What hurdles do manufacturers see in the evolving of IoT and Industry 4.0?

What hurdles do manufacturers see in the evolving of IoT and Industry 4.0?

Industrial IoT 4.0

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.

Opening a world of possibilities with cellular technology and IoT

Cellular IoT Technology

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.

The challenges and benefits of Industrial IoT

Industrial iot solutions | IIoT Solutions

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.

IoT will Boost Industries and support economies in the near future

As IoT enabled systems solutions get implemented by ever more businesses and industries, all stakeholders agree to the wider benefits it percolates to the economy in the days ahead.

We are seeing how economies around the world are struggling to get back to their normal pace after the unprecedented pandemic hit and affected one and all. To adapt to the disruption and to revive, the right tech and processes must be quickly put into place and continuously followed to survive such crisis.

The Internet of Things (IoT) is one such revolutionary technology which along with the use of data and computing power, will support industries and the wider economy. The system will thus offer better insights, create product value addition and optimize many processes to sustain production cycles. It will help businesses and industries survive now and thrive later.

Advent of Connected Technologies

IoT smart sensors and devices along with connected technologies have begun to play a crucial role in collecting data for decision-making. The rapid increase in data flow and useful information is both a challenge and an opportunity for businesses

Systems to identify new revenue streams and improve products and processes using data collection and analysis will identify new revenue streams and help to future-proof the company and business in a volatile and sometimes disruptive market situation.

Post-COVID Solutions

The pandemic (COVID-19) has impacted our lives and the economy severely. New norms of social distancing, safety measures have come into practice and industries such as manufacturing, retail, logistics and organizations have to meet these challenges and demands. Now IoT is playing a crucial role for those returning to their work environments and also when faced with fewer staff availability. By deploying IoT technologies, like thermal imaging cameras, movement and workplaces can be monitored for safety. Businesses can operate in safety, remain productive, generate revenue and support the economy.

Supporting the Economy

Organizations can support the economy by taking a circular approach, such as, by cost savings and optimizing the use of resources. By data collection and analysis and interconnected devices, key areas in waste of resources can be identified and corrected. This approach also helps in informed decision-making to address issues as they appear.

Growth can be sustained and business can benefit by capitalizing on technological innovations, that facilitates economic opportunities and the best use of assets. The system helps to makes products and services more effective and efficient.

5G is Round the Corner

The pandemic caused a lot of workforces to stay home and work remotely, besides forcing social distancing measures on people. Because of high quality internet, wireless communication and connected devices, IoT tech helped reduce the need of physical presence on site and restricted unnecessary visits and travel. Mobile networks played a vital role in this situation,

Now, 5G connectivity is all set to be deployed. It will boost the network capacity and data traffic. This tech is capable of connecting nearly 1 million devices per square kilometer. New 5G networks will supercharge the potential of IoT. industrial IoT (IIoT) will get into a new phase of deployment.

The future will see more connected buildings, smart cities, connected vehicles and transport infrastructure supported by enhanced connectivity. Smart buildings and public infrastructure, smart lighting or smart air-conditioning, will help cut costs of running and maintaining assets.

In Conclusion

The general trend is pointing towards greater support to IoT  in future and for its backward compatibility or even IoT retrofitting. Such technology aims to benefit all stakeholders involved and modern business, service and industry seem to be the first to be adopting it.

Visit the Trinetra Tsense website for more information. To know more about our solutions, please submit the enquiry form available online. Otherwise send in a request to discuss your requirements with our team.

How business revenue can be improved with IoT

IoT enabled solutions are being adopted ever more by businesses and industries because of the value addition and revenuer increase it does.

 The Internet of Things (IoT) is by far the most revolutionary technology that businesses and industries have encountered in recent times. IoT has now gained acceptance and relevance in our digital world and more so in our pandemic stricken times. Many businesses and industries are taking to IoT solutions because of the benefits and its capacity of improving revenue and profits for stakeholders. Here we will discuss how it works.

