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The term internet of things was coined in 1999 to promote RFID (Radio Frequency Identification) wireless technology. But the IoT we have today is an amalgamation of various principles and aspects of modern technology.

Low-power, affordable sensor technology – The cost of running IoT-enabled systems would skyrocket if the sensors consumed more power. The idea of having internet of things -powered automation is to reduce costs and simplify operations predominantly.

The cloud – the Internet and cloud storage have simplified the workings of IoT. It enables IoT devices to store large amounts of data on the cloud and share data with other systems over the Internet. The cloud and the Internet are to IoT as telephone lines are to landline phones.

Conversational AI – To enable seamless machine-to-machine communication in IoT systems, conversational AI has played a key role in enabling it.

Open standards and open-source technology – IoT is powerless if there is no interoperability amongst various systems and devices. To enable easy communication and efficient data transfer, all devices, systems, and software must be interoperable and easily connected. Open standards and open-source technology enable that.

All these modern technology superpowers come together and form the base that IoT systems thrive.

Unlocking the Power of internet of things for the Ultimate Business Value

The rapid rise in popularity of IoT is because companies worldwide have realized its potential and are capitalizing on its tremendous business value. IoT has shown promising progress in helping businesses with the following:

Connecting the physical business world to the digital world

Creating new business models and building various revenue streams

Deriving data insights from IoT for data-driven business decision making

Building and streamlining business processes

Driving efficiencies through automation in existing processes

Using wearables to monitor human health analytics deriving insights

Improving tracking and maintenance of physical assets

Creating new levels of efficiencies in manufacturing using machine monitoring and product-quality monitoring

All these business and industrial applications of the Internet of Things have elevated business offerings and services. Today, we have smart cities, smart warehouses, smart manufacturing plants, smart marketing, and smart everything.

But leveraging IoT for your business is not a short-term task. It is a long process that requires a huge budget and regular maintenance post-implementation. It is not a one-time implementation process but an ever-evolving one. Once you implement an IoT-enabled system for your business, you must keep iterating and upgrading it to ensure it fits your changing business needs.

Therefore, investing in IoT without expert advice might cost you a lot of time and resources with no visible outcome.

Many IoT Saas applications and IoT-as-a-service offerings in the market can help you deploy business-ready IoT solutions effectively.

Internet of Things Adoption Challenges

Tech leaders are already busy building applications and solutions leveraging IoT for various use cases across all industries. But having a business-ready application for IoT implementation is just half the battle won. After that comes the installation of sensors, onboarding those sensors on the application, and configuring the application to automate based on the data collected from the sensors. Once all this is done, and the system is up and running, you still have to ensure proper sensors and network connectivity maintenance.

On top of that, if your business requires a customized IoT SaaS platform, you will have to build it from scratch and then complete the onboarding and transition processes. Additionally, your team of developers needs to be more skilled to handle the intricacies of internet of things . In that case, your entire digital transformation initiative might fail.

Research by Cisco says that around 75% of IoT projects fail even before completion. This is because IoT systems have a lot of moving parts in them. Major challenges of IoT adoption are:

Security concerns

Choosing the right sensor technology

Sustaining the IoT system and maintenance long term

Lack of developers skilled with IoT and supporting technologies

Interoperability and connectivity issues

We live in an age of technology where services are delivered to us at super fast speed. Amazon won the market game with 1-day deliveries. This speed applies to all industries and markets. All actions, be it business, service, maintenance, or anything else, are proactive now. Internet of Things have jumped directly from reactive to proactive in all aspects of business today. It is always about anticipating the next need of the customers, the next problem, the next emergency, the next trend, the next demand, the next environmental crisis, and the next everything.

To anticipate the next, you need data, and to get all the possible data from all the systems possible, we have the Industrial Internet of Things,

The entire business model today has moved from data-centric to event-driven. A business today does not wait for their customers to realize the need for their brand; they either anticipate the need in advance or create it. Gone are the days when technology was used to store data. Today, technology is meant to collect, store, and process data and take actions based on it.

At the core of the event-driven architecture is the Internet of things.

Internet of Things, is the key to ‘anticipating the next and being prepared for it.

Uses of IoT

As discussed briefly, IoT has multiple applications and is not limited to any industry or sector. To broadly categorize the uses of IoT, we can have five categories:

Personal

As the name suggests, IoT for personal use is the way Internet of Things is implemented for an individual’s usage. For example, your smartwatch. You can even have an IoT-enabled household where all your devices and systems are interconnected for your convenience.

