Leveraging Time Series Databases for IoT with Influxdb

Leveraging Time Series Databases for IoT: An Industlabs Whitepaper

Abstract: The Industrial Internet of Things (IoT) has revolutionized the way industries operate, optimizing processes and enhancing productivity. As an industry leader in IoT solutions, Industlabs introduces the use of time series databases, specifically InfluxDB, to empower businesses with real-time data analytics and operational efficiency. This whitepaper delves into the significance of time series databases in the context of IoT, exploring the benefits they offer for data storage, retrieval, and analysis. Join us on this journey to discover how Industlabs and InfluxDB can revolutionize your industrial operations.

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Embracing the Fourth Industrial Revolution: The IoT Revolution Unleashed by Industlabs

1. Introduction: The IoT Revolution The Fourth Industrial Revolution has ushered in an era of smart connectivity, where devices, machines, and sensors are interconnected to form the Internet of Things (IoT). The ability to capture and process vast amounts of data from diverse sources in real-time has opened new horizons for industries seeking to optimize operations and gain actionable insights. Industlabs, a pioneering IoT company, has been at the forefront of transforming industries by harnessing the power of IoT technologies.

Unleashing the Power of Time Series Databases: InfluxDB's Role in Revolutionizing IoT with Industlabs

2. The Role of Time Series Databases in IoT Time series databases have emerged as a critical component of IoT ecosystems, tailored to handle the unique characteristics of time-stamped data. InfluxDB, an industry-leading time series database, excels in handling continuous streams of data generated by IoT devices. Industlabs recognizes the importance of efficient data management and analytics, and that's why we recommend InfluxDB for our clients.

3. Key Benefits of InfluxDB for IoT: Let's delve into some of the key benefits that InfluxDB offers for IoT applications:

3.1 Scalability and High Performance: IoT deployments generate an enormous volume of data that requires rapid ingestion and storage. InfluxDB is designed to scale effortlessly, accommodating the growing data demands of modern industrial operations without compromising performance.

3.2 Time-Centric Data Model: Traditional databases are not optimized for time-series data, leading to performance bottlenecks. InfluxDB's time-centric architecture allows for efficient data storage and retrieval, enabling quick analysis and insights.

3.3 Real-Time Analytics: Real-time analytics is crucial for industries where instant decisions can make all the difference. InfluxDB facilitates real-time data processing, empowering businesses with actionable insights to respond swiftly to changes and optimize processes.

3.4 Data Retention Policies: IoT-generated data can quickly accumulate and become overwhelming. InfluxDB's data retention policies enable the automatic pruning of older data, optimizing storage usage and simplifying data management.

3.5 Integration with IoT Ecosystems: InfluxDB supports various IoT protocols, making it seamless to integrate with different devices and data sources. This compatibility ensures that your IoT infrastructure works cohesively, regardless of device diversity.

4. Industlabs' IoT Solutions Powered by InfluxDB: Industlabs has leveraged InfluxDB's capabilities to design cutting-edge IoT solutions for various industries. Our tailored solutions offer:

4.1 Predictive Maintenance: By collecting and analyzing real-time data from connected devices, our predictive maintenance solutions help detect anomalies and foresee equipment failures, enabling proactive maintenance and reducing downtime.

4.2 Operational Optimization: Industlabs' IoT solutions optimize industrial processes by providing real-time insights into operational efficiency. This enables businesses to identify bottlenecks, enhance productivity, and drive cost savings.

4.3 Supply Chain Visibility: With real-time tracking and monitoring capabilities, our IoT solutions enhance supply chain visibility, enabling efficient inventory management, logistics, and timely deliveries.

Embrace the Future of Industrial IoT: Partner with Industlabs and InfluxDB for Unparalleled Success

5. Conclusion: Embrace the Power of IoT and InfluxDB with Industlabs As the Industrial IoT revolution continues to gain momentum, embracing cutting-edge technologies becomes paramount for sustainable growth and success. Industlabs stands as your trusted partner in unlocking the true potential of IoT by harnessing the capabilities of InfluxDB.

With Industlabs' customized IoT solutions and InfluxDB's prowess in time series data management, your business can elevate operations, reduce costs, and drive innovation.

For more information on how Industlabs can transform your industrial operations, contact us today:

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References:

• https://www.usenix.org/legacy/event/slaml10/tech/full_papers/Bitincka.pdf

• https://www.influxdata.com/time-series-database/

• https://dl.acm.org/doi/abs/10.1145/775047.775128

• https://www.sciencedirect.com/science/article/abs/pii/S0952197610001727

IoT Control Panel 4G LTE Enable Cradlepont

IoT Control Panel 4G LTE Enable Cradlepoint

Do you have equipment that needs to be connected?

We’re IndustLabs IoT, and we make the world's most advanced mobile solutions for businesses. Our IoT Control Panel 4G LTE Enable is an all-in-one solution that allows your business to monitor and control every aspect of your operations from anywhere in the world. It’s simple, affordable, and easy to use – so you can focus on growing your business instead of worrying about it.

