As IoT solutions are getting accepted and adopted faster in various sectors of business and industry, the technology providing connectivity is critical to the project’s success. Connectivity is the method used to connect IoT devices, which includes the sensor, gateways, network routers and applications crucial for the system to work effectively. In the IoT industry, the term also refers to specific IoT network solutions like Wi-Fi, cellular, Low Power WAN or any other. The connectivity option is further categorised under coverage range, bandwidth (speed) and power consumption.

Other factors you have to take into consideration are:

Your deployment location. Make a full audit of the locations you are considering, to check suitability to the connectivity solution. Locations with obstruction or radio noise may not suit certain solutions.

The scalability needed. The ability to scale up and futureproof your organisation is better with some connectivity solutions than others and it should fit your growth plans.

The cost involved. As connectivity solutions have varying cost, it is an important factor in the set up and operating costs.

Your present system. Check if the current system you have is capable of supporting an IoT connectivity solution, as some can be easily integrated.

The top contenders that provide connectivity solutions currently are Bluetooth, Wi-Fi, cellular and LPWAN. Let us try to understand which one will be suitable for your requirements considering their distinct pros and cons.

Bluetooth Connectivity – Bluetooth technology has been around for some time, as found in phones, but it also enables users to send/receive data across devices in proximity. This wireless tech has improved radically over the years and now in a low-power model, it’s becoming a great IoT connectivity option.

Wi-Fi Connectivity – Amongst wireless technologies, Wi-Fi connectivity is a very popular tech that works well for small gadgets or appliances on a limited coverage range. Although it has fairly high power consumption, it is lesser than the cellular option. Typically, it is a good IoT connectivity option once set up and running.

LPWAN Connectivity – Low Power Wide Area Network or LPWAN, is a new technology gaining ground in IoT networking because of its wider coverage, with low power consumption. Various LPWAN connectivity systems include LTE-M, LoRa and NB-IoT. It’s apt for IoT devices not requiring high bandwidth and for small data chunks, at a small cost.

Cellular Connectivity – Cellular connectivity is actually a type of satellite connection, typically used for M2M IoT connectivity, which is used to connect smartphones and tabs, usually with a range of 16 to 24 kilometres.  As long as there’s a cellular broadcast tower in range, you can get connected up to a global scale. Although power consuming, it is a reliable connectivity solution that uses a regular SIM or an eSIM and offering opportunity to scale up connected devices.

Finding the right fit for connectivity is tricky, so it is important to know your requirements before deciding and landing upon the right option. Consider the following to make a better decision.

Coverage range required. If the devices you plan to use are distant or very close, this has to be taken into consideration when choosing the right network solution.

The Power Consumption required. As many of the IoT devices are not usually wired and are battery-powered, longevity and power consumption are considerations when choosing the network type.

The Bandwidth capacity (speed) required. As some devices use up a lot of data. Consider a network solution that will process the right amount of data for your project.

Conclusion

Trinetra tSense foresees more demand for IoT related requirements, applications and deployment across the spectrum of businesses and industries. Our team have been providing modules for solving challenges faced in Smart City solutions. tSense provides modules for connecting assets in a smart factory environment also. There’s also potential for backward compatibility and integration, as opportunities are found for IoT retrofitting. As IoT gets more application and innovations, we are moving towards Industry 4.0. Simply put, IIoT technology will benefit all stakeholders, by offering opportunities of new revenue streams and growth. Again, the concept of digital workplace is penetrating commercial, consumer, industry and enterprise spaces, holding great promise for all stakeholders.

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

IoT is an evolving technology that improves the remote monitoring system of all industrial monitoring operations. It is predicted that IoT (Internet of things) market will be increased to $520 billion by 2021. Considering the advantages of IOT many remote monitoring industries starts to invest in IoT-based remote monitoring solutions for their industrial operations.

If you are in this situation, then enabling IoT-based remote monitoring solutions for your industries can help you in many ways in achieving your remote monitoring goals.

Let’s have a discussion about how IoT can help you in developing your remote monitoring performance.

Role of IoT in Remote Monitoring:

All industries need to monitor their network performance which is of collecting the data from their network.  And also they want to monitor their remote device or equipment process.

Performing this monitoring manually will increase the operational costs. These costs include the activities of moving to remote sites when an alarm happens or any human errors occur while manually reading or entering information.