These smart homes are a reality today because of IoT. When you go to sleep at night and turn on night mode on your phone, the lights in your bedroom automatically dim, and soothing music starts playing on the speakers that put you to sleep. In the morning, when your alarm goes off, the blinds automatically open, and you can feel the morning sun through your windows. As you reach the kitchen, your smart coffee maker is already running, and your coffee pot has freshly brewed coffee for you. Your toaster pops out freshly toasted toast for you, and your day starts.

Customer Engagement

Brands use IoT to deliver the best customer service and build better customer engagement with their customers today. A newly emerging electric vehicle brand has fitted sensors in their machines that detect wear and tear and can send a servicing alert to the user. They also have performance monitoring sensors that help them study their vehicles and improve their design. Many brands send you sale alerts on your phone when you are in the vicinity of their physical stores while shopping.

The possibilities of elevating brand engagement through Internet of Things are increasing daily, and the brands are just getting started.

Monitoring

With IoT, machines can talk to each other. What can simplify monitoring than having all your machines communicate effectively through data? Large-scale industrial plants, warehouses, hospitals, service providers, etc. Use IoT-enabled asset management or inventory management solutions that help them track and monitor the health of all their assets and machines. This is a wonderful breakthrough for businesses that have to deal with regular machine maintenance and warehouse management.

They can track the status of their inventory items, perform a maintenance check on their machines, track a faulty link in case of a breakdown, or monitor the performance of any equipment, all with a few clicks within their systems. The IoT sensors power all this.

Automation

Automation is the key today. Automation is only possible when there are data-based triggers in the system, and the data is collected from the devices without any human intervention. Thus, IoT is the key to the automation of systems.

Like the example of smart streetlights discussed above, IoT-driven automation has enabled businesses to save costs, eliminate bottlenecks, streamline their processes, and deliver services or products faster.

Industrial

The industrial application of IoT, better known as IIoT, is the application of IoT for all industrial setups. Industrial setups require detailed monitoring and efficient automation, asset management, and inventory management. IIoT also includes Machine learning and artificial intelligence that adds a layer of automation and brings forth the modern business model for industries. It leverages allied technologies – the cloud, AI/ML, and IoT with machine-to-machine (M2M) communication to achieve a truly wireless control experience.

In simple words, The internet of things is a system of interconnected devices communicating and sharing data over the Internet. All these intelligent devices “talk to each other and share information with other devices, applications, and systems. These systems and appliances create a network where data is shared seamlessly, and data-driven actions help the users monitor or run their systems better.

The simplest example of The internet of things would be a smartwatch that you wear on your wrist that monitors your movements and sends your triggers to move and get active when you sit for an extended time in front of your screen or a water level monitoring device in your overhead water tank that turns on the water pump when the tank is about to get empty and switches off the water pump automatically when the water fills up.

These are very basic-level applications of The internet of things devices. Now imagine an interconnected network of sensors, applications, and devices on a large scale that can run an entire system based on data triggers. For example, photosensitive sensors fixed on all streetlights in the city turn on all the lights once the sun sets and turn them off when the sun rises. Along with that, another sensor detects the lumens emitted by the streetlights to collect data that ensures that the street is adequately illuminated. In times of more traffic, the brightness levels of the streetlights reduce automatically as the headlights of the cars on the road contribute towards illuminating the road, and as the traffic dies down, the brightness of the streetlights increases to keep the roads illuminated all night long. The internet of things will reduce the electricity consumption of the city government while ensuring that the citizens face no hurdles while on the road.

IoT device management provides a definite road to IoT time-to-value and profitability.

The road to the Internet of Things (IoT) success can be tricky. Many enterprise iot deployment services solutions struggle to scale due to ineffective manageability. Unlike traditional IT deployments, IoT involves a large number of devices with a heterogeneous mix of firmware and software that autonomously communicate with the infrastructure. Human intervention is minimal. Much less like servers and desktops, IoT devices are usually resource-constrained with limited memory, storage, and processor capacity. So in your IoT design, in addition to laying out the overall architecture and components, unless you plan for managing the devices across their lifecycle, the solution may soon turn unstable.  That’s where iot deployment services device management comes in.

IoT Device Management – what to expect

Enterprise IoT use cases involve hundreds and often thousands of connected devices. In industrial settings, these devices may be distributed across a wide geographical area. The cost and complexity of manual onboarding and monitoring these devices soon turns impractical.

A cloud-enabled iot deployment services device management solution helps you to automate the process. The platform enables administrators to securely onboard, organize, track, monitor, and remotely manage all the connected devices with the ease and efficiency of using the automated controls from a central management console.