Built for IoT deployments with integrated Cradlepoint

The Industlabs 4G IoT Network Cabinet Series with Cradlepoint’s NetCloud Service for IoT is a comprehensive cloud-managed network solution that can be rapidly deployed, easily scaled, and zero-trust secured. It is ideal for high-availability portable or fixed applications such as surveillance cameras, digital signs, oil and gas monitoring, and parallel networking.

With our IoT Control Panel 4G LTE Enable, you can track everything from inventory levels to equipment status at any time with real-time data updates. 

You can even automate tasks like ordering supplies or sending alerts when something goes wrong – saving both time and money! And because we offer 24/7 support as part of our service package, you won’t ever have to worry about downtime or lost productivity again. So what are you waiting for? Let us help take your company into the future today!

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IndustLabs Industrial IoT Control Panel 4G LTE Cradlepoint Specifications

IndustLabs Industrial IoT Control Panel 4G LTE Cradlepoint Specifications

IoT Network Architecture

Cradlepoint S700 Series Semi-Ruggedized Router x 1 Wi-Fi, 1 x GNSS/GSP, USB to Serial, Dual Sim Card

The Cradlepoint S700 Series Semi-Ruggedized Router for IoT networks is a semi-ruggedized, cloud-managed LTE router, built for light industrial, IoT, and portable applications where security is a foundational requirement. Offering connectivity through LTE plus wired and Wi-Fi options, the S700 accommodates a variety of use cases in high-availability, portable, or fixed uses. The S700 Series is available with IoT NetCloud Service Plans, which provide features optimized for each unique deployment. Semi-Ruggedized IoT Solution When coupled with the NetCloud IoT service plan, the S700 router provides a compact, semi-ruggedized 4G LTE router solution for connecting and protecting IoT devices at scale. 

With an IP30-rated aluminum housing built to withstand vibration and temperature extremes and designed for DIN rail mounting, the S700 is ideal for use in light industrial applications such as oil and gas monitoring or in portable or fixed applications such as surveillance cameras, digital signs, and parallel networking. 

With an extensive list of features, it can be confidently deployed in the field, in buildings, or in embedded systems to deliver complete visibility, security, and control of connected devices anywhere. Advanced, Cloud-Managed IoT Solution For organizations requiring robust connectivity for IoT networks — with installed routers numbering from hundreds to many thousands — Cradlepoint’s NetCloud Service for IoT with the S700 router provides a comprehensive cloud managed network solution. 

When coupled with advanced IoT features, it provides troubleshooting and diagnostics with in-band and Out-of-Band Management, extensive analytics and insights, and extensibility and integrations such as Microsoft Azure IoT Central. Cradlepoint’s NetCloud-managed IoT endpoints can be rapidly deployed and easily scaled to accommodate the diverse requirements of organizations. 

Product Page NetCloud Service Quick Start Guide Notable Features Define policies through centralized, cloud-based management for easy deployment at scale. Gain fast, reliable connectivity with an embedded Cat 4 modem with dual SIM support. Expand working radius and IoT connectivity with dual-band, concurrent Wi-Fi 6. Provide a semi-ruggedized, portable solution capable of enduring harsh temperatures and vibration. Utilize Configurable GPIO ports and NetCloud Integrations for IoT applications. Customize and extend NetCloud Service functionality with NetCloud SDK and API. 

Provide Active GNSS/GPS for asset tracking and mobile IoT use cases. Key Software Capabilities Cradlepoint NetCloud Service for the S700 Series Router includes the appropriate router software with powerful cloud management features for managing IoT at scale. The NetCloud Service includes cloud-based management for optimizing routing, secure tunneling, traffic steering, and foundational security capabilities. 

The cloud capabilities include defining and applying policies, at-a-glance status insights, reports, troubleshooting, and analytics dashboards. The service includes a warranty for as long as there is an active subscription on the router, online training, live and online support, and all software and firmware updates. Encrypted Routing Services The NetCloud Service plus the S700 Series Router provides local processing power to handle demanding, router-delivered services, such as support for VPN tunneling encryption including DMVPN, IPsec, GRE, and other tunneling technologies. Security Services Cradlepoint zero trust security networking, delivered through NetCloud Exchange (NCX) Secure Connect, protects the Cradlepoint IoT routers and any connected devices through connect-and-go ease. 

IoT or other devices simply connect to the router with encrypted tunnels to build micro networks that are instantly hidden from internal and external sites. Access policies are easily defined to enable IoT devices to communicate only with their authorized resources or applications and nothing else. The simple and secure zero trust access, delivered through NCX ZTNA, also enables authorized third parties’ remote access to IoT devices on the WAN for remote monitoring and maintenance. 

Extensibility and Integrations NetCloud Service and the S700 Series Router can access network data that third-party applications need to provide higher levels of insights and control. Leverage pre-built connections to partner applications or create custom connections across a variety of use cases using the NetCloud SDK or NetCloud API. 