IoT makes business smarter

IoT has is capable of making the business look and work smarter. The use of devices and sensors on a software platform for data transmission helps businesses and organizations to drive more revenue starting from the base level.

Smarter Business Decisions and Operations.

When IoT enabled physical assets are connected via IoT devices it ensures remote working and control which enables data-driven decision-making, monitored operations and even automated tasks. Monitoring and tracking can be done in real-time using wireless networks.

IoT with Telematics.

The GPS-enabled tracking system is used for monitoring individual vehicles, fleets and other assets fixed or moving, fitted with sensors and devices. IoT tech is used to generate data that can be stored and retrieved from the cloud that works with the platform. The system is capable of automating various processes to reduce time, costs and human involvement.

Helps in Smarter Products & Service.

Customers always like to get or buy upgraded products. As they prefer more connected and synced products, IoT has opened up a new avenue to introduce smart connected products and services.

A New Customer Value Propositions

Offering a new value proposition to customers is advantageous and using IoT devices and software surely gives the advantage in a competitive market. It also paves the way to engage the customer better and develop a loyal relationship benefiting the business or service.

Altering Business Models

Most companies are implementing IoT solutions into the business model with plans to expand and create new revenue streams. When developing a business model integrating IoT, stakeholders must understand that digitally enabled products offer many opportunities to create revenue streams, cut costs or expenses and boost productivity.

Better Customer Engagement and Understanding

Companies make IoT enabled products to connect better with their customers. It can track customer behavior and activities and enable feedback that is data centric, allowing it to be stored and analyzed with software applications. If the insights generated are used properly, it will enable better decision-making and can help in improving the products and work of the business.

Greater Speed and Accessibility

An IoT platform offers greater speed and accessibility to the company and users. It enables better research and understanding of customers or buyers. It helps to cut down the selling and buying cycles, as most things are digitalized and web-enabled.

Meeting Changing Customers’ Needs

Usually customers today are attracted to new products. When smart devices that are IoT enabled are incorporated, the demand for that product will most likely rise. The customer’s needs may change, may be demanding a more integrated and more efficient product or tool, to help improve their lifestyle.

Improving Overall Efficiency and Productivity

Businesses Implementing IoT will not only increase the speed of operations but also help in making IoT enabled devices and physical assets work more efficiently, to save time and improve productivity. It can also cut down human intervention and labour costs. Efficiency of employees in that organization also get improved, as they will be able to achieve tasks in a larger scale with greater precision, faster.

In Conclusion

The trend seems to be pointing to greater IoT support in future and also for backward compatibility or even IoT retrofitting. It seems we have only scratched the surface of IoT potential, as we see how rapidly commercial and consumer-level applications are adopting IoT.

This technology aims to benefit all stakeholders involved. Today’s business, service and industry seem to be the first to be impacted and also setting the trend. IoT development is in gaining demand as it is proving to win more business and generate revenue.

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


IoT applications are changing the Automobile Industry

IoT enabled applications are getting into the automotive industry rapidly with EVs, connected cars, Fleet Tracking systems and more.

The introduction of IoT applications is adding new value to the automotive industry. From vehicle tracking to IoT management, IoT is transforming the industry to a new level. New opportunities are being opened up for the automotive businesses and services, at both the consumer and commercial levels, that can be explored to develop new revenue streams.

Fleet & Vehicle Tracking Systems.

Vehicle tracking systems based on GPS-tech is widely being used in fleet management. Fleet management improvisation with IoT is creating efficiencies and reduce costs. IoT in fleet management involves vehicle scheduling, driver tracking & behavior management, route optimization and many others. It helps the fleet managers to optimize operations, automate processes and help them get better insights of the fleet business. IoT bases systems can gather data from multiple sensors and devices that help monitor different parameters that factor performance, diagnostics or discrepancies.
IoT and Telematics.

The GPS-enabled tracking system is also used for individual vehicles and owners. Vehicle location and information generated is helpful for vehicle owners and operators. The fleet management software for the system is capable of automating various processes thus reducing time and human involvement. It can help in making trip plans and schedules automatically according to availability of resources and assets and even for Geo-fencing. All information or data can be stored and retrieved from the cloud that works with the platform.

