Manual Errors:

Usually the traditional way of gathering data, creating reports, and distributing the insights to stakeholders. Using an air compressor remote monitoring system can avoid time taken for data sharing or any data loss. Even the technology can provide automatic alert notification on issues to the maintenance team and avoid the traditional way of equipment maintenance. It streamlines the workflow and saves time.

Considering the above benefits, most manufacturing units have adopted IoT-enabled air compressor monitoring system to evaluate their health and performance condition. Trinetra Tsense has experience in helping manufacturing industries use an air compressor enabled with IoT technology and have efficient monitoring.

The interconnectivity of IoT has brought around a more seamless integration between systems in a building or factory. Sensors have been used in process control and automation for years but IoT sensors now bring additional savings in maintenance and operations with the data generated and used across multiple systems. Now, smart HVAC systems are growing in popularity across sectors. The new smart systems not only increases comfort and convenience but also saves costs in the long run. They will soon be the new norm and once you adopt them there’s no option to go back!

Taking Monitoring, Diagnosis and Analytics to new levels

The data generated and collected over the building’s systems is used by the IoT system to be communicated and analysed to improve operations. The info is useful for maintenance, automation and planning, with optimisation of the HVAC system as the purpose. The increasing role of IoT within the commercial, residential or factory buildings, drives the industry towards more advanced tools and cost effective management for owners and managers, to achieve better efficiency and energy levels. In the HVAC sector, IoT is used in tracking airflow, weather conditions, temperature, vibration, pollutants, number of occupants and more, to track parameters for monitoring key indicators and for remote analysis. The smart system improves metering, optimises feedback and preventive maintenance.

Integrated HVAC systems work effectively

Integrated HVAC systems benefit from occupancy sensors as cross system improvement get benefited by keeping lights or equipment off when nobody is using them or around them. It saves power and improves efficiency. The same sensors by adjusting airflow, can improve IAQ, serving double duty.

Another example is how sensors adjust external shades of a building, responding to outdoor environment. These adjustments can reduce solar gain by nearly 50 per cent, significantly reducing load for interior cooling, sometimes done by sensors that may not be part of the HVAC system but integrated through IoT. IoT can work with or in addition to many existing permanent systems without implementing a dedicated Smart HVAC solution. Equipment upgrades can be planned to include IoT devices/sensors that managers can take advantage of.

Data security being an essential part of a Smart HVAC system, managers and owners need to consider it like any other smart system working on IoT software. They should consider applying cyber security measures for the IoT data stream, like encryption, network and physical security for the building or factory. Smart HVAC coupled with IoT can handle the challenges in the future, with improvement in data quality and quantity. This system can improve the profitability of a building or factory significantly. Smart HVAC with innovative ways to collect data and analyse them will progress to meet new benchmarks in comfort, maintenance and IAQ.

Trinetra tSense foresees the demand for IoT related applications in HVAC. Predictive maintenance offers great potential as it supports backward compatibility and integration, opening the opportunity known as IoT retrofitting. It’s proof that we are surely moving towards Industry 4.0. Perceptibly, IIoT technology will open up new opportunities via novel revenue streams and help to boost up growth and development.

Our team possess the expertise and experience in IIoT projects to offer you customised solutions. Please browse here for more details regarding our tech-driven solutions. You can also submit the enquiry form online, or just email a request to us and our team will contact you to discuss with you.

In today’s world, the demand for electricity is intensive. To address power outages and supply disruptions, Generator Sets (GenSets) offer a reliable backup. However, maintaining these expensive assets is crucial. IoT-enabled generator monitoring systems provide real-time data, enabling remote monitoring, predictive maintenance, and enhanced operational efficiency.

Important Measurement Parameters of Generator Set:

• Running Hours: Tracks usage patterns to optimize operations.
• Fuel System: Monitors fuel quality, consumption, and corrosion to boost efficiency.
• Battery Status: Ensures optimal charge levels to prevent starting failures,.