IoT device management delivered as a cloud service lets you centrally monitor and manage devices until they are ready to retire. From a single management console, you can have a comprehensive view of the entire deployment and automate these essential management functions:

1. Secure device provisioning

Maliciously compromised IoT devices provide inroads to your infrastructure. During onboarding and communication, authentication of devices and determining their access privileges are essential. A cloud-based IoT device management platform validates new devices before they connect to the network. The platform lets you configure passwords, certificates, or you may define a preferred means of device authentication. Once authenticated, the platform provisions the device based on its access privileges.

2. Automate configuration control

In a large warehouse with hundreds of connected light bulbs, imagine the challenges of managing their configurations manually! An iot deployment services management platform lets you automate the process. Pre-defined scripts can remotely configure devices with custom configurations such as location, authentication passwords/keys, unique ID, and other application-specific settings. Remote programmability also allows reset, application of firmware updates, patch bugs, reload, power-off, or simply retire devices when no longer in use.

3. Monitor devices remotely

After installing IoT devices in access-constrained locations, it becomes hard to monitor or troubleshoot issues manually. A scaled number of devices make it all the more impractical. IoT device management platforms continuously monitor device location, device health, network parameters, and failure indicators. In the case of anomalies, administrators are alerted to take diagnostic action remotely from a central location.

4. Patching OT assets simplified

Due to the complex nature of OT environments, applying patches is not a common practice. As a result, IoT devices often run outdated versions with vulnerabilities exposing the risk of exploits. Besides, OT operators are less accustomed to patching hygiene. IoT device management platform equips engineers to program automated device upgrades over-the-air (OTA) with security patches and updates for hardware, software, and firmware that can be pushed remotely during maintenance windows. Regular updates help to prevent security incidents proactively.

5. Gain Insights from Data

Device monitoring generates a wealth of data. A device management platform integrated with cloud analytics applications transforms the raw IoT data into KPIs and various prescriptive and predictive insights. Having a systemic approach to data collection and insights sustains the key value propositions of IoT use cases.

Nivid’s N-Smart platform combines the capabilities

Nivid Technologies is committed to your IoT success. N-Smart is Nivid’s cutting-edge IoT-as-a-Service platform. N-Smart’s single-pane-of-glass view helps enterprises to centrally manage all aspects of the IoT solution with complete control over local, national, or global IoT deployment. Our future-proof, comprehensive, management module of N-Smart is a cloud-enabled platform that delivers iot deployment services device management as a service. N-Smart is a highly secure and scalable solution that simplifies IoT management and operations end-to-end and across the entire deployment lifecycle.

N-Smart can authenticate and securely onboard thousands of devices. With N-Smart, you can configure devices, organize them in groups, send command and control messages, monitor device health, send OTA firmware updates, and monitor and control the entire deployment from a single pane of glass. N-Smart interfaces with cloud applications to give you advanced analytics and insights to plan and expand your IoT deployment across profitable markets and geographies.

Since N- Smart offers device management as-a-service, enterprises can avoid upfront costs and termination fees. The platform’s flexible architecture scales as your deployment grows and protects your IoT investment.

Url: https://nividit.com

Combining IoT and vehicle Telematics data to simplify your line operations 

preface 

Fleet ferocious diligence across the globe are embracing iot service platform technology advancements to handle their crucial challenge areas that revolve around 3 major factors Vehicle, motorist and Energy. These factors play a major part in effective business operation and drive cost effectiveness in line operations. 

 A exploration study set up the global Smart Fleet operation request with an estimated size of USD$ 525 Billion in 2019 is anticipated to reach$ 900 Billion by 2026, growing at a composite periodic growth rate( CAGR) of 8 from 2019 to 2027. 

 Case Study 

 digital structure companies customer provides construction services to critical sectors like energy, petrochemicals, and structure. In the power generation sector, their services cover nearly every member, including construction, testing, commissioning of the boiler, turbine, creator( BTG), and balance of factory( BoP), and all other aspects of operations and conservation related civil workshop. 

digital structure results customer, a forward- allowing organisation and early adopter of technology, engaged us to mastermind a result to address their business challenges in Fleet operations. Construction assiduity line operations are different from other diligence. In addition to line operations, iot deployment services and shadowing and dogging of means that are fitted in the exchanges also holds equal significance. During the discovery stage, we linked our guests ’ crucial business challenges that had direct business and cost counteraccusations 

 Fleet directors' time is consumed in tracking vehicles and outfit because of thenon-availability of a real- time shadowing system. 

