In today’s tech-centric landscape, initiatives utilizing IoT in the automobile manufacturing industry are on the rise. This automotive industry client approached us to get IoT platform solutions that will ultimately provide advanced analytics capabilities that adds an invaluable degree of operational flexibility. Our solution has transformed the many challenges they had to overcome. By harnessing this IOT in their manufacturing journey they have secured endless potential with respect to operational efficiency and production quality. In general, it helped them to become customer-centric.

The reality here is that adoption of digital technologies lead to increased automation, predictive maintenance, self-optimization of process improvements and, above. Utilization of Mobile enabled IOT in manufacturing lowered the total cost of ownership and helped client to connect more assets which in turn facilitated them to collect more data that improved efficiency of the production environment than previous mobile generations.

Machine Monitoring Reduced Machine Downtime

We provided them with Wireless coverage from mobile networks and this allowed the manufacturer to monitor, collect real time data / analyze with historic data, even track macro factors and predict issues into the production line. The other key thing we supported them is for machine maintenance, connected system & sensors which helped them predict, prevent and mitigate potential maintenance issues, downtime in production that is vital for protecting asset lifetime and continuous production.

Inline quality assurance for operation efficiencies

Quality can mean many things for manufacturers, in response to changing customer priorities, we facilitated them with factory floor operations visibility to reduce the biggest risk associated with manual labor–human error. IoT connected devices allow manufacturing operations and executives to utilize data flowing through their facilities to make smarter, more informed decisions.  Increased over all collaboration among various plant locations and other departments within the factory floor for efficient operations management.

We installed thermal and video sensors for collecting complete product data through different stages of a product cycle to catch defects early. This contributes to detecting quality problems at the source, besides contributes to quality assurance, cost-saving, and enhanced scalability.

Implementation of IOT into their manufacturing enabled them do remote monitoring and predictive maintenance, this investment shifted their focus on clients and profits rather than worrying about tedious and time consuming tasks. Contact us for a holistic approach to digital transformation in the manufacturing industry. Let’s see what we can do for you.

Adoption rates of IIOT technology by OEMs companies continues to rise as the value proposition is recognized. By implementing sensing technologies and remote monitoring, interaction of people with machine got increased and thereby industries have reduced equipment failure and unexpected downtime. Actually this paradigm shift to digital technology allows companies to act with foresight, preventing significant losses and started creating value.

Original Equipment Manufacturers (OEMs) today are having an opportunity to dive in and save the day with the customers who buy their machines. IIoT solution Implementation enables OEM’s to remotely connect with highly distributed fleet of equipment across disparate networks and security schemes. PaaS solution support which we offered has armed OEMs with the ability to gather performance data for troubleshooting and continuous improvement.

In this dynamic environment as complexity grows, to meet the business needs technologically advanced assets came into the picture and managing these mapped assets creates new business opportunities, better ROI. We being subject matter experts have proven domain expertise gained by providing 15,000 plus IIOT solution implementation to improve operational efficiencies, customer experience and reduce costs.

As the world connects via smartphones and matured cloud technologies, OEM manufacturers are replacing traditional forms of controlling and monitoring systems with end-to-end wireless automated systems. Due to this advancement OEMs can monitor their devices, identify the real utilization of their devices and provide enhanced customer service experience. With our IIOT solution, OEMs can build trust and deeper relationships with end users, by including subscription plans for predictive maintenance schedules for multiple machines or benchmark data which supports data-driven production optimization strategies.

To develop a customized IIoT solution that addresses your company’s unique needs leave us a call or fill out our simple online contact form.

Currently, IoT Technology stack has brought improvement in the way operations are being done in the industries. In today’s competitive industrial environment, manufacturers have started implementing Industrial IOT solution to overcome unplanned downtime that arise with improper maintenance, overrunning machines and a lack of efficient machines’ condition tracking.

Industrial IoT solution from Trinetra T-sense has enabled OEM’s to better maintain & operate the machines, increase factory output and generate revenue.

• With this IIOT system operations head can see machine utilization measurements in real-time without physical access to machines.
• Further, they could interpret how effectively the equipment is functioning and take quick decisions to improve productivity.
• IoT-based condition monitoring solution offers an opportunity to monitor machines’ condition and identify the source of a problem.
• Reducing the impact of productivity congestion by offering process optimization and conditional analysis to make sure human and machine work in perfect harmony.