Cloud Services NetCloud Manager delivers true, zero-touch deployment with the ability to define and deliver policy across entire groups of endpoints. Users can create a cloud-orchestrated hub and spoke VPN network and gain insights and analytics required for rapid troubleshooting and diagnostic workflows. Hardware Specifications Enterprise-Class Modem Specifications Physical Measurements & Features Ordering Guide Accessories Support & Warranty More Information Find the most up-to-date information at cradlepoint.com/s700

APC DIN Rail - International Panel Mount UPS With Standard Battery 500VA 230V - 500 VA/325 W - 8 Minute - 8 Minute SUA500PDRI-H

APC DIN RailControl Panel UPS A

A proven, reliable, flexible, cost-effective uninterruptible power source for control panels ensuring continuity of process control during a power event or power failure. Benefits include:  Flexible Installation  High Availability and Reliability  Easy To Maintain  Manageable

Applications:  Manufacturing Equipment: • Machine controllers; Process control; • Sensitive equipment; Safety Infrastructure  Material & Packaging handling: • Fillers; Packaging robots; • Panel feeders/stackers  Automation Control: • PLCs; I/O Controllers; Industrial PCs; • SCADA systems; OIT’s and RTU’s  IP-based Devices: • Industrial Ethernet; Imaging; • Material-analysis; Motion sensors 

Benefit: Flexible Installation Features:  Control Panel or DIN Rail Mountable  Hardwired AC Input / Output (120 or 230Vac)  Internal or External Battery Installation • Chassis knockout - right side or bottom • External battery mounting allows for compliance with United States NEC 480.9(A) 

Benefit: Manageable Features:  Integrated Dry Contact Relay I/O  DB-9 Serial Port Communications RS232 protocol  APC SmartSlot: Optional Network Management, Modbus, or Relay I/O Contacts Card.  LED Status Indicators – External status LEDs indicate the state of the UPS: On-Line or On-Battery; Battery disconnected or needs to be replaced.  Audible Alarms – Notify the end-user of the following conditions: On-Battery; Low Battery; Replace Battery.

Benefit: Easy to Maintain Features:  Simple battery replacement: Trained service personnel can replace the battery even while the UPS is operating on utility power.  Simple testing: Easily schedule “Automatic Self Test” 

Benefit: High Availability & Reliability Features:  Temperature-compensated battery charging: Prolongs battery life by regulating the charge voltage according to battery temperature.  Automatic Self-Test: Periodic battery self-test provides early detection of a battery in need of replacement.

Puls ML60.242 DIN rail power supplies for 1-phase system 24V, 2.5A -40°C operation

POWER SUPPLY 

A compact size, light weight, simple mounting onto the DIN-rail and the utilization of only quality components are what makes the MiniLine power supplies so easy to use and install within seconds. 

A rugged electrical and mechanical design as well as a high immunity against electrical disturbances on the mains provides reliable output power. This offers superior protection for equipment which is connected to the public mains network or is exposed to a critical industrial environment. 

The MiniLine series offers output voltages from 5 to 56Vdc and a power rating from 15W to 120W. The specialty of the ML60.242 is the electronic inrush current limitation and the suitability for very low ambient temperatures. The unit is fully specified down to -40°C. 

The supplementary MiniLine decoupling diode module MLY10.241 allows building of redundant systems or to protect against back-feeding voltages.

General Features:

• 100-240V Wide Range Input  

• NEC Class 2 Compliant  

• Adjustable Output Voltage  

• Efficiency up to 90.4%  

• Low No-load Losses and Excellent Partial-load Efficiency  

• Compact Design, Width only 45mm  

• Electronic Inrush Current Limitation  

• Operation down to -40°C  Full Output Power up to +60°C 

• Large International Approval Package  3 Year Warranty

SineTamer®  Surge Protection 100 kA discharge current, 240VAC 

SineTamer® is not your common surge device. It is an engineered transient disturbance filter that is designed to monitor all 360° of the sine wave. According to numerous studies one of the predominant power quality issues involves loss of synchronization of processes and unexplained reboots or resets. Many of these events are triggered by false zero crossings of the sine wave, which the typical surge arrestor can never prevent.

SineTamer® is THE Standard! Why Sinetamer®? The typical SPD is voltage triggered only. The clamping operation of the SPD will occur at some set point above/below the sinewave. These operations, while successful in mitigating the damaging impacts of lightning or utility company events, are for the most part useless when dealing with the real source of the problem. It is not just the voltage events; it’s the frequency change events as well! The high inductive load transient events occur in such a manner as to create false zero crossings that create false triggering of diodes, timing issues, errors and resets. Our unique Frequency Attenuation Network™ and Transient Equalization Network™ address both the power and control sections ensuring the proper operating environment for both the hardware and software! Outages and downtime may be rare, but is it worth the risk? Personnel safety must be a priority in the minds of facilities and building managers. Your equipment productivity and availability are key performance indicators for successful service companies and OEM’s. Every day of delay increases the probability of downtime, costly repairs. In every known instance of applying Sinetamer® to existing issues related to power, all have been eliminated and the return on investment has been 10 months or less. If a return on investment can be achieved in less than 12 months, it is considered an exceptionally good investment.

Join companies like OTIS, Hyundai, ThyssenKrupp, Schindler along with facilities engineers around the world that have come to trust in THE standard for surge protection worldwide - Sinetamer®.