Trinetra Tsense IoT Solutions: Smart Features for GenSets

• Real-Time Monitoring: Detects issues like fuel leakage, reducing pilferage by up to 80%.
• Remote Scheduling: Enables remote on/off control, saving manpower costs by 20%.
• Reports & Dashboards: Generates detailed fuel and performance reports for better insights.
• Preventive Maintenance: Provides alerts to ensure timely upkeep, avoiding costly downtime.

Trinetra Tsense empowers OEMs with advanced generator monitoring systems to enhance efficiency, lower costs, and maximize ROI.

IoT adoption is increasing as more and more businesses and industries, big and small, seek the benefits that this technology of the future offers in improving efficiencies and creating new revenue streams.

Underlying technologies that make the Internet of Things (IoT) are maturing and is also making it easier to implement, thus helping companies and organisations to gain new opportunities and improve operations. IoT and especially Industrial IoT is poised to cross over into the mainstream of business and manufacturing sector.

The number of businesses and industries using IoT applications is continuously increasing worldwide and opening up a huge market for the future. Fast growth of critical technologies and proliferation of devices have boosted the growth of IoT and adoption is not limited to large companies alone.

Remote Monitoring & Diagnostics

The always live IoT operation with constant connectivity has allowed business to be more responsive and quicker, with continuous monitoring and remote diagnostics. This is changing the methods of operation and maintenance.

Real-time Insights with Data Analytics

Real-time data is an advantage and when you put it through Data Analytics, you get to make better informed decisions and identifying trends critical to you. Your customers too can gain insights that increase efficiency, cut operating costs and save energy. It can also drive innovation in service and product development unlike the past.

Moving up to Predictive Maintenance.

Turn your preventive maintenance service into the next level predictive maintenance, which not only enhances your service, but drives cost savings. Gain by optimising the utilisation of spares by accurate prediction of which parts need servicing. Eliminate usual scheduled visits to dispatch your maintenance staff on a need basis, which reduces your maintenance tasks and costs.

Scale up to an All-in-One Industrial IoT Solution.

If you want to scale up to a pre-built IIoT solution that provides edge-to-cloud platform, just connect your industrial assets to one digital space. Integrate all the components of your IIoT structure into one universal platform like that offered by Trinetra tSense, without the need to start from scratch to build one.

Conclusion

Trinetra tSense foresees the demand for IoT related applications in many sectors as its deployment is increasing across many businesses and industries. Predictive maintenance offers great potential as it supports backward compatibility and integration, an opportunity known as IoT retrofitting. IoT tech is getting increasingly empowered with smarter applications and innovations. It’s proof that we are surely moving towards Industry 4.0. Perceptibly, IIoT technology will benefit all stakeholders adopting it in the future. It opens up new opportunities in novel revenue streams and to boosts growth and development.

Experts at Trinetra tSense possesses the expertise and experience in IIoT projects to offer you customised solutions. You can also submit the enquiry form available online, or just email a request to us and our executive will contact you to discuss the details of your requirement.

The transformer is an important asset for people performing distribution and transmission of power supply to run their daily activities. The demand for constant, reliable, and quality power supply is increasing due to the evolution of more and more renewables, Electric Vehicles, and electronic device usage. To support the abundant power supply, distribution transformers have to give the consistent performance of transmitting the power system.

Hence the distribution transformer is smartly monitored by enabling the IoT monitoring system to check its operational conditions in real-time. A large number of transformers in wide areas can be monitored by an IoT condition monitoring system.

What is IoT Condition Monitoring System?

Condition Monitoring is a new approach followed in various industries for effective equipment maintenance. It helps technicians to detect any functionality issues, precise measure, and store data easily. Gathering a huge amount of informational data has become easy with conditional monitoring systems.

Whereas the Internet of Things(IoT) uses smart sensors, trackers, and conditional data communications from connected devices. It supports every technician to perform operations and access data conveniently from anywhere, anytime using their smartphones or laptops. It sends an alert notification to the responsible technicians immediately after predicting any crisis in heavy equipment or operational system.

Why IoT for Distribution Transformer?