We have helped few industrial clients in various sectors to adopt IIOT critical to manage and monitor operations centrally. By utilizing industrial IoT solution enterprise managers were empowered to get a baseline of what the production capabilities are, as well find where the inefficiencies are, what critical metrics aren’t being met and what immediate changes are to be done to improve.

Result

• Helped assess machine utilization across geographically distributed factories
• Improves production output by an average of 20% or more
• Resolve machine problems remotely and reduce on-site service visits by 10-20%
• IoT-based condition monitoring eliminates shutdowns by75%
• Problem diagnosis becomes faster and more accurate

OEMs who are interested to take advantage of best-in-class technology can contact us for more details. We will help you to mitigate the chances of any potential hazard and avail higher ROI and productivity.

Harnessing the power of digital transformation with IoT to resolve common challenges associated with complex energy grids; make it far easier to manage solar panels and energy output

Solar power is by far the most promising source of renewable energy. By far the most promising source of renewable energy, it is one of the most energy efficient sources of renewable electricity on the market. So, many companies are expanding to offer solar power.

Solar energy companies are now harnessing the opportunities of digital transformation with IoT. It makes it far easier to manage challenges of the complex energy grids, the solar panels and energy output. Solar energy companies have to do it successfully by installing an IoT system to improve overall efficiency and meet current customer demands.

The Challenges of Remote Asset Monitoring for Solar Energy

Solar Power Management is a challenge for energy companies. Even large tech-savvy companies with good engineering resources, find gathering data from the edge, comprising of the many varied solar assets, to be a major obstacle.

You need to connect via your enterprise web platform, the solar panels to the utility grid and also ensure cellular modules and see gateways are integrated on the platform without any connectivity or data security vulnerability issues.

With everything integrated, you will need equipment and the software to know whether the solar station is delivering the energy sufficiently and maintaining load balance on the grid. Fluctuation in renewable energy generation is in response to changes in weather and other factors which happen obviously. But you have to ensure you are maximizing consistently the grid usage and load.

Renewable energy generating plants, like wind and solar, are usually clustered and widely distributed making it a logistical nightmare for grid managers. Energy systems are becoming too complex with more systems and devices joining your grid and more likelihood to have vulnerabilities in the system’s security. When you have thousands of mixed panels getting added to the system, monitoring becomes difficult and a higher chance of vulnerability. Therefore, choose a scalable platform with edge-to-cloud IoT solution.

IoT helps Solar Energy Management.

Solve many of the issues using IoT in solar energy management. Eliminate complex hardware integration and security concerns to allow seamless operation and data flow to your cloud system.

IoT helps you to see exactly what’s happening to your assets from a central control panel in real-time. It will help identify where problems are originating. Dispatch a technician to fix before it disrupts your system.

By using an IoT system you are less susceptible to outages and productivity issues. IoT also help to collect historical data for modelling to make energy management more efficient, cost-effective and logistically easier. It helps grid power metering to improve your system’s efficiency.

Any organisation, whether a medium or large enterprise, can avail Trinetra tSense’s services for developing a viable remote monitoring solution based on the universal scalable IoT platform. Trinetra builds powerful cloud-based IoT solutions for real-time monitoring of equipment, machines or assets, as per the required terms or parameters. Multiple assets fixed at different locations can all be integrated and simultaneously run on our pre-built IIoT platform which is scalable too. It simply reduces manual intervention and machine downtime. Enhanced data flow, with support of real-time updates, reports and data analytics, are all part of the system which is a transformation towards Industry 4.0.

Contact us to get more details about our robust, customizable and scalable IIoT solutions, Trintetra tSense is definitely ready to help you out as your reliable partner in progress.

A powerful, configurable System module to serve as the foundation for your asset tracking solution.

Business and organizations are looking towards technology to answer the challenges emerging out of the changing market scenario and increasing competition. An asset tracking or monitoring solution allows many organizations to track and locate machines, equipment, goods, and other critical assets to improve workflow and reduce costs or expenses.

The tracking system can even ensure that not only capital equipment but personnel are appropriately deployed as part of support to business operations and to serve the concerned customers. Advanced systems can Monitor asset location in real-time with geolocation mapping services. With an advanced IoT-based solution you can track mission-critical assets and unlock its hidden potential. Such an end-to-end solution can track the asset lifecycle to reduce expensive preventive maintenance and other costs. Mission-critical assets of your company come in the form of devices, equipment or applications and databases that form the core of your business or service.