IoT helps you to alleviate these issues. IoT system is established by interconnecting devices or equipment of industries which has the ability to share data through a network without the help of human-human or human-computer interactions.

All your devices that can send data and controlled through the network can be transformed into IoT devices.

Benefits of using IoT- based remote monitoring systems:

There are so many benefits IP- enabled IoT remote monitoring systems can give to any industrial monitoring operations when compared to traditional monitoring systems using an earlier form of connections with serial or POTS. The advantages of IoT monitoring systems are as follows.

Reduce operational costs:

When you go with manual monitoring, then experienced network technicians are required to monitor all your different remote sites every time.

While using the IoT-based remote monitoring system reduces operational costs such as traveling to your different remote sites all the time. And also you won’t require so many network technicians to monitor your network data.

Improves Data Reliability:

The most significant advantage of the IoT monitoring systems is they provide a collective of digital data. This allows industries to collect network data swiftly and analyze them effectively.

The IoT devices help in gathering information and forwarding it to the head every time which is not possible in the normal method of data collection.

Proactive Maintenance:

The advanced IoT monitoring system has all feature-rich analysis tools that allow you to predict machine failures or any underlying problems earlier. They also give the exact route cause of the problem.

As a result, you can solve the problem at the initial stage instead of allowing it to develop as a big issue. This will help to improve your operations more efficiently.

Considering the above benefits if you are planning to deploy your remote monitoring systems with IoT capabilities then approach an experienced IoT remote monitoring solutions provider.

Then Trinetra Tsense is there for you in identifying the exact remote monitoring goals of your company and develop a customized cost-effective IoT monitoring system that suits your business operations. Reach our professional IoT developers and transform your companies today.

The role of IoT in the digital and remote workplace is growing at a faster pace and in significance. The power of IoT in edge computing is widely accepted, but it is the data that these devices are capable of analysing, aggregating, preparing for the dashboard and helping in workflow automation, which is making the impact in all spheres of business and industry.

Collaborative Digital Platform

As IoT is empowered by cloud computing and the various technologies involved, like low-power WAN, 5G, etc., the digital workplace which is also a cloud based work platform, does fit to make up a collaborative platform. IoT helps to integrate all the disjoined business applications in the company or enterprise, to become a shared digital environment used by a team of employees and for the work process. Many industries, OEMs and manufacturing companies have already adopted software to gain insight on the work and habits of their employees and to create the digital workplace most suitable for efficient functioning and collaboration.

Deploying IIoT Applications

Contemporary, proactive and forward looking OEMs and manufacturing industries are deploying predictive maintenance by using new Industrial IoT (IIoT) technologies. They also use it for real-time visibility of logistics and for utilising equipment-as-a-service (EaaS). The remorte asset monitoring system is easy to be deployed by even small scale industries, in order to become competitive even with established giants around. IIoT applications allow these companies to bring about a noteworthy change in their business and operations.

The spread of the Corvid19 pandemic worldwide has forced more companies to move many operations online on to a connected digital and remote working environment. Many of these companies have been slow to adopt IIoT technologies to create smart factories, or smart buildings, or even be part of smart power grids, cities and supply chains but are joining in now..

Convergence with Tech

The convergence we are witnessing, notably of IIoT and the digital workplace, requires unique expertise like wireless connectivity, embedded software, IoT hardware and protocols, secure back-end and cybersecurity software. Although many companies are unable to acquire this expertise they need quickly, new age technologies are helping to close this gap. New tech such as IoT and cloud platforms, SaaS solutions that are API-based and edge-to-cloud IIoT solutions can help to override the complexity found in developing or deploying IIoT applications. Using such solutions, organisations can rapidly build and deploy, easily update and maintain these IoT applications. They thus focus in using data gathered from the applications to achieve objectives, targets and better business outcomes.

Although the demand for digital workplaces, remote monitoring and distance maintenance had started well before, the pandemic accelerated it all. In many companies, employees continue working from remote locations or home till date, even after the pandemic has subsided, enabled by IoT applications to perform tasks remotely without physical presence. This is happening across sectors and several industries, offering more freedom and flexibility for their employees, using automation and the digital workplace or environment with knowledge sharing and collaboration the norm.

In Conclusion

Trinetra tSense foresees greater IoT related requirements, applications and deployment across various sectors across the spectrum of businesses and industries. Similarly, there’s big potential for backward compatibility and integration, leading to opportunities for IoT retrofitting. As IoT finds more application and gets innovations, we are definitely moving towards Industry 4.0. Simply put, IIoT technology aims to benefit all stakeholders offering opportunities to secure new revenue streams and push growth. With the concept of digital workplace penetrating at commercial, consumer, industry and enterprise levels, there’s great promise for all involved in this digital ecosystem.