It is reported that every year around 15-18% of distribution transformers are expected to fail.  The major reasons for transformer failures can be insulation problems, moisture ingress, oil contamination, overloading, and manufacturing defects. Using a condition monitoring system in the transformer, it is easy to process acquisition and collect various parameters of data to predict and prevent transform failures. IoT-based transformer health condition monitoring system will support proactive maintenance and monitoring effectively.

Manual monitoring and data collection have various challenges like,

• Need for maintenance staff to monitor the assets collecting various parameter data.
• Collecting all parameter data manually is difficult for technicians.
• Inaccuracy in data collected due to human errors.
• It cannot support continuous data collection in real-time.

Compared to manual monitoring the IoT-based remote monitoring platform containing readily available sensors and cloud infrastructure can help to address all these challenges both technically and economically.

The distribution transformer empowered with an IoT platform can monitor and measure parameters like temperature and different gas detection. By installing an Arduino micro controller and sensors on the distribution transformer the faults such as the condition of transmission oil exceeding the permissible range, electrical faults, thermal fault, or overheating oil are detected instantly in real-time.

The Distribution Transformer IoT Monitoring system is built in a way to collect various vital parameters of transformers like oil level, oil temperature, winding temperature, currents, voltage, humidity, etc are gathered and sent to the cloud through the internet. End users can get this data in the form of an application dashboard showing all the parameters in real-time. It may also include an analytical feature to diagnose failures and provide solutions proactively. It supports push notifications and alert messages or emails during any abnormality in the system.

Benefits of Distribution Transformer IoT Monitoring Solution:

• Approaching IoT is easy. Since it is a simple software-oriented architecture used in real-time.
• Mode – It is an automatic monitoring process giving access to various users from different locations.
• Digitized data transmission and storage.
• Any number of users can monitor assets transparently from anywhere.
• Cost & failure of the transformer are low.
• Easy up-gradation and scalability.
• Preventive maintenance cost is decreased.
• Increase in revenue as a reduction in failure costs.

IoT-based remote monitoring solution for distribution transformers provides an easy and inexpensive way to adapt a condition monitoring system in real-time to monitor the important asset of the power system. A healthy distribution transformer is necessary to provide a healthy power system. Trinetra Tense is a reliable IoT platform solution provider that has successful experience in implementing a health condition monitoring system on distribution transformers to maintain vital assets. Reach us to get a free demo and know our works based on the IoT platform.

Water is considered to be the basic essential requirement for humans to survive and also the world’s most valuable commodity. Due to rapid urbanization, it is estimated that by 2025, 1.8 billion people will be living in water-stressed areas.  To avoid water scarcity in the future implementing smart water management systems in our utilities can preserve precious water supplies.

What is Smart Water Management System Using IoT?

The Internet of Things(IoT) supports various water industries providing effective smart water management solutions to maintain the usage and preserve this precious resource. Till now most of the water-based industries are using Supervisory Control and Data Acquisition (SCADA) system to monitor water distribution system which is partially installed within the limitations. But advanced IoT solutions can provide enhanced smart water management systems through the installation of IoT sensors at various locations in the IoT water system to monitor and control water usage or any leakage in real-time. Using various water sensors like a smart water meter, smart irrigation controllers, IoT water flow meters, and IoT water valves, companies can track water pressure, level, temperature, the flow of water, and other critical factors in real-time. These insights of data collected through IoT smart water management system help company to determine predictive analysis and perform real-time changes related to water resources.  The IoT smart water management techniques also reduce operational costs around construction, maintenance, and more for the company and increase better revenue.

How does IoT Smart Water Management System work?

IoT water management solution providers help the company to monitor their water supply resources by connecting smart sensors and meters. It collects water flow data and generates comprehensive analytical report of water performance. Using the dynamic web dashboards company can view the daily utilization of water remotely anytime. It also helps to react quickly, efficiently during any serious problems like leakage or blockage in the water supply system.

List of various IoT functionalities to improve water management system

Water Conservation:

Using IoT sensors it’s easy to track the water level in the reservoirs and overhead water tanks. It sends the data to a server in regular intervals to calculate the amount of water utilization on a daily basis which helps in conserving water.