Additional Intelligence with Data

The asset monitoring system that runs on an IoT platform, can gain additional intelligence with data captured from temperature and acceleration sensors. You can deploy or extend capabilities of assets, equipment or machines with open firmware and with support for additional sensors that may be required for meeting your business objectives and strategies.

With the advent of IoT tech, telematics and connectivity allows organisations in business or service to track a set of assets in real-time and with pinpoint accuracy across geographies. This system helps to improve upon workflow efficiency, maximize equipment utilization, and improve service levels.

IoT enabled modules offer reliable and accurate location data and can it be done with flexible Deployment Methods. The monitoring systems are built with highly reliable, global cellular coverage that are designed to provide reliable and accurate location data.

What are the benefits of a condition monitoring and asset tracking system?

The real-time monitoring applications help to improve the awareness on Machine Health with constant monitoring, besides helping to increase and predict their critical operations in real-time. The objective to invest in such solutions with quick ROI, is to Improve market value for your business or organisation which will impact positive customer experience.

Real-time equipment mapping system is driving growth of machine health monitoring and has got potential to change how companies conduct their business, regardless of the sector they are functioning in.

You can avoid stoppages, improve workflow and your operating efficiency by quickly locating critical equipment and goods. Real-time location tracking and alerts minimizes losses, theft and disruption of supply chain. Trinetra tSense has global expertise in providing you a solution that matches your business needs. Our modules help to adhere to your business needs before you go about making valuable decisions. Our software application makes automation unique for your requirements in meeting the challenging market conditions you face.

Any business or medium to large enterprise can avail our services for developing a viable remote monitoring solution. Based on a universal scalable IoT platform, we develop powerful cloud-based IoT solutions that help in real-time monitoring of equipment or assets, as per the required terms or assigned parameters. Multiple assets at different locations can be integrated and simultaneously run on our pre-built IIoT platform which is scalable too. Reduce manual intervention and machine downtime by using enhanced data flow, with support of real-time updates, reports and data analytics which is all part of the move towards Industry 4.0.

To get more details about our robust, customizable and scalable IIoT solutions, contact Trintetra tSense. Definitely we are only ready to help.

Precise real-time equipment mapping can save construction industry and manufacturing companies millions in time spent looking for lost assets.

The use of real-time equipment mapping system allows a company to locate and track a number of equipment or assets via constant monitoring systems and using various technologies, especially wireless protocols. By mapping equipment or assets, this system allows to easily find the critical spots of the equipment or assets. Again by placing the monitoring system consisting of sensors critical to the process the equipment gets connected to an IoT platform.

Promising Potential

The real time equipment mapping system is driving the growth of the machine health monitoring. The indoor mapping technology has got potential to bring about a transformation in how companies conduct their business, regardless of the sector. It has found application in manufacturing healthcare, hospitality, law enforcement and in education. The growth of the indoor positioning technology is expected to reach 28% in the next 4 years, owing to the many benefits it offers.

Part of the IIoT Technology Stack

Thanks to the sensors and smart IoT devices the availability of smarter (and more relevant) machine data for manufacturers has given a significant advantage to them to improve and expand their business or product range. This involves the bundling of the IIoT technology stack and using all-in-one IIoT solutions to accelerate IIoT project timelines

This system offers new revenue streams and business opportunities for OEMs and manufacturers, enabled by data-driven services. This digital transformation sees the rise of Platform as a Service (PaaS) and other recurring revenue models replacing antiquated sales models. The indoor asset mapping system isn’t an independent technology, but needs to be integrated with many different systems and business practices and with different teams using and managing it at different points.

Saving Costs & Time

Precise real-time equipment mapping can save construction industry and manufacturing companies millions of dollars in the time spent looking for lost assets. It helps to improve their awareness on Machine Health monitoring to undertake the relevant action. This system helps to increase awareness and predict their machine operations, motivating to invest in solutions supporting this system with quick ROI and to improve market value by nearly 70% of products and the company.

Trinetra tSense has global expertise in providing IoT based solutions matching the business needs of clients. Out solution helps to adhere to your business needs. The solution provides you information and reports well before making valuable decisions. It helps you to make automation unique in challenging market conditions

Any business or large enterprise can avail our services for developing a viable solution based on a universal scalable IoT platform. We develop powerful cloud-based IoT solutions that help in monitoring equipment or assets, as per the required or assigned parameters. Multiple assets can simultaneously integrated and run on our pre-built IIoT platform. Reduces manual intervention and machine downtime by using enhanced data flow, with support of real-time updates, reports and data analytics which is part of the onset of Industry 4.0

To get more details about our robust, customizable and scalable IIoT solutions, contact Trintetra tSense. Definitely we are only ready to help.