With Trinetra’s expertise and experience, we’ll be able to provide tailored IoT solutions for clients in this digital transformation era, as per their needs. Please visit the Trinetra tSense website (https://www.trinetratsense.com/) for more information. Find more about our technology driven solutions here. Contact us by submitting the enquiry form available online. You can also email a request to us otherwise and we’ll call to discuss your project or requirements.

The evolution of the Internet of things(IoT) has transformed everything all around the world over a decade. Implementation of Industrial IOT in various manufacturing industries has changed the way of their operations, communication, and utilization of data.

In this modern marketplace, manufactures have to speed up their facets of the operation to meet their competitive performances. So most of the manufacturing industries are digitizing themselves rapidly by transforming to industry 4.0.

What is Industrial IoT (IIoT)?

IoT is the process of interconnecting the physical devices we use with other devices and systems for the purpose of connecting and data exchange over the internet. Industrial IoT is then, application of IoT technology in industrial devices to improve their operations effectively. Former industries use Machine to Machine communication to perform their automation process. Now with the development of cloud and allied technologies they have achieved a new automation layer that improves the revenue and business models.

Industries can benefit in many ways by adopting Industrial IoT technologies. Some key benefits of IIoT are

Asset Management:

During the manufacture of a product, the operator has to track the exact stage of that product and needs to control the machines based on production timings. This asset tracking system can be improved intelligently by implementing IIoT technology in manufacturing devices. It provides a real-time overview of the equipment performance, production process, and moving of completed goods which allow taking actions earlier in the case of process deviations.

Predictive Analysis:

Implementing IIoT, manufacturers can check device status, calculate the time required for the completion of the product, and also monitor machine maintenance requirements. It also helps the engineers to identify the main cause of a problem and can work on a moderate plan to avoid potential failure in advance.

Efficient and Productive Process:

If any unexpected damage occurs in the equipment, it can totally spoil the planned production process. Introducing IIoT technology can help to monitor the equipment status regularly and perform equipment service before breakage. Thus it supports the production line to have a smooth process in their operations and increase the level of productivity efficiently.

Safety Operations:

The manufacturing industry’s machines become hazardous to employees when they are not serviced regularly. IIoT automation units can avoid this tragedy by monitoring machine’s potential dangerous failures and assures employees’ safety. Precedently it can also provide alert notifications to all floors in case of any hazardous event.

Considering the above benefits, most of the manufacturing industries are adopting to Industrial IoT platform. To transform your industry to this new technology development contact Trinetra Tsense the best Industrial IoT solution provider. Contact us or watch our demo to know more about IIoT services.

The world faced disruption when the pandemic hit normal life drastically, withrapiddigitalisation happening and IoT ennobled innovations adopted will continue into the future too.

Across the world we are going through difficult times personally, socially and economically. As we see the challenges, competition and disruption happening, we also see a big change in both businesses and consumers towards digitalisation and their digital behaviour.

The Pandemic and Repercussions

The pandemic caused by the Covid-19 virus outbreak has impacted us all, individually and nation-wide, changing our life’s daily activities to a great extent. A lot has shifted online to give us all new digital experiences and interactions. The outbreak in 2020 also marked aturning point for IoT-driven technologies and many online products, services and businesses because of the unprecedented pandemic that has shaken the world and is continuing to affect most parts of the world

The healthcare space has been affected the most. IoT driven innovations are helping this space prettywell. To help patients affected, various availability management tools are now used to locate hospitals, beds, testing facilities, etc. Another trend developing is remote diagnosis, health monitoring, medical assistance and analysis. Modern IoT devices are providing monitoring, measuring and data facilities through online and remote sources and systems. This trend that has started with the pandemic crisis, is surely extending into the future.

These smart devices, wearables and applications would require qualitative Internet connectivity and will be getting many more features, cloud analytics and AI/ML driven applications. The same challenge and pressure of the crisis have hit not only healthcare but other industries and businesses. The affected too have further automated their processes to work efficiently with very limited staff. Those companies who implemented such systems prior to the pandemic outbreak did not suffer as hard during the crisis. Some had even notable growth results. One example is Amazon, which has gained a lot of business globally. Another is Ocado of Britain.