Smart Water Consumption Management:

Maintaining water consumption records in urban areas is a challenging factor for any water managing authority. This process is simplified using IoT technology, it will help to keep a record of water consumption of particular city people by analyzing the data and weather conditions of that day.

Waste Water Management:

The major challenge in a water management system is monitoring water levels, leakages, water quality, and flow of water through various channels. IoT sensors installed at various places of the water systems can detect water level, temperature, water leakage, or any chemical leakage in it. It immediately alerts the respective authorities by sending the information through the main server and helps them to resolve the issue quickly. Another additional benefit of advanced IoT in water management is it can calculate the amount of chemical residue present in the water.

Water Quality Testing:

The water quality testing function in industries like manufacturing, energy, etc is made easy using IoT technology.  It takes the readings of water quality with help of water testing meters and sensor devices. All the collected information’s like Total Dissolved Solids (TDS), Bacteria, Chlorine, Electrical conductivity, etc, are sent to the end-user for the analysis of water quality and rectify problem areas.

Earlier various conventional techniques were followed to conserve water but IoT technology has brought water conservation to the next level. So the demand for IoT solutions to achieve efficient utilization of water sources, improve the quality of water, and planning of water resources is increasing in industry. Trinetra Tense, the best IoT smart water management solutions provider has several years of experience in helping industries to achieve effective smart water management systems to reduce their maintenance costs, concentrate more on productivity and increase revenue generation.

Reach us for a free demo and get to know supportive ideas for your industrial IoT water management system.

Logistics companies and fleet operators have a challenging task in transporting FMCG and perishable goods over various geographic zones. FMCG and perishable goods must be kept in temperatures varying from 5 to 50 degrees Centigrade, over short or long distances. Monitoring the condition or freshness is a difficult task as there is lack of visibility across the supply chain. This is where Cargo Temperature Monitoring Solution creates visibility into the movement of goods and help cargo handlers to optimize their supply chain for better quality & compliance.

Monitor Critical Parameters

IoT platform for refrigeration monitoring provides real-time visibility of temperature controlled environments and assets. Temperature sensors and humidity indicators records data and keeps you aware of product safety against the set parameters 24/7 from any location.

• A temperature monitoring system provides automatic alerts on activities like high and low temperatures
• With temperature monitoring system generated reports empowers you to analyse trends and take new measures accordingly.

Unlike conventional systems that share an update only when the cargo reaches a specific checkpoint, this solution creates transparency in the supply chain and helps you to keep an eye on your goods at all times. makes sure that your temperature-dependent products stay safe as they are being transported.

Trinetra tSense offers a customisable, reliable Cold Storage Temperature Monitoring System solution to measure temperature and humidity across cold storage spaces and prevent loss events in the foodservice industry.  By Ensuring the safe operating temperature of the storage items in these spaces Smart transportation companies can Minimize temperature-related load rejections, reduce costly spoilage claims, cut redelivery costs.

To learn more about how Trinetra Tsense, temperature monitoring solution bring measurable costs savings in terms of operational efficiency, better material handling, routing, improved communication and superlative customer service reach out for a free demo today.

Evolving Technology IoT (Internet of Things), has reached across many different industries and consider to be an ideal solution that can benefit various businesses and consumers completely. At present IoT plays an important role in cold chain logistics management. Maintaining TCS foods from perishing is a significant task for all food-related organizations, including productions plants to restaurants. It can be managed by implementing IoT solutions in their supply chain management system.

IoT for TCS:

TCS (Time/Temperature control for safety) foods are given special care to reach the destination without spoiling. Whatever may be the arrival or destination spot of perishables foods, the supply chain management team has to monitor food to keep it fresh and avoid waste.

Traditionally supply chain management team needs manual reporting and tracking. But this method can cause loss of entire shipment if any mistakes like unnoticed temperature drop or sudden breakdown on the road. IoT solutions give better remote monitoring systems for perishable foods allowing companies to have hassle-free cold chain management.

Benefits of using IoT Remote Monitoring System for perishable foods:

There are many key benefits of using IoT solutions for TCS foods, any food-related organization can save money, stress, effort, and time.