Manufacturing companies across all industries are leveraging IoT technology to optimize production assets and get value addition. Sensor technology, as in IOT devices, is playing a major role in this digital transformation and a major factor in machine health monitoring systems. Especially, industrial machine sensors are key in facilitating the benefits got from comprehensive monitoring in real-time of a host of parameters. Using machine health monitoring systems engineers can set the timings for maintenance schedules, so as to prevent failure of the machine or system and so avoid its negative consequences. The system identifies the faults before it develops into a major issue or into failure in machinery or equipment.

Effective Real-time Monitoring of Assets

Machine health monitoring systems enable effective monitoring of machine condition in real-time by constantly tracking equipment’s performance via various parameters like temperature, pressure, kilometer, vibration and more. Tracking these indicators on an ongoing basis can detect small variations in performance which is hard to detect by visual or surface inspection, or by an operator. This helps to detect anomalies before a malfunction or breakdowns happens.

With the help of software, data-analytics and cloud computing Industrial IoT has been able to deliver all-in-one solutions. Bundling the IIoT technology stack using all-in-one IIoT solutions helps to accelerate the Industrial IoT project timelines. The result is the availability of more machine data that are smarter and more relevant for the manufacturer.

Advantages of remote machine health monitoring

Increasing the lifespan of machinery: Monitoring the condition of the machines helps to increase the longevity of parts and with preventive maintenance good machinery will last longer. This also proves that hidden costs can be eliminated and productivity boosted with more uptime.

Lowers Maintenance Costs: Monitoring the condition of machines and preventive maintenance will lower maintenance costs in the long run, as machine downtime is caused by hidden internal faults. Preventive maintenance techniques and condition monitoring is a worthwhile investment for reliability of the production lines.

Maximize Production Output: Broken parts and faulty machinery will cause loss of hours of productivity which lead to a gross amount per annum, eating away the profit margin. It will affect delivery schedules and contracts with clients. Monitoring machine health will help meet production deadlines effectively.

Helps with KPIs and Analysis: The monitoring system generates a pool of data that can be accessed to develop invaluable information and analyzing the KPIs. Measuring manufacturing output can help you make informed decisions and improve RoI.

Reduction of Waste: Machinery monitoring using the IoT platform has contributed to reducing waste which is environment friendly approach. Excessive resource wastage can be corrected and pollution can be controlled with machine health monitoring system.

Utilization and Availability of Machines: By tracking the utilization of resources such as electricity, fuel, lubricants, etc. the efficiency of resource utilization can be improved via the system. Monitoring helps identify machines not running or idle and can help maximize uptime, besides actual shutdowns or downtime, to maximize utilization.

IIoT evolves into a centralized solution and scalable platform

Machine health monitoring has become a primary task of the IIoT platform. Industries across sectors have adopted IoT to enhance their capabilities. Machine monitoring solutions have been widely adopted and now play a major role integrating with IoT platforms to boost productivity and improve ROI, which is also seen as the first step in IIoT. It creates a communication network within the company and the industry. IIoT helps to increase and predict the machine operations and to invest in solutions that offer quick ROI. As a Platform as a Service (PaaS) and other recurring revenue models, the system offers flexibility & scalability. This IIoT System helps to Improve market value of the OEMs. It opens possibilities of new revenue streams and business opportunities for manufacturers enabled by data-driven services

Any SME or large enterprise can avail our services. t-Sense offers viable solutions based on a universal scalable IoT platform. We develop powerful cloud-based IoT solutions that help to support clients and customers in monitoring their equipment or assets, as per required or assigned parameters. Multiple assets can simultaneously integrated and run on our pre-built IIoT platform. It reduces manual intervention and machine downtime by using enhanced data flow, supported with real-time updates, reports, and data analytics. Get ready for the onset of Industry 4.0

To get more details about our robust and scalable IIoT solutions that are customizable for the relevant sector, project or client, contact Trintetra tSense and we are only ready to help.

The global industrial air compressor market is growing at an annual compound rate of 3.65%, with analysts predicting that the market would be more than $40 billion by 2025. While the market is poised for rapid growth, manufacturers are under increasing pressure to differentiate their offerings, to stand out in a crowded marketplace.