IoT innovations that have made an impact recentlyor are trending include:

• Remote tracking of trucks with GPS
• Transport cost optimization applications
• Autonomous warehousing system
• Real-time path and network flow optimization
• Flexible storage/shelf management
• Automated and assisted manual picking up systems

IoT innovations from equipment makers are also trending:

Video Telematics

Video telematics provides video footage augmented with vehicle data and driver data in the context of incident footage and video evidence in real-time. It uses GPS tracking system with on-board diagnostics to provide insight into many areas, such as, driver behaviour. However, mobile networks need to evolve more capacity to adequately handle transmission of video in real-time. Obviously 5G networks could be the game-changer on this front in future, to help breathe new life into telematics video monitoring.

Wireless Sensors

Bluetooth Low Energy (BLE) is a trending technology. BLE is a wireless tech which is constantly evolving and offering opportunities to manufacturers. It has many advantages and is aimed at sectors like healthcare, security, fitness, smart homes and entertainment. In future we will find a range of interesting devices and solutions coming into the telematics services space.

Transition of Mobile Networks

The current 2G/3G networks are overloaded by the growing number of connected IoT devices and the solution is the 4G-LTE-M network which is a specific option for such devices. This Low Power WAN option riding on the 4G-LTE-M network fulfils the requirements for IoT. This is a long range, low power option in cellular tech and equipment manufacturers will revise their product portfolio as more countries will prefer to switch off the 2G and 3G networks for 4G-LTE, or even for 5G.

To Conclude

In the future, there is going to be strong support for IoT and also great potential for backward compatibility and IoT retrofitting, given how rapidly IoT solutions are being adopted and innovated at commercial, consumer and enterprise levels.

The term Industry 4.0 refers to the industry entering the fourth industrial revolution, driven by technologies like large-scale M2M communications, the IoT, and wider application of AI/ML. Leaders of businesses, services and industries are first to adopt IIoT technology, astheyknow IoT aims to benefit all stakeholders occupying the digital ecosystem, offering to open up new business and revenue streams with great growth potential.

Go through our Trinetra Tsense website for more information. Discover here about our solutions and offerings. However, you can also send us the enquiry form available online here. Or else, you can maila request todiscuss your pain points, project or idea with our team.

Managers find that IoT-enabled Utilities Equipment Management solution help to optimise maintenance schedules and greatly reduce downtime.

Across the world utilities companies manage delivery of energy and water to a population of homes and businesses. They have to accurately manage usage while juggling all these tasks. But can they ensure consistent and dependable service and maximise their ROI at the same time? It can seem improbable but here is where IoT can help to change the game.

Managers can use IoT enabled utilities equipment management solutions to gain better visibility into the performance of their equipment, watch usage trends and avoid outages with better planning of maintenance of their assets. It helps to manage utilities in buildings like lighting and sets of generators, at a smaller level, right up to networked systems across a whole country.

How the Solution Works

Utilities equipment management solutions are actually a part of the ‘smart grid’ or’ smart city’ system. The solution has the task of gathering and managing all the data collected from smart meters and IoT devices. Managers gain a large-scale view of the individual meters, devices and systems on performance and usage trends. This data helps identify errors before they turn into costly discrepancies. It enables them to optimise maintenance schedules and stop outages.

It is difficult to maximise ROI in the utility business as consumer’s expectation and regulations can affect ROI. As people expect continuous supply of electricity and water,the driving force in the utility business is efficiency.

Main Benefits of the Solution

• It maximises equipment life and minimises the risks of equipment failure by performance based predictive maintenance.
• It eliminates the cost of manual inspection of equipment.
• Receive alerts for sudden changes in utility usage; highlighting potential system errors or equipment failures before they occur or become costly.

Data Analytics

Many modern cities use smart meters, which are IOT devices that can send data on water or energy consumption back to the utility company. The main advantage of these smart systems is accurate data on usage for revenue calculations and detection of high or abnormal usage, IoT devices can help also to monitor quality levels besides real-time monitoring and maintenance. IoT comes with built-in security and uses industry standards and protocols.

The IoT based management use cloud storage and data analytics suites, which can be used for further data analytics, audits or billing. IoT-enabled utility management solutions are useful to maximise ROI, trigger alerts to promote safety and has analytical capability, relevant in the utility sector.