 Energy charges didn't relate with factual trip distance. 

 Reduced Fleet continuance, because of missing periodic vehicle conservation schedules. 

 Lack of vehicle data and logical capabilities to make business opinions. 

 result 

 We enforced our flagship platform N- Smart’s Smart iot deployment services Fleet operation, a modular, flexible, and scalable result furnishing a single pane view for an end- to- end visibility of line operations. Our result combines the power of IoT and Telematics to collect real- time vehicle data feed that's consolidated and anatomized over an AI power pall operation, furnishing lesser visibility and effectiveness of line operations. 

 N- Smart’s Smart Fleet operation turns data from a myriad of sources into useful, contextual information for Fleet directors to act upon snappily and effectively. N- Smart comes with functional dashboards, complex event processing and integration capabilities( detectors, 3rd party tackle, BLE markers, live charts) that noway lets your line out of sight. 

Features 

The importance of efficient and resilient healthcare is felt now more than ever, and the healthcare industry is undergoing a major shift.  

Digital innovations in healthcare are now increasingly important to ensure the continued well being of patients around the world. However, digital innovations in healthcare are also increasing patient, provider and payers’ expectations.  

Traditional infrastructure was not designed to meet the new demands of digital healthcare. Utilizing interconnected medical devices and other smarts require next-gen secure network connectivity, sufficient network coverage, ability to scale services with automation, and advanced analytic that enable timely, data-driven decisions.  

For healthcare CIOs and IT leaders, the road to clinical innovations heavily relies on a reliable, future ready digital infrastructure solution. The four pillars of such a solution are network connectivity, security, automation, and analytics. 

Reliable Network Connectivity 

Service disruptions are unacceptable in any critical care scenario. Therefore, a digital transformation consulting services becomes digital healthcare infrastructure must be disaster-ready and designed to offer uninterrupted services. In addition, the infrastructure needs to be robust enough to reliably respond to emergency medical requests and 24X7 remote patient monitoring services. 

Medical applications using video, artificial intelligence, IoT, robotics, etc. heavily rely on broadband, wired, and wireless capabilities. Next-gen digital infrastructure, using advanced wired and wireless technologies like Wi-Fi, 4G/5G Cellular, SDWAN, etc., resolve your infrastructure problems. In addition, these solutions ensure cutting-edge network performance to support advanced healthcare applications.  

A future-proof infrastructure also helps you leverage digital technologies to reliably connect multiple remote sites, patient homes, satellite clinics, etc.  

Partnering with a world-class digital transformation services provider ensures you have the right mix of network connectivity toolset for innovative healthcare solutions and better ecosystem and patient outcomes.  

Robust infrastructure enhances security 

In a healthcare infrastructure, security involves more than sensitive data protection. Secure connectivity to remote sites, network perimeter protection (IDS/IPS), malware management, patching, regular system upgrades, etc., are essential to ensure safe operations, data privacy, and regulatory compliance. 

Outdated systems in hospitals have been repeatedly targeted. As more cyber attacks target healthcare institutions and hospitals, security cannot be an afterthought. 

Your digital investment must ensure that your infrastructure solution partner has robust network defenses baked into the design. World-class security keeps your infrastructure updated automatically to guarantee peace of mind irrespective of the vulnerability. 

Efficiencies of elastic growth and automation 

Today enterprise infrastructure is not just a myriad of boxes and cables in a server room. It empowers your mobile workforce, doctors, nurses, and medical researchers to deliver innovative solutions and services from anywhere, at any time. 

Cumbersome network tools and time-consuming administrative overheads compromise productivity. Cloud-enabled digital infrastructure solutions offer faster provisioning, elastic growth, remote monitoring, and management capabilities that significantly increase performance and drive down lifecycle costs.  

Value of Analytics 

Healthcare providers generate large volumes of data including patient data, administrative data, research and development data, and clinical data that come from multiple sources.  

Healthcare data analytics can potentially reduce the treatment cost, analyze patient’s medical history, predict disease, and improve the quality of care and patient outcomes. An integrated digital infrastructure establishes the framework to harness data and gain valuable insights for data-driven decision-making. 

Developing an effective approach to health innovation 

In recent years, healthcare enterprises had to sustain unprecedented levels of disruptions. In addition to a pandemic, a Gartner study shows 63% of healthcare providers faced disruptive triggers, including cost vs. funding constraints, regulatory pressures, evolving workforce, and shifting customer demands.   