Control of TCS:

Every food-related organization knows the importance of TCS food’s bottom line and maintains its time & temperature to avoid bacterial growth and food spoiling.

IoT remote monitoring system helps companies for better tracking and monitoring of TCS food’s temperature, humidity, and other conditions. Companies can implement IoT solutions in their fleet and storage systems to track food’s temperature to maintain its appropriate environment and make changes if needed.

Alert Notifications:

For perishable foods, if something goes wrong with its temperature maintenance immediate action is required to avoid food waste. This can be achieved by IoT solutions which give push notifications to the appropriate people instantly during any disruption in cold chain management.

Real-time notifications alert the issues of temperature down of cooling system, vehicles malfunctions, and any other problems throughout food transits. This allows the cold chain management team to diagnosis the problem immediately and rectify the issue to mitigate the loss of perishable foods.

Goods Sorting:

Early, organizations sort the perishable foods by hand based on ripen stages for sales. Now IoT automation supports effectively in sorting the TCS foods without any human error. It reduces time and saves money.

Most of the grocery stores are benefited by maintaining food quality and freshness using IoT technology which is a significant concern of consumers.

Better Business Insights:

IoT allows companies to track metric data of the complete cold chain logistics process. It gives clear analytics of individual performance, accurate track of the perishable food supply chain to identify problems and maintain business compliances.

These business insights ensure whether the organization has met the customer demands and minimized food waste. And also provides metrics to improve the business processes based on their current strategy to achieve goals.

It is clear from the above benefits, that IoT platform solutions can help food organizations to keep their perishable foods safe and fresh, track fleets during deliveries, improve TCS food’s bottom line, and completely audit the company’s performance.

Trinetra Tsense knowing the benefits and importance of IoT solutions for cold chain management has helped various food-related organizations to implant IoT technology in their business modules to improve the best TCS food deliveries. To get better IoT technology ideas for your business contact our experts through the website. Leave an enquiry message to reach us.

The adoption of electric vehicles has increased globally considering betterment for the environment and reduction in cost. It is stated that most fleet managers are planning to electrify their vehicles within the next five years.

As the usage of electric vehicles increases the technological improvement on these vehicles is evolving.  Since Internet of things(IoT) and AI is the current enhanced technology fleet managers prefer to use IoT based EV remote monitoring systems to manage their complete performance of Electric vehicles.

Electric vehicles performance can be monitored with a simple combination of GPS tracker and data analytical reports that enables you to track vehicles, access, store data, and make predictions. Whereas the telematics based Electric vehicle remote monitoring system is considered to be more mobile-friendly and simple to use.

Telematics:

Telematics is a part of the internet of things (IoT) which covers the area related to sensors and GPS trackers for any kind of vehicle. In addition to GPS location tracking it can provide a complete 360° view of the vehicles, assets and also transmit data from vehicle sensors. With telematics tech, data is collected when connected to vehicle sensors and it can be rapidly displayed through widgets, send instant notifications, and generate automatic reports. It makes the fleet managers check the real-time performance of the vehicle in the web version or through the mobile app.

Here are the beneficial factors of using telematics for remote monitoring electric vehicles.

Battery Usage Data:

Electric vehicles empowered with telematics allows user to monitor real-time data of battery usage. The collection of this analytic data insights helps to improve battery life. It allows monitoring vital parameters like voltage, current, and temperature to avoid battery breakdowns. Using this IoT device battery usage of EV can be recorded and transferred to a remote server that can allow you to personalize the battery configuration and improve your best charging practices.

Charging report:

Implementing telematics in electric vehicles helps to generate reports on complete charging sessions of the vehicles that it might have gone through its lifetime.  The charging report includes the time duration, location of charger station, and percentage of charge received by the vehicles.

Nearby Charging Stations Alert:

Electric vehicle users face challenges like knowing their state-of-charge(SOC) to plan when and where to charge. Electric vehicle monitoring solutions with telematics notifies the user regarding the low battery level of the vehicles along with the location of nearby charging stations which prevents bricked vehicles.