Moxa EDS-516A Series 16-port managed Ethernet switches Layer 2 Managed Switches 

Introduction 

The EDS-516A standalone 16-port managed Ethernet switches, with their advanced Turbo Ring and Turbo Chain technologies (recovery time < 20 ms), RSTP/STP, and MSTP, increase the reliability and availability of your industrial Ethernet network. Models with a wide operating temperature range of -40 to 75°C are also available, and the switches support advanced management and security features, making the EDS-516A switches suitable for any harsh industrial environment. 

Features and Benefits:

• Turbo Ring and Turbo Chain (recovery time < 20 ms @ 250 switches), and STP/RSTP/MSTP for network redundancy 

• TACACS+, SNMPv3, IEEE 802.1X, HTTPS, and SSH to enhance network security 
  

• Easy network management by web browser, CLI, Telnet/serial console, Windows utility, and ABC-01 
  

• Supports MXstudio for easy, visualized industrial network management

Additional Features and Benefits:

Command line interface (CLI) for quickly configuring major managed functions DHCP Option 82 for IP address assignment with different policies Supports EtherNet/IP and Modbus TCP protocols for device management and monitoring Compatible with PROFINET protocol for transparent data transmission Lock port function for blocking unauthorized access based on MAC address IGMP snooping and GMRP for filtering multicast traffic Port-based VLAN, IEEE 802.1Q VLAN, and GVRP to ease network planning QoS (IEEE 802.1p/1Q and TOS/DiffServ) to increase determinism Port Trunking for optimum bandwidth utilization RMON for proactive and efficient network monitoring SNMPv1/v2c/v3 for different levels of network management Bandwidth management to prevent unpredictable network status Automatic warning by exception through email and relay output.

Order Information - Model Number: IoT.4G.230713.001

Want to learn more about how we help organizations connect beyond traditional wired networks?

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OFFICE TEL: +1 (877) 945-2272

WHAT IS THE INTERNET OF THINGS (IoT)?

The Internet of things is to embed physical devices with sensors. The Internet of Things gives us control to connect, manage, and collect data over the communication networks and Internet on other devices.

What is IoT?

Lately, the Internet of Things (IoT) has been defined as an ecosystem that links physical devices with virtual devices. This means the smart machines are the main network enablers of this IoT system. These digitized smart machines can submit information to us or other IoT devices in their wireless networks. On top of that, these digitized machines are allowed to make decisions by using machine learning based on the information they receive for industrial systems. In a way, IoT networks are transforming physical devices into the digital world.

The Internet of Things allows us to connect anything to the IoT ecosystem and make it available on the web with the help of sensors that collect data, processors, and high-coverage connections. The Internet of Things also allows manufacturers to create products that are intelligent in either their physical or virtual states.

We can cite examples for each of these scenarios. A car can be a connected device to the Internet, allowing us to know about its location, fuel level, and available space for driving. This will make it easy for us to locate the nearest petrol station or lookup which dish is being served at a nearby restaurant.

On another note, even things like doors are getting smart devices put on them. This makes it easy for us to lock or unlock the door without using our hands, which is strange enough for many of us.

This idea is not new, but the IoT devices needed time to evolve into a bigger picture and find applications in every aspect of life. It is considered as one of the major disruptors-transforming everyday-life technologies.

Internet of Things - A Brief History

The first concept for the Internet of things was put forward in 1999 by Kevin Ashton. Although, Dr. Hong Tan took into consideration the idea back in 1987 while working on an oil pipeline project but it wasn't published until 1999. However, the Internet of Things' true development started after the introduction of the term by Mr. Ashton, in his article for RFID Journal (RFID-Tag Tracking) in 2005.

According to Dr. Hong Tan's idea, every object is fitted with a microchip that allows it to transport information about itself over radio frequencies through an identification code or name. The possibilities are unlimited; any object that can be identified could gain unique properties by adding internet connectivity.

There is no new description of the Internet of Things that the world finds adequate. The phrase has been defined by academics, scientists, experts, trend-setters, developers, and businesspeople. Even though Kevin Ashton, an advanced development professional, is credited for coining the term, the elegant The Internet of Things can be defined as:

"An open and wide-ranging network of digital objects that can share data, information, and resources. It is then responding and acting in the face of circumstances and changes in the environment."

Types of Internet of Things

The Internet of Things is several devices that transmit and participate in data collection from the physical world. The IoT ecosystem is connecting more devices from an Internet of Things network with the use of IoT platforms that bring smart buildings, smart home devices, wearable devices, and fleet management into a central IoT platform for managing physical devices. These association IoT devices commonly use the internet protocol to communicate. Individualities, commerce, information, and consequences in-network associations are all included in the Internet of Everything. The following advancement is the Internet of Nano Things, a Nano Technology where the correspondence between nano-scale gadgets. The Internet of Mission-Critical Things is employed in essential operations (critical infrastructure) like salvage tasks, war zones, and so forth. Finally, the Internet of Mobile Things conveys the widgets exercising inbuilt movable detectors. Different associations that deal with critical infrastructure such as IndustLabs develop certain connections between the Internet of Things, Internet of Everything, Internet of Nano Things, Internet of Mission-Critical Things, and Internet of Mobile Things.