Leading healthcare companies respond to disruption with digital initiatives and investments in infrastructure that enable new business models and address the challenges of increasing demand and escalating costs.  

Nivid Technologies is committed to empowering your digital journey 

Nivid’s Digital Infrastructure solution provided anywhere, anytime connectivity and secure access to one of the largest healthcare providers in the US with more than 74,000 employees across multiple sites and 250,000+ medical assets. By harnessing wireless connectivity, sensor data, and advanced analytics, Nivid’s solution powered our client to become digitally innovative by overcoming connectivity and wall-to-wall asset management challenges.   

A robust approach to underlying IT infrastructure and healthcare processes improves hospital efficiency, employee productivity, and patient outcomes. With a complex, fragmented global ecosystem spanning public and private organizations, distributed partners, and supply chain, Nivid can help accelerate your digital innovation initiatives with robust infrastructure and advanced analytics solutions. In addition, our reliable, robust, and HIPAA-compliant solutions enable CIOs to lead their healthcare organizations’ mission to maximum impact successfully. 

Upgrade to the future 

Nivid can help you in building secured and reliable digital infrastructure to enable delivery of quality care, secure high volumes of sensitive data, and function within the strict boundaries of regulations and standards. 

Nivid’s next-generation connectivity and IoT solutions enable a cohesive ecosystem connecting employees, healthcare providers, medical assets, and patients to transform the way your environment operates and delivers healthcare services. We provide connectivity modernization, smart IoT solutions, data analytics, cloud and virtualization, infrastructure management, strategy, and consulting.  

Url: https://nividit.com/

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In the present period, inventions and espousing of new changes have become truly common, especially for enterprises across the globe. To sustain in the changing business where quality and speed are major conditions, enterprises are also forcing themselves to constantly changes. With the constant flux of inventions all around, it has become necessary for enterprises to come nimble as this proves as the only swish way to contend and succeed in the growing digital world. 

 Digital transformation services is changing the traditional strategies that were followed by several enterprises. In this period of digitalization, the constant flux of inventions have come continuously and these are forcing multitudinous enterprises to change. Also, to survive and contend in this business, it has come vital to consider various factors analogous as business dexterity, customer experience, and functional effectiveness. 

 Digital transformation is demanding associations to more modernised and nimble so that it helps them to be in pace with the changing conditions. Thus, dexterity has come a major need and a surviving factor for multitudinous associations to accelerate their businesses. 

 What is Digital Transformation? 

digital transformation consulting services is the process of using the digital technologies for converting businesses and services. This process not only replicates being services, but it indeed helps in converting the services into commodity significant. 

Some of the popular technologies helping digital transformation include Big Data, Artificial Intelligence, Cloud Computing, Internet of Goods (IoT),etc. 

 What are the benefits with digitalization for enterprises? 

Helps in perfecting productivity and effectiveness 

 Encourages the armies to adopt new inventions 

 Enhances cooperation, communication, and collaboration 

 Digital presence helps in multiplying guests and productivity 

Assures in delivering operations that give better customer experience 

 Helps to be in pace with the growing competition 

 IOT services in usa Helps in the improvement of data collection and analysis process 

 Why nimble transformation is the factor for successful business? 

 Helps in accepting changes With the traditional waterfall model, there wasn't easy to do changes in an operation as it concentrated on completing tasks before the design is set for further procedures. By moving to nimble strategy, it's easier and simpler to do changes predicated on customer conditions and circumstances. 

  Helps in predicting costs Cost and returns are the important measures for companies in order to predict whether this design is important or not. And, pungency is one of the major benefit with nimble methodology. Armies fix schedules for each sprint before beginning a design, this helps enterprises to estimate the overall cost and helps in taking up the decision on the design. 

 Improves Employee Engagement and Efficiency In nimble approach armies work in a collaborative culture and every part is connected. cloud computing services helps them to concentrate on each important work and thus help in achieving a successful design. 

  Improves Product Quality In nimble methodology, software testing is performed during the development cycle so that it assures in delivering operations in the optimum state. During this system, armies have the capability to change or modify whenever demanded. This way of continuous development and testing to count the implicit crimes helps in delivering a quality operation for the end- stoners. 

digital transformation consulting services Helps to deliver business- acquainted apps This is one of the major benefit with nimble methodology as it helps in delivering operations that add farther value to the business. In nimble, business stakeholders are continuously involved in the development process, this helps armies in understanding which is the most important point that enhance the business. 

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Nivid Technology

Improve Workforce Performance with IOT Asset Management