OEMs are always in the lookout to improve their product portfolio and bring value addition for their customers. The current spate of digital transformation is pushing businesses and industries to quickly adopt new technologies and IoT has become a significant game changer the world has ever seen and also considered the most important innovation of the century by most technocrats. It is supporting a new industrial revolution, generally referred to as Industry 4.0, and manufacturing ecosystems are fast adopting IoT technology, for the various advantages and benefits this fast growing tech offers.

Catering to the Air Compressor Market

Analysts say that the air compressor market Is witnessing a compounded annual growth rate of 3.65% which predicts a market worth if more than $40 billion by 2025. Factors that are driving the growth of the industrial air compressor market point to the availability of smarter (and more relevant) machine data for manufacturers and users.

In this effort, Trinetra t-Sense has strived to improve the awareness on Air Compressor Automation with the help of IIoT platform for manufacturers. This system helps to increase and predict their machine operations, plus it encourages to invest in solutions with quick ROI for the company. All this goes to improve market value of the OEMs.

A centralized solution and scalable platform at hand

Therefore, Trinetra is bundling the IIoT technology stack using all-in-one solutions to accelerate IIoT project timelines and quicker adoption across verticals. New revenue streams and business opportunities for manufacturers, enabled by data-driven services are in the forefront. So, Compressed Air as a Service (CaaS) and other recurring revenue models are replacing antiquated sales models. In fact, the market is poised for rapid growth and manufacturers are compelled to differentiate their product offerings to stand out in a competitive crowded market.

Trinetra has the global experience and expertise to provide niche solutions matching the customer’s needs. Our solutions help customer to adhere to their business needs more easily and the real-time data also helps managers to know more about the status or condition at the moment, before making valuable decisions We can make automation unique in meeting the challenging market conditions companies face.

The centralized solution offered is supported by technologies, such a GPS, to help monitor or track remote assets on a 24×7 basis which can remotely initiate action for correcting or rectifying issues. Come to know how our IIoT platform, which is a scalable one, can automate to alleviate your pain points, minimize intervention and increase awareness with information which also helps to improve the ROI and quality of the business. This can help you can increase your market value by 70%.

Whether you be an SME or a large enterprise, our team at t-Sense offers viable solutions based on a scalable platform. To support clients and customers, we develop powerful cloud-based IoT solutions that help in monitoring the required parameters of multiple assets simultaneously, run on a pre-built universal IoT platform. It helps reduces manual intervention and machine downtime and uses enhanced data flow with real-time updates, supported by data analytics.

With the coming of Low Power WAN technologies like SigFox, IoT deployment enters a new phase of expansion globally and numerically.

The Internet of Things (IoT) is the most potent technological innovation happening all over the world and wireless technologies have a critical role to play in this space. So, cellular technology like 4G and 5G can play a vital role to help change potential of the business and even the entire industry. In this techno turf Low Power Wide Area Network (LPWAN) is a technology specially designated for IoT.

SigFox is a LPWAN technology that is gaining ground widely, as devices connected to SigFox need very little power to function. It can also operate over longer distances when compared to other protocols like Bluetooth and Wi-Fi, which work in shorter distances and use more power. SigFox technically differs from other LPWAN networks by the method it transmits data and by electrical guidelines governing speed, quantity and duration of the data transmitted. It is best for low-power applications requiring tiny amount of power over long distances and infrequently, therefore it finds application in asset management, agriculture and industry.

As the world’s largest service provider of a dedicated LPWAN network, the SigFox’s oG network is deployed globally in 72 countries, used for a wide range of use cases that encompasses tracking and monitoring of assets like containers, vehicles, etc. Owing to the proliferation of the number of internet connected devices, SigFox processes billions of messages per month from millions of connected objects on its network. So, the company needed a more scalable solution and decided to shift to the clod environment.

Google Cloud was chosen and the partnership was announced in February this year, as this would transform the potential of many of the applications found across a bouquet of industries that includes automotive, supply chain and logistics. Google provides the enterprise grade cloud solution, using cutting-edge technology, as the trusted partner helping to solve critical business problems.

Google Cloud will now be the backbone of SigFox’s platform, enabling it for better scalability, services, compliance and reliability of SigFox’s solutions which includes tackling components in a supply chain, sensors fitted for container monitoring, data from gas-meters, etc. SigFox’s shift to the cloud environ will help provide a seamless scalability to manage phenomenal data growth.