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What is the Internet of Things for example?

IoT devices use the internet to connect devices that can work together in many ways, from simply exchanging data over the Internet to controlling other objects.

The biggest advantage of the IoT ecosystem is its cost-effectiveness and reliability compared to other technologies. It involves a variety of smart gadgets such as sensor data, controllers, gateways, IoT device management software, etc working together with the help of an internet connection.

These devices can sense, control, compute, or store information via existing network infrastructure or Internet connections. For example, connected sensor data can automatically monitor for different conditions on a farm and send alerts to the farmer's mobile device if one of those conditions is detected (e.g., an elevated temperature in a storage facility). The Internet of Things is a system that structures the vision for internet connectivity in a wide range of everyday objects.

The Internet of Things has brought about a massive advancement in the field of technology and it has been accepted as an important part of this world's future. We are already seeing technological advancements taking place in this field, which is why almost all companies are now thinking of integrating IoT devices into their products.

Why is the Internet of Things so important?

IoT technology is important as it can link things like automobiles, household appliances, smartphones, and other such IoT devices. This will help better communicate with each other and exchange information about their activities. This would help control all these IoT devices from a single IoT system and track all their actions. It can also be used for various IoT applications that include managing supply chains, smart cities, agriculture, etc.

It is important to note that the Internet of Things can create a large number of jobs in this sector as it involves setting up numerous IoT devices and IoT sensors for different purposes. Each device will need the services of professionals (programmers) who can develop the programs for industrial settings. It is also expected to result in a reduction of labor costs, as these industrial devices can work with minimal supervision. However, it would also lead to the loss of jobs due to a significant reduction in manpower requirements to operate these IoT devices. It can affect the existing job market by reducing the need to hire people for simple tasks that are performed by these devices.

What are the benefits that the Internet of Things is offering?

The greatest advantage of IoT devices is their cost-effectiveness and reliability when compared to other technologies. Here are some of the main benefits of this operational technology for different users:

• For manufacturers, it results in better products as it can help troubleshoot problems automatically without any human interference.

• For consumers, the IoT devices offer greater flexibility and control over smart products like home appliances.

• For enterprises, it helps in better management of resources (time, energy) through advanced analytics for decision making on matters related to resource allocation, paperless workflow, risk assessment, etc.

• For Government bodies, it provides the ability to track different resources and a better way to communicate to their citizens, as well as a more cost-effective method of implementing security measures.

What are the challenges faced by the Internet of Things?

Various factors can either hinder or help the growth of this exciting new technology. These include Skill shortage – There is a major skill gap that needs to be eliminated for the Internet of Things to be successful. Only a limited number of professionals have expertise and skills in this field and it is expected to grow shortly, which makes it all the more important for people to get involved with IoT device-related activities.

Data Privacy & Security – Multiple devices can collect data about their owner's details such as health, age, and other such related data. These devices need to be programmed to not collect or share this information without the consent of the user. Also, it becomes very important for such devices to use strong security tools so that access is permitted only by authorized personnel for specific purposes. It is also expected that these new technologies will facilitate easy hacking of information through various devices.

Managing Cost – The deployment of the enterprise IoT is an expensive affair and it becomes important for the enterprises that intend to use this technology to manage their resources properly so that they can get good value for money spent on it. However, the cost factor associated with these networks is expected to decrease in future years as more people become aware of this technology.

What are the benefits of the Internet of Things in our daily lives?

The Internet of Things can have a huge impact on how we live today, with smartphones that help us to quickly connect to the internet for obtaining information through IoT applications. The following are some examples showing its widespread use in different areas:

• Smart Home appliances – Smart refrigerators can automatically produce shopping lists for groceries. Also, smart ovens that are connected to the internet can be programmed to turn on at a certain time so that food is ready by the time you reach the smart home.

• Healthcare – Some sensors are attached to the body which facilitates better monitoring of health conditions. Also, Internet of Things-connected device wearables can help monitor the health conditions of the user on a real-time basis.

• Smart transportation – IoT devices have helped promote smart transportation with inter-connected IoT systems, anti-collision sensors, and more reliable tracking services.

• Security systems – Some sensors can detect movements or even gunshots and can alert security personnel for taking necessary action.

Who uses the Internet of Things?

The Internet of Things can be used as a security measure to protect valuables as well as people from any kind of harm. For instance, they can be used for protecting military personnel in the war zone.

• People with health conditions – IoT devices attached to wearables devices can help people stay connected to their doctors even when they are on the move. Also, some applications keep track of heart rate and other parameters that need to be monitored frequently.

• Elderly people – Elderly people can be vulnerable to injuries and other such conditions. With an IoT device, there is better connectivity between family members and seniors living alone. Also, they can be alerted in case of an emergency due to the improved two-way communication facilities.

What are its future implications?