Driver Behavior Data:

Electric vehicle remote monitoring system with telematics not only monitor and analyze the data of electric vehicle performance it also concentrates on behavioral data of EV drivers. Telematics offers instant feedback to fleet managers through smartphone apps on driver’s behavior changes to improve vehicle safety.

Trinetra Tsense is a reliable IoT software solutions have experience in empowering various OEM with new advanced IoT technologies for their OEM equipment or machines. We have implanted IoT devices in different original equipment manufacturing unit to improve their productivity and maintain reduction in operational costs. As a professional IoT solutions provider we can support IoT implantation for any Electric vehicle OEM devices to improve vehicle efficiency with above beneficial factors. For more information, contact us or visit our Trinetra Tsense website.

Technology gives businesses and industries the chance to develop a competitive edge. In a competitive market this edge gives the business or service the key to success. IoT is a technology that is growing at a rapid pace, gaining more acceptance in many sectors.

Therefore, an IoT enabled asset monitoring system is really what a business in industrial machinery, power, utilities as well as oil & gas entities should adopt. IoT enabled remote asset monitoring and management solutions gives you the ability to control better your equipment and machines, which make a positive impact on the business, such as increasing productivity, efficiency and customer experience, but helps reduce operating costs. So, it is a matter of time that more and more businesses and services invest in IoT-based remote monitoring solutions that definitely give the competitive edge because of its advantages.

Advantages of the IOT based Remote Asset Monitoring System

Lesser cost of data collection.

In a manual monitoring system, companies employ experienced network technicians to monitor remote sites continuously. With the IP based monitoring, you don’t need as many technicians to monitor and can considerably reduce expenses necessary for the travel to sites to only those when strictly necessary. Otherwise, all needed data can be transmitted online, via the internet. Investment in a remote monitoring system can pay for itself it will improve efficiency and help cost cutting.

High efficiency of monitoring system.

The monitoring system provides you a network for faster digital data collection and analysis. Also information is transmitted at all times instead of at intervals.

Detailed data from sites.

Unlike manual monitoring, IoT devices have the ability to provide detailed information or data on many aspects. Deployed on IP based Remote Terminal Units, the system will give you a complete picture, for all your equipment, in real-time instead of periodic readings, for you to get to know how remote sites operate and help you in decision-making.

Monitoring Maintenance Better.

Proactive maintenance is another advantage of most modern IoT remote monitoring platforms. They run advanced analytics and tools that give insightful data about the remote monitoring network in real-time to discover and fix issues and detect where they come from. You’ll improve your operations and will manage better your remote sites using the IoT platform.

There are other functionalities that can help your remote monitoring software to be truly efficient giving you insights to achieve higher level of control over your remote equipment and machines.

• Instant Alerts and Notifications is to warn and prevent issues. It is about important parameters or conditions checked and informed on time. It should be actionable enough to check upon and fix issues.
• Graphical Presentation to interpret data and trends. Raw data from your monitoring system can be put into graphical presentation to help visualise trends, warnings, meanings, etc. Graphical reports generated by the asset monitoring software would be very helpful to managers and technicians to interpret data collected and analysed over periods.
• Efficient Data Collection Methods. Collect your data efficiently from remote equipment and machines via your monitoring system with the proper applications. Make sure your communication protocol supports your devices and ensure interoperability between them that give complete visibility of the network.

To Conclude

Trinetra tSense foresees more demand for IoT related applications and deployment across a large spectrum of businesses and industries. There’s also potential for backward compatibility and integration, such as opportunities for IoT retrofitting. As IoT tech is enhance with more application and innovations, we are surely moving towards Industry 4.0. Obviously IIoT technology will benefit all stakeholders getting involved, by offering opportunities of new revenue streams and faster growth. As the concept of the digital workplace is penetrating the commercial, consumer, industry and enterprise spaces, this field holds great promise for all, going into the future.

Trinetra’s has the expertise and experience to be able to provide tailored IoT solutions. Please visit the Trinetra tSense website (https://www.trinetratsense.com/) for more details on our technology driven solutions. Submit the enquiry form available online or email a request to us and we’ll contact you to discuss about your requirements.