Car dealerships can use fleet management systems to locate and identify every model of cars or vehicles. It is an important tool for security purposes also. Owners of individual cars also using this technology for locating vehicles, setting routes and following maps to help them in their tasks and for travelling. Electric vehicles are setting the trend by offering this tech as a built-in feature in their models and they can be compatible with mobile apps.

Connected Cars Technology

The concept of connected cars is also fast catching up in various parts of the world. It is not just a system for location tracking but establishes basic vehicle connectivity to other devices and systems. Two modes of operations, device-to-device and device-to-network, are being established and worked on. It seems to be pointing to support for the future and for backward compatibility or even IoT retrofitting. This tech is also part of the vision towards building smart cities.

In Conclusion

The future of Automotive IoT applications seems to promising as IoT technology and innovation continues to enter into many spheres of our modern world. We seem to have only scratched the surface of this technology, as we see how rapidly commercial and consumer-level applications are being adopted. This technology aims at deriving more benefits for all stakeholders involved and the automotive industry seems to be one of the first to be impacted and setting a trend.

Check up the Trinetra Tsense website for the information you need to learn more about our solutions. Alternately, you can submit the enquiry form or send in a request, to discuss your requirements with our team for better clarity.

Over the next 5 years Industry 4.0 will drive in a century of advancements, say experts

Industry 4.0 is the idea that we’re entering the fourth industrial revolution – driven by technologies such as large-scale M2M communications, the IoT and AI.

A majority of IT experts and decision makers believe that in the next 5 years there’s going to be a century’s worth of technological advancements happening. Industry 4.0 refers to the new phase of the Industrial Revolution happening now which focuses on the transformation of industry through inter connectivity, intelligent networking of machines and processes, with automation, real-time data and machine learning.

The 4th phase of the Industrial Revolution is rolling out.

This phase is an important evolution as there are innumerable benefits accruing to help industry leaders and manufacturers to meet the current challenges by reacting with flexibility to the market changes. It speeds up the pace of innovation and is very consumer centric.

The mentioned modern technologies and innovations will make it easier for companies to share data and collaborate with manufacturer suppliers and others in the supply chain. This is where IIoT is going to play a key role. It will improve productivity and competitiveness and help sustainability and growth. Efficiency will increase by better use of resources and aligning the production and processes more directly and effectively.

Hype around the 4th phase is not unfounded

Considering the rapid technological developments, the challenges and some disruptive scenarios, the myth around the 4th industrial Revolution is actually nor overdone. The advent of new technologies like 5G, large-scale M2M communications, the IoT, Cloud Computing, AR, VR and AI, have influenced the digital transformation.

Digital tech disruption seen over the last decades has made it evident that it is critical to adopt to this phase of technological evolution. Industry and business must collect, assimilate and analyze data generated via machines, IoT devices and software, to act on it quickly to gain and sustain competitive advantage in this digital age. Industry 4.0 will transform how we manufacture, buy and consume products, manage transport and cities, manage user experience and advance medicine and health in future. However, this phase poses the challenge to consolidate and standardize the tech and everything else involved.

The Trinetra Tsense website has the information you need and to know more about our IIoT solutions.

You can also submit an enquiry or send in a request to discuss about your requirements and plans with our professionals to find clarity and the direction you need to go forth.

Six trends in IIoT that will impact our industries in future

IoT solutions are getting increasingly deployed in most industries and more widely accepted elsewhere too. Some strong trends in IoT will be affecting our industries in the days to come. Industrial IoT is rapidly evolving and according to Gartner we can expect many billions of IoT devices connected this year. So, what trends will impact industries and those who would be deploying IoT, is what we will see here further.

Using the SaaS platform for IIoT.

Software as a Service, or SaaS, has become a norm in our world moving forward in digitisation and is a strong trend. SaaS for IIoT comes as a web-based software application, which is used to access and assimilate data from any device or equipment. It works via the internet, on a web browser, or an application, accessible from anywhere with connectivity.