The Internet of Things has a much wider scope with regards to the way we interact with our surroundings, which can be made possible with various advancements in technology over time. Some of the future implications are listed below:

• Easy access – With the IoT devices becoming more common in homes and offices, it will not be difficult to get information or complete transactions through these devices. It is expected that all kinds of information will be readily available through these devices.

• Better security – The Internet of Things facilitates the sharing of IoT data between a large number of devices, which can result in the greater vulnerability of a data center if proper measures are not taken for protecting these devices from being hacked into. Hence, it becomes important to use strong passwords and install antivirus software that can protect these devices from being attacked by cybercriminals.

• Connected homes – A smart home will be more intelligent with appliances that can communicate with each other to increase energy efficiency, safety, and more. These automated IoT systems are expected to perform various tasks that would normally require human inputs on an ongoing basis.

What are the future prospects of the Internet of Things?

The next decade is expected to see a major boom in the growth of IoT devices. The number of devices with internet connectivity will increase exponentially, which will greatly help organizations in simplifying their tasks and improving productivity. For instance, smart TVs can be programmed to switch on and off, depending on the time of the day. Also, work-related stress can be greatly reduced with the Internet of Things becoming a part of our daily lives. According to Business Insider, there will be over 75 billion devices connected to the internet by 2020.

What are some of the major challenges facing the Internet of Things?

One of the most important challenges for IoT devices is ensuring collecting data privacy and security. This poses a threat to very sensitive information about an individual's details. Also, scalability is one of the main factors that remain to be tested in this field concerning how it will handle the increased number of devices connected to the internet.

The Internet of Connected Things is an upcoming technology with huge potential for advancement in various areas like healthcare, transportation, and energy asset management. It has also opened up new fields where the Internet of Things can be deployed for improving quality of life. Experts believe that many industries will see a major revolution with this technology improving their operations in a big way. What are your views on the Internet of Things?

How will the internet of things change our lives?

There are already many appliances that are connected to the internet making your life simpler. For instance, you no longer have to enter information manually when booking tickets online. Also, it is possible to find out what restaurants are open in the neighborhood at a particular time of the day. The Internet of Things will be an integral part of our lives with applications catering to our daily needs.

One of the major benefits is a smart home can become more efficient which saves energy costs. This technology has also made it easier for people to stay connected at all times even when they are at the workplace or traveling. For instance, smartphones can send messages about when you are on your way home so that groceries are ready for cooking. However, the Internet of Things poses a serious challenge concerning protecting IoT data security and privacy. This technology has opened up new opportunities in various fields like healthcare, transportation, and energy management which provide convenience to users and boost productivity. Experts believe that many industries will see a major revolution with this technology improving their operations in a big way. However, security and privacy issues could limit its widespread adoption.

What are the benefits of the Internet of Things in our daily lives?

The Internet of Things can have a huge impact on our day-to-day lives. For instance, it may be possible for humans to remain connected with their electronic devices without actually having to get close to them. This can seamlessly transfer data generated between IoT platforms and other connected devices. This enables humans to get the maximum benefit out of technology without necessarily having long conversations or getting into an argument about using a certain app or IoT platforms on their smartphones or tablets. Another major benefit is that these IoT devices are not limited to a single function. For instance, if one device can make phone calls using the same apps or IoT platform as another does, there is no need for two physical devices. This reduces the wastage of resources and makes life easier. Things may even be able to communicate with one another by using an IoT platform on their own without third-party assistance which would reduce the use of electricity.

What are the disadvantages of the Internet of Things?

With so many benefits, it is not surprising that the adoption rate for the Internet of Things is increasing exponentially with each passing day. However, concerns about security and data privacy remain huge concerns for many users who are reluctant to embrace this technology in their daily lives. Since they can be easily hacked into, many companies are reluctant to adopt this technology. This could limit its widespread use greatly. Experts believe that taking into account the issues related to security and privacy, the Internet of Things will take some more time before it becomes widespread in our regular lives.

What is the future of the Internet of Things? How does it affect human life?

The prospects of the Internet of Things look extremely bright. With the scale of adoption growing each day, it may not be long before more and more regular households adopt this technology in one way or another. Although currently many people are reluctant to use this technology due to privacy concerns, experts believe that these issues will get resolved sooner or later. Once that happens, it is expected that the Internet of Things will completely revolutionize the way we use technology in our daily lives. This will open up innumerable opportunities for individuals and companies to take advantage of by making their lives much more efficient than ever before.

The Internet of Things has opened up tremendous opportunities and possibilities in various fields. The healthcare industry is already witnessing a major revolution with this technology making it much more efficient than before. The transportation sector can also gain from it by saving time and fuel costs while increasing productivity.

Connected Cars and Internet of Things

The Internet of Things makes it possible for car owners to monitor their connected cars wherever they are and whenever they like. This makes it possible for entrepreneurs to develop apps that provide real-time weather data which can be used by farmers and gardeners to make their work easier. This will play a major role in making all aspects of human life more efficient and convenient than ever before.

Although security and privacy concerns limit its widespread adoption, the Internet of Things is here to stay and will continue to play a major role in shaping our future as we fumble our way around this emerging technology.