According to a report,the International Energy Agency expects energy demand to increase by 37% globally by 2040, which can put a strain on energy supply and other resources. This is where integrated IoT technology and solutions can help to manage that demand with also possibility of new energy sources being developed.

To Conclude

There is going to be greater support for IoT in future. There’s also big potential for backward compatibility and greater possibility for IoT retrofitting, given how rapidly IoT is being adopted and innovated at commercial, consumer and enterprise levels.

The term Industry 4.0 refers to our entering the fourth industrial revolution, which will be  driven by technologies like large-scale M2M communications, the IoT,and potential application of AI and ML. Leaders of businesses, services and industries are first to be influenced by IIoT technology. IoT aims to benefit all stakeholders occupying the digital ecosystem, by offering to open up new revenue streams and new businesses with great growth prospects.

Browse our Trinetra Tsense website for more information. Discover more about our solutions. However,you can also submit an enquiry form available online here. Otherwise, you can send in a request to discuss your project or idea with our team.

Digitization started in early 1950’s, over parts of the developed world when computers were introduced into companies, firms and other organisations. It started off as the “paperless office” concept. Digitization was done to increase efficiencies, improve workflows, enhance customer relationships and improve the public image of a company or organisation and is relevant till today.

Digital Evolution an Ongoing Path to Progress

Digitization in business helps improve efficiency consistency and quality; helps better communications, information exchange and preservation in digitized forms and files eliminating redundancy; helps data processing, analysis and automation. Digitization is not just a trend but the way the world is evolving, especially so for businesses, industries and services.

With the internet revolution and wireless networking, digitization has penetrated rapidly all spheres of our lives-personal, social, commercial & otherwise. It’s a universal platform to get connected, communicate and integrate with various systems and entities at various levels without geographical boundaries. Here cloud computing has caused a paradigm shift in the delivery of digital solutions and services across the globe, over a versatile cyber platform.

Mobility Solutions for Business Trending Worldwide

Running parallel is the evolution of smart mobile devices and Mobility Solutions. The Smartphone and mobile applications that support it has opened a whole realm of commercial products and services, pervading into non-commercial, government and military sectors too. Businesses and services will never be the same thanks to mobile apps and app developers.

In Conclusion

For any business or enterprise, the future lies in digitization. A digital presence has become rather mandatory for growth. The Internet of Things (IoT) is a tech born out of this digitization boom and is fast evolving to help integrate a myriad of electronic devices and software applications on the internet platform. The global pandemic that caused unprecedented disruption of normal life accelerated digitization of all spheres of our lives, compelled by social distancing and non-contact interaction/ operations. IoT innovations in applications and equipment will be trending into the future, opening up new revenue streams and opportunities. The more digital your business, the more sustainable it is.

Look up the Trinetra website for more information and to learn more about our solutions. You can also submit the enquiry form available online. You may also send in a request to discuss your requirements with our team.

IoT solutions are rapidly being adopted by industry and business that’s evolving to meet challenges using various technologies and synchronized on a digital platform that is critical to the evolution of Industry 4.0.

Trending words that pervade the world of technology are Industry 4.0 and the Internet of Things (IoT). The two have overlapping interests but there are differences and progressive smart manufacturers are leveraging them. IoT is a melding of many technologies and innovations in computing, communications, in smart devices and sensors.
Industry 4.0 refers to the data turnover and automation that is involved and the changing manufacturing and factory environments. This actually is the beginning of all these things, but with computing power increasing over time, Industry 4.0 promises to be highly potential growth engine.

Obviously, IoT has gained fast adoption in commercial and municipal entities. It involves networking technologies linking various smart devices and sensors at the edge with the cloud. Alexa powered devices like Echo speakers are an example of edge computing. There is now a demand to link together Industry 4.0 and IoT, which is not surprising. But there some hurdles or challenges facing this evolution.

The Challenge of Security

Linking independent systems and devices also brings into the picture a shared concern of security. As the usage of linked smart devices at the edge increases considerably, it is going to be harder to manage all the devices together, or track the data breeches and vulnerabilities, or thwart hacking or cyber-attacks. To address the security concerns, stakeholders in industry and technology are melding standard IT technologies with new tech like network security and encryption.

The Lack of Standards
Another challenge that IoT and Industry 4.0 is addressing is the lack of standards. Because of the use of various protocols to operate a plethora of devices and sensors deployed in various industrial settings, the challenge of inter-connectivity and interoperability plus integration, is complicated and a stumbling block to set up standards. An example is the automated smart factory that uses IoT and wireless narrow band networking channels to manage data and sync systems.