Securely connect your industrial equipment on the chosen SaaS platform to move on with your digital roadmap. Benefits are:

  • Reduce time for implementation, or gestation and faster ROI.
  • Lower cost and customisable for your requirements.
  • Scalability and continuous upgrade.
  • Proof of Concept and ease of use.

Empowering with Edge Computing

Edge computing is expected to surpass cloud computing in the days ahead. Edge computing technology collects & prepares data from the machines, or equipment, to transfer it to the IoT software and to quick start your IoT implementation. Edge tech can minimise data transfer to the cloud and then give you key insight into devices’ performance.

Using data for Preventive Maintenance.

As a result of IoT integration and data generation, predictive maintenance applications will put to use widely. Anyone can set up a proof of concept by analysing historical data to find occurrences and identify when maintenance was required, the set alerts required for predictive maintenance. Customisation can be done for every equipment on the platform. It can be supported by a mobile application for extracting real-time insights and to share data effectively.

Adding Cyber Security.

With the alarming rise of cybercrimes worldwide, cyber security for IIoT data must be taken up seriously when implementing it on the platform for your industry. Secure the IoT solution from top to bottom to protect data, prevent threats, breaches, hacking and for monitoring 24×7 the SaaS platform.

Wireless Connectivity is trending.

In the context of the ‘smart factory’ and IIoT the interconnectivity of sensors and industrial assets will be the biggest challenge for the IIoT solution. Several recent innovations, besides WiFi (like NB-IoT, LTE-M, Sigfox, LoRaWAN), have arrived and are being deployed widely to improve operational efficiencies. The latest adoption of 5G technology will revolutionise connectivity for industry and commerce.

Wider Use of Data Analytics.

Data analytics for IIoT would be different from the usual data management paradigms found. Collecting, sorting and storing the huge cache of data is only one part of the task. The next big task is to create insights out of it and make the data actionable to make the operations better and productive by using data analytics and cloud computing tech.

To Conclude.

Studies point that around 7.6 billion IoT devices will be active and connected by Interne of Things platforms by end of this year. This inevitably means that data traffic will also cascade radically, as it’s expected to hit 24 billion devices mark by 2030. To meet such a massive demand, we need a reliable software, networks and the spectrum to support such prolific IoT deployments.

Browse our Trinetra Tsense website to know more about our solutions.

Or you can submit an enquiry or send a request. You also can discuss about your requirements and plans with our team of professionals to get clarity and direction.

The concept of IoT retrofitting is fast catching up.

Digital Transformation is driving more industries and businesses to adopt IT and IoT enabled solutions into their existing systems to meet present day challenges.

The digital transformation wave is forcing many industries and businesses to adopt electronic or software solutions into their systems. As the world faces challenges, the Covid-19 pandemic and its aftermath has disrupted our lives and forced a new normal to be followed. Probably this has also pushed industrial retrofitting with IoT elements and the democratisation of equipment and devices to the forefront. An IIoT platform can enable various devices to communicate with each other using networking and cellular technologies.

IoT is able to help reuse many old devices, extending its life. Technologies like microelectronics and miniaturisation have given a second lease of life to many equipment by retrofitting them. Many step-by-step tutorials help to install a connected chip in your equipment or to help to digitally connect your legacy system. YouTube channels have made many DIY tutorials easily available for retrofitting gadgets. Retrofitting helps save costs of replacement or deter costly overhauls.

Retrofitting the Waste Collection Bin.

We take up the case of Waste Collection & Management where implementation of IoT can help the authorities of a Smart City project. Here the existing garbage bins can be retro-fitted with sensors that are wirelessly connected (via the internet), that will enable them to gather & send information (data) on the bin’s fill level, temperature, location and many other parameters as required.

Data-driven System

This data can be used by a waste collection system or the mangers to guide waste collection vehicles (garbage Trucks) putting them on an automated route plan to priorities the collection of waste from every bin and location. Generally enabling an IoT software solution into your system benefits you and your operations or business.