Is a smartphone an IoT device?

A smartphone may not be an IoT device if it does not have apps that can run independently on the device, but the underlying smartphone has the capacity of becoming an IoT device over time as more and more apps become independent and can run on the device.

The Internet of Things is a major emerging technology that has the potential to transform every aspect of our lives for good within a very short period. When the Internet of Things was just being developed, it appeared that this technology would take decades before it could become widespread in our daily lives. However, with its wide range of applications in various fields such as healthcare, transportation, and even in our gardens, this technology is burgeoning with tremendous possibilities. Although security and privacy issues limit its widespread adoption, it is expected that the Internet of Things will play a major role in shaping our future within the next few years.

What is the meaning of smart devices?

A smart device is a device that can transfer data over networks without human intervention. It can be activated by other IoT devices or remotes, and it can send messages as per instructions received from these devices or remotes. In the internet of things, smart devices play a key role as this technology allows these smart objects to exchange data without human intervention. A large number of smart devices can be used in an IoT system, which establishes the key concept of interoperability.

What are the challenges of the Internet of Things?

The Internet of Things has been well received in the consumer market, but privacy concerns present a major challenge for the Internet of Things due to vulnerabilities and easy hacking.

People's apprehensions about their privacy being breached will also hinder its widespread adoption as they are reluctant to use internet-connected devices due to security issues. Experts believe that this issue can be resolved by implementing privacy-protecting measures and designing privacy by design, but this will take some time before the Internet of Things can become truly widespread in our regular lives.

Security and privacy issues present a major challenge for this emerging technology as they are vulnerable to hacking and easy to breach. Another challenge that the Internet of Things is facing due to these issues is that people are reluctant to use internet-connected devices due to security concerns, which impedes its widespread adoption. Experts believe that this issue can be resolved by implementing privacy-protecting measures and designing privacy by design, but it will take a lot of time for the Internet of Things to become truly widespread in our daily lives before these issues are resolved.

What are the benefits of the Internet of Things?

The Internet of Things has opened up tremendous opportunities for individuals as well as businesses to do their work better than ever before. It enables individuals to monitor their car's maintenance via an app, while businesses can provide real-time weather data to farmers and gardeners for them to make more informed decisions on the work they do. This makes it possible for people to use this technology in their daily lives, but privacy issues may hinder its widespread adoption.

The Internet of Things presents a major challenge due to security issues such as easy hacking and vulnerability. However, this issue can be resolved by implementing privacy-protecting measures and designing privacy by design. It will take some time before the Internet of Things can become truly widespread in our daily lives due to these issues.

What are examples of applications for Consumer IoT Devices?

In the consumer market, the Internet of Things has been well received in the form of devices such as smart thermostats, smart locks, and wearable technologies. In business spheres, it enables businesses to provide real-time weather data to farmers and gardeners so that they can make more informed decisions on their work. Apart from these areas, the Internet of Things has opened up tremendous opportunities for individuals as well as businesses to do their work better than ever before.

What is the future of the Internet of Things?

The Internet of Things technology has immense potential and is expected to become a mainstream technology in near future. An increased focus on automation and machine-to-machine communication will lead to further evolution and revolution in the field of machine learning and artificial intelligence. Various factors can hinder or help the growth of this exciting new technology; these include:

• Skill gap – The low availability of professionals with expertise in this field is a major factor that will hinder the growth of the Internet of Things. There is a very high demand for professionals who know this technology, however, there are only a limited number of people who have the skills to meet this demand which would result in increased wages.

• Data privacy & security – With the growth in this technology, there are concerns about data privacy and security. Unauthorized use of personal data can be detrimental for the data center and users therefore the IoT industry needs to take steps to make sure that all devices are programmed to collect only essential information while protecting it from access by unauthorized personnel. The security tools used should also be improved to avoid any unauthorized access.

• Technological advancements – The Internet of Things should always keep up with the latest technological advancements such as the development of 5G technology to increase speed and bring down latency issues associated with other forms of communication. This will help in increasing the adoption of Internet of Things-related solutions by enterprises, however, the cost factor would remain a hindrance.

Industrial Internet of Things

The Industrial IoT has introduced many new opportunities for companies to increase their efficiency. The technology is being used in various industrial IoT applications at present with varying results, including the following examples:

• Industrial automation – Some devices are connected to the internet which facilitates monitoring and controlling of industrial IoT processes in real-time. This has helped companies to optimize their production output, minimize downtime and bring down costs incurred due to accidents.

• Smart cities – The government of different countries are coming up with smart cities projects which can monitor all types of data in real-time. These smart cities will have wireless connectivity to transportation services, electricity consumption, water supply conditions among others which will allow the government to efficiently respond to issues as they arise.

• Mining – Internet of Things has also been deployed in the mining industry with several applications being developed for this purpose. The use of IoT devices can aid in reducing accidents and decreasing delays which would help companies improve their productivity and reduce costs.