Transition Stage

There are other additional challenges rising out of the transition of IoT and Industry 4.0, from the immaturity of some of the technologies being adopted or integrated. This transformation is marked by the lack of talent development and IT integration, plus the transition to hybridise older or legacy systems comes along with risks and rewards.

The Challenge of Data Processing & Analysis

Industry 4.0 points to the generation of data in enormous quantity that has to be collected and stored, processed and analysed, for developing new insights to support industry in informed decision-making and create a competitive advantage.

Assimilating massive amounts of data, efficiently and effectively is going to be the hurdle or challenge of Industry 4.0 that will make way to new opportunities in future. The relevant information has to reach the talented humans, personalised for them and their task at hand. In fact, Search Engine is the original technology for Big Data. Industry 4.0 will benefit from Digital Twins to actual components or devices that have to be tracked, organised and understood.

In Conclusion

World-wide trends seem to be pointing to greater IoT support in future and also for backward compatibility or even IoT retrofitting. We seem to have just scratched the surface of a potential technology, but we see how quickly IoT is being adopted at commercial and consumer levels.

Today’s businesses, services and industries seem to be the first to be impacted or benefited by IoT and IIoT technology proactively aims to benefit all stakeholders involved in manufacturing. IoT development is also gaining demand, as it is proving to win new or more revenue streams for more business and industries.

Look up the Trinetra Tsense website for more information and to learn more about our solutions. You can also submit the enquiry form available online. You may also send in a request to discuss your requirements with our team.

With the advent of cellular technology like 4G, enterprises have found potential in IoT deployment to open up new revenue streams and new business models.

Global businesses who are focusing on the challenges of digitization,while working on the goals they wished to achieve, turn to technologies that can best serve them and their customers to move on. This where cellular technology like 4G and 5G can play a critical role to help change the shape and potential of the business and even the entire industry.

Widespread rapid digitization

Enterprises have taken to digital transformation to achieve their goals for more than a decade. Now cellular technology has come a long way and is empowering Enterprise IoT to help explore a world of opportunities that probably did not exist earlier. Companies need to transform themselves by digital transformation to be future-proof and competitive in the present challenging market

Enterprises have to consider how digitization and technology can help to automate the products and business processes, besides making smart use of data analytics. They have to stay ahead overcoming threats, challenges and disruptions. Finally, they have to consider how they can achieve sustainability goals.

How Business needs to Transform, Evolve and Sustain.

From retailers to logistics and automobile companies, the enterprise IoT is crucial to adding new product or service features that were earlier seen in science fiction movies. Customers or consumers, expect products to be “connected” or “smart”. OEMs not able to satisfy this aspect will lose market share. They’ll also miss out on data that digital technology can provide them for improvement.

The main drivers today of enterprise IoT projects are efficiency and productivity. The level of optimization they achieve benefits them. For example,utility companies who have installed smart meters, eliminate manual work and gain cost benefits. Sustainability is a consideration that drives many factors. Society and government play a key role in the efforts of the OEMs in their aim to be socially and environmentally responsible.

Digital Technology for Security and Flexibility

Digitalisation has not only replaced manual work, but has created new business models. For example, digitization has transformed the taxi hailing business. Even industries are starting to follow the as-a-service model.

However, the most important concern for enterprises remains to be security as they roll out digitalised operations and connected machines or products. They have to pan from the outset so as to prevent cyber-attacks, data compromises or breaches, at the same time protect customer privacy an interests.

Flexibility is another consideration as the world of business is in a constant state of change. It is critical that products or services launched, respond to market needs or demands, but can scale up quickly, work at any place and are future-proof, so that they don’t become obsolete very soon.

Connectivity supports Enterprise IoT

Seamless connectivity is critical to deal with digital transformation. Cellular technology offers a convincing solution to the challenge of seamless connectivity. As products move from research to be developed and manufactured, to be later deployed and finally scrapped, connectivity is crucial for the whole life-cycle with data and visibility for OEMs. This is where cellular technology like 4G and 5G offers an answer to provide extensive penetration indoors to connect devises. This tech is highly scalable, reliable, secure and already proven in the field tests and pilots.The promise of 5G seems to open up more possibilities and creating a globally connected ecosystem. Throw in enhancements offered by AI and edge computing, there’s more potential to open up opportunities and facilitate success for revenue, products and services.