Trinetra tSense with its expertise and experience can provide IoT solutions using SigFox for needy clients. Surely there’s going to be greater IoT support and requirements in future across various businesses and industries. There’s also huge potential for backward compatibility and greater possibility for IoT retrofitting, as IoT gets applied and innovated at commercial, consumer and enterprise levels, moving forward to Industry 4.0. This the term that we refer to explain our entering the fourth industrial revolution, potentially driven by technologies such as large-scale M2M communications, the IoT ecosystem, application of AI and ML. IIoT technology aims to benefit all stakeholders involved in this digital ecosystem, offering to garner new revenue streams and business growth.

Data trends & data insights can unravel hidden insights to identify problems and help provide alternative ways for value additions. Moreover, it makes companies more efficient, productive, and even helps predict future market trends.

We are living in a highly connected world where digital transformation is trending strongly, pushing into ever more parts of the globe. Most businesses and organisations are adopting their systems to use software applications and internet services to enhance their capabilities and improve their ROI. For any business or commercial organisation, data trends and data insights provide hidden information & metrics and offer a perspective to identify problems and their root causes, to be resolved on time.

Future Prospect is bright for AI

By adopting Artificial Intelligence (AI) into their systems, companies actually open up new ways of value addition and ways of solving issues, meeting their objectives of getting more efficient, productive and can even help to predict future trends in their market and industry.

Companies are focused at solving their problems quickly in a competitive scenario. For that they need to improve their awareness on digitally transforming their existing business or even retrofitting. They have to find out ways to automate their current operations to get benefits out of digital tech.

Business is endorsing rapid digitization, thanks to wider network connectivity and increasing computing power and currently witnessing the increased application of AI in many software solutions across various platforms. The Internet of Things (IoT) is no exception to this and is adapting these hi-tech software applications in a committed way.

Gain by Adopting AI tech early

Businesses and many other organisations are harnessing the power of data for many years, using strategy, integrated systems and software and now AI powered applications. These critical factors decide the competitive advantage you can have and helps differentiation in the crowded market. By adopting IoT solutions enabled with mobile tech and apps, you get to monitor your assets continually, knowing and measuring their performance on the go. The solutions give you avenues to improve performance on a regular basis.

Partnering with an IoT solution provider gives a company the global exposure and helps easily meet the technical needs required. They get to implement a safe and secure solution that can be customized and upgraded when the need arises on a scalable platform.

With the IIoT solution in place, companies especially OEMs, get to be aware about how their systems and processes can be automated to fix their pain points and overcome problems in real-time. The quantity of information processed with the help of AI will help them to get insights that will go to improve their profitability and the quality of their business or service.

Realize Value Addition

Companies and organisations need to improve their awareness on digitally to transform their existing business or service to meet competition and challenges. Here, AI powered solutions facilitate to highly automate their current operations. It is wise to invest in such solutions that will give quicker ROI and at the same time improve he market value of their products with predictive analysis and forecasting being done effectively, to guide the company in all kinds of scenarios into the next decade. It is great vale addition that will reflect on their business in the long run.

Highlights

• 70% increase in awareness of assets
• 24/7 access to your machines to monitor their performance
• Improve your sales with better quality machines by 60%

Advantages

• Expertise in handling High-Profile CAT-A clients across the globe
• 15000+ implementation across the globe
• Provided solutions in more than 15 countries
• Quick adaptability & implementation
• Proven domain expertise
• Maximized Safety and Security
• Proven Device Management / IoT track record
• Helps to adhere to your business needs better before making valuable decisions
• Making automation unique to meet challenging market conditons.
• Unified Platform that can be used for various solutions

Trinetra Tsense offers any SME or large enterprise viable solutions over a scalable platform to support their clients and customers and to develop powerful cloud-based IoT solutions empowered by AI applications for the success of their businesses or services.

Our IIoT solutions help in monitoring multiple assets over a list of critical parameters, on a pre-built universal IoT platform, which also reduces manual intervention by automation and also machine downtime. The system uses enriched data with instant updates, supported by analytics and graphical interfaces.

The customizable software offered by us provides AI-powerful solutions for monitoring multiple devices and various parameters, all connected by networks and wireless technology like GPS, which is core to the envisioned in Industry 4.0 that is fast transforming manufacturing and businesses globally.

Get more details about robust and scalable IIoT solutions that can be built and deployed for the relevant sector or project you operate in from our website. So, please contact our team at Trintetra tSense.