Benefits of Retrofitting

  • Retrofitting adds value to the immovable or movable assets
  • Legacy system is digitalised/modernised
  • Adding to life of equipment and assets
  • Positive effect on ROI
  • Data analytics support prompt decision-making
  • Cost-effective way to increase efficiency and productivity
  • IoT enablement stops obsolescence of capital equipment

To Conclude

Nevertheless, retrofitting is getting more acceptable and straightforward. The desire to obtain data from equipment and gadgets has been around for a long time but work in closed loop or local environments. With the advent of networking and cloud technology, things are changing. The introduction of Industrial IoT (IIoT) expands the type of sensing, the area and the time of sensing.

IoT enablement brings computing power to the edge and also networking capability. There is an increasing range of choices now and sensors are gaining more processing abilities. With new challenges cropping up and rapid changes happening in markets, it is wise not to be left behind and be quick to adopt the change or trend.

You may submit an enquiry or request to know more about our products. You may also discuss about your requirements and plans with our team of professionals for clarity.

NB-IOT promises business benefits in networking connected devices.

Studies tell us that about 7.6 billion IoT devices will be actively connected on the Interne of Things platforms by the end of this year. This inevitably means that data traffic will also keep increasing radically, as it’s expected to hit 24 billion devices by 2030. To meet demands of this growth we’ll need a dependable network spectrum to support such prolific deployment.

This is where NarrowBand IoT will play a role as the top Low Power Wide Area Network solution, also called as NB-IoT or LTE-M2, that is not part of the licensed LTE platform. This LPWAN works on any one option out of the three given methods. It works independently or uses the 200 kHz bandwidth earlier used by GSM which is now unused. Or it works on a resource block on LTE allocated to NB-IoT operations. Narrowband IoT promises to offer more business benefits for IoT deployments envisaged in the digital future. Here’s how it works out!

Save on Costs.

Simpler technologies like the NB-IoT ensures lesser power. On the other hand, NB-IoT chips are easier to create and also come cheaper. There is lesser complexity in analog-to-digital and digital-to-analog conversion, buffering and channel estimation, in the 200 kHz frontend and digitiser of NB-IoT.

Efficient Power Usage

Power efficiency of IoT devices is crucial as all IoT technologies are developed to save power when not operating. However, they do draw energy when the modem is handling signal processing.

Deployment is wider

The NB-IoT when connected to LTE-M1 has lower bitrates and link budgets. Besides the NB-IoT can directly connect the sensors to the base station not needing gateways to provide connectivity offering wider deployment in various sectors and industries.

Better Reliability

Using NB-IoT the service can be rolled out on a licensed spectrum which offers better reliability for users and thereby offer guaranteed resource allocation required for managed Quality of Service.

Reach out globally

NB-IoT can be rolled out on LTE networks widespread around the world. Regions with less LTE can use the slots of larger GSM deployments on the unused bands to host NB-IoT devices. This also helps IoT innovators to enter new markets, via an affordable entry point, globally.

To Conclude

  • Nevertheless, some things affect the deployment of NB IoT, as most carriers move over to LTE platform. With NB IoT running on a marginal bandwidth there is a cost for developing initial operating software for devices and industrial IoT.
  • Equipment could become complex to use the existing GSM spectrum in some places. To top it off the telecom giants levy charges as licensing fees for NB IoT usage. However, the industry is looking to use the underutilized slots in the 200 kHz bandwidth as a potential to make this spectrum the best power wide area network to dominate the Low Power Wide Area Network domain.
  • Security of IoT devices and data should be given high priority and integrated with Data Analytics that’s used to develop a solution that work’s in a highly connected environment.
  • T-Sense’s IoT platform has many customizable applications that helps development of IoT devices to empower your company (or smart factory) to gain efficiency and benefits.

You can submit an enquiry or request. You may also discuss about your requirements and plans with our team of professionals to get clarity.