To Sum Up

There’s surely greater IoT support in future and also massive potential for backward compatibility and greater possibility for IoT retrofitting. We seem to have only scratched the surface of this potential technological ecosystem, given how rapidly IoT is getting adopted and innovated at commercial, consumer and enterprise levels.

Industry 4.0 is 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,application of AI and ML. Today’s businesses,services and industries are first to be influenced by IIoT technology. It aims to benefit all stakeholders involved in the digital ecosystem, offering to garnernew revenue streams and business growth.

Visit the Trinetra Tsense website for more information. To learn more about our solutions you can also submit an enquiry form available online here. Otherwise, you can send ina request to discuss your project or idea with our team.

IoT solutions are trending, rapidly being adopted by industries in particular, to face evolving challenges and because of the benefits derived from this technology.

The latest trend in technology is the Internet of Things (IoT). IoT Platform is a melding of many technological innovations in the field of computing and communications with smart devices and sensors. It is all set to revolutionize not just the human-to-machine interaction but all kinds of machine-to-machine engagement.

Manufacturing and industry are in the front-line

Industries and manufacturing are going to feel the most impact in the coming days, amongst all the various market sectors, from IoT solutions. Those sectors benefiting from what is called Industrial IoT (IIoT) will be in the logistics and transportation, oil and gas, energy and power production, healthcare, manufacturing and agriculture spaces.According to some reports the IIoT market world-wide will touch $933 billion by 2035 and impact on global economic output by trillions of dollars.

Overcoming Challenges and Issues

Industrial IoT makes possible to predict or identify problems, conditions and issues much before they occur which stops the process or work, but a zero downtime solution is not yet developed and fast adoption of IIoT too is troubled.

Where to start and which system is really effective, have to be sorted out by each industry.Business and industry have to invest in infrastructure to adapt and undergo this change. The USA, Netherlands, Switzerland and the Nordic countries seem to be leading this adoption. Other challenges include:

The Challenge of Costs

Don’t underestimate the costs of implementing IoT solution and sometimes the stakeholders perceive it as overwhelming. Considering the ROI of Industrial IoT there is hesitation in the market for now.

The Challenge of Standardization

The problem that IoT tech faces is the various protocols in use, that operate a plethora of devices, in an array of manufacturing and industrial settings, that need inter-connectivity and interoperability. So, how do you set the standards?

The Challenge of Vulnerability

To facilitate automation, effective communication between IoT devices is a must. A secure and encrypted network, resistant to vulnerabilities and with ability to thwart the risks of data breaches and hacking is what is certainly required.

Key Benefits of Industrial IoT

There is a wide range and diverse applications in IIoT solutions. IoT enables smart sensors and devices, are run on various software applications, across platforms and over wide area of spaces. This system helps to run, maintain and replace equipment and machines, effectively reducing the risks of breakdowns and downtime. IIoT has benefited many sectors and been made viable.

Let us see here-

Optimization of Assets
IIoT starts at the edge with collection, analysis and interaction of data from sensors or devices. The data is processed locally to adjust the parameters involved for higher efficiency and early detection of potential failures that can occur in an asset.

Optimization of Process

The next level after the edge, happens at the control room where data recorded from multiple devices and environments is aggregated to enable analysis, to derive intelligent decision-making. This can positively impact a factory environment improving efficiency and the processes. It can offer better usage of hardware, reduce the power profile and extend the lifetime.

Optimization of Business

IIoT facilitates smart data usage and this has a positive impact on asset usage, on operations and on processes. IIoT also promises to integrate data from processes with the data of the enterprise, thus enabling smarter management decisions and interesting outcomes, sometimes not achievable earlier.

This actually is the beginning of what possibilities IIoT can result, but with computing power getting enhanced as the days go by, Industry 4.0 in the future seems to highly potential.

In Conclusion

World-wide trends seem to be pointing to greater IoT support in future and also for backward compatibility or even IoT retrofitting. It seems we have just scratched the surface of this potential technology, as we see how rapidly IoT is being adopted at commercial and consumer levels.

Today’s businesses,services and industries seem to be the first to be impacted and IIoT technology aims to benefit all stakeholders involved. IoT development is also gaining demand, as it is proving to win new revenue streams for more business and industries.

Look up the Trinetra T-sense website for more information and to learn more about our solutions.You can also submit the enquiry form available online. You may also send in a request to discuss your requirements with our team.