Internet of Things Connected Devices and the Energy Sector

Reconciliation of environmentally friendly power and streamlining energy use are crucial agents of practical energy advances. And they are moderating environmental changes also. Present-day inventions such as the Internet of Things offer many applications in the energy area, i.e., an energy force, transmission and appropriation, and request. The Internet of Things may improve energy efficiency and increase the amount of renewable energy available. It is also used for lessening ecological goods of the energy use.

Many organizations, like IndustLabs, and other IoT companies, are focusing on IoT applications in energy fabrics and, in particular, intelligent buildings. We can look at the Internet of Things' enabling developments, such as Interrelated Computing Devices and colorful information examination stages. Experts might also see challenges with transferring the Internet of Things in the energy sector, like protection and security, and propose solutions to these issues, such as blockchain innovation. The work of the IoT-based systems in streamlining energy fabrics is given to energy strategy directors, energy request judges, and directors by associations.

Internet of Things Communication Protocols

The Internet of Things is several intelligent devices and technologies that communicate. How can the Internet of Things help to optimize more devices? First, it enables these devices to collect and exchange data. In addition, the Internet of Things today encompasses a broad range of living activities, including assiduity, transportation, coordinated factors, and medical care. It also offers statistics on megacities and personal, social gaming robots. Smart devices are connected via wired or wireless connections. When it comes to remote Internet of Things, a variety of remote communication advancements and conventions are used to connect the smart device, including Internet Protocol Version 6, over Low Power Wireless Personal Area Networks, ZigBee, Bluetooth Low Energy, Z-Wave, and Near Field Communication.

While SigFox and Cellular are Low Power Wide Area Networks, they fall short of typical association conventions (Low Power Wireless Personal Area Networks). Various IoT Companies like IndustLabs hold Internet of Things communication conventions regularly, focusing on the top highlights and practices of various measures of force application security, distributing information rate, and various fundamental principles. They want to introduce standards that allow scientists to pick the best convention for specific processes.

Security and Privacy Challenges for the Internet of Things

Thanks to the Internet of Things, everything is locatable and nontransferable, which has made our lives a lot easier than they were previously. However, if there is uncertainty concerning the security and safety of the customer's information, it is unlikely that multitudinous will take it on. So, what are the following security threats associated with the Internet of Things? That results in pervasiveness in the event the Internet of Things requires a robust security framework. The following are some of the possible Internet of Things-related issues:

Unauthorized Access to RFID Tags

Unauthorized access to markers with recognized evidentiary information is a crucial Internet of Things problem. It can reveal any personal information about the consumer; thus, it must be taken care of with caution. Even while a lowlife peruse can represent a threat to the label, it can still be altered or destroyed.

Cloud Computing Abuse

Noisy Computing is an extensive network of connected computers that allows assets to be shared across them. These common assets are vulnerable to various security threats, including Man-in-the-Middle-Attack (M.I.T.M), Phishing, and so on. These steps are performed to ensure that the blurring stage is entirely secure. Malicious Insider, Accounts Hijacking, Data Loss, and Monstrous Use of Shared Computers are only a few of the potential threats presented by Cloud Security Collusion (CSA), which are summarized as follows:

• Malicious Insider: There's a chance that someone from within with access to the client's information can link to share data control.

• Data loss is a risk in which any rogue client with unauthorized access to the business can alter or delete existing data.

• Man-in-the-middle (M.I.T.M) is also called Account Hijacking, in which the aggressor manipulates or intercepts messages sent between two parties.

• Cloud registration is used massively because if the aggressor transfers any deleterious programming into the server, such as using a zombie-armed force (botnet), it could give the aggressor power over a slew of additional connected devices.

Applications of the Internet of Things

The Internet of Things has swiftly accumulated a sea of mechanical alterations to our daily activities. It helps simplify our lives and develop more acceptance, through various improvements and operations. Internet of Things activities may be beneficial in various fields, including clinical, manufacturing, ultramodern, transportation, education, administration, and mining. It is effectively used by several associations and digital sectors, according to IndustLabs. Many IoT companies agree that despite the numerous benefits of the Internet of Things, there are numerous flaws in the Internet of Things administration and prosecution stance. The following are vital conceptions given below:

• Universal normalizations are anticipated in the design position.

• Technologies are shifting from dealer trafficker, so they should be interoperable.

• For better worldwide administration.

Standard norms are something we want to create. So allow us to have faith in a better Internet of Things in the future.

How can the effectiveness of the Internet of Things be assessed?

The Internet of Things is created by combining these devices in a conducting inciting network, where detectors and selectors continually interact with the climate around us. The shared data is used in several phases to create a typical functioning image. IoT has progressed from its early stages. In large, IoT companies have created the next progressive invention in transforming the Internet into a fully integrated Unborn Internet, thanks to a new variation of empowering remote advancements such as R.F.I.D markers installed detectors and selector capitals.

Conclusions

The Internet of Things technology is here to stay and is expected to revolutionize the way people live their lives in the future. The technology has introduced innovative solutions for various industries which are helping boost productivity, improve efficiency and reduce costs incurred due to accidents. IoT would also help upgrade existing systems to implement new technologies such as artificial intelligence, machine learning, etc. With increasing focus on automation, it won't be long before the Internet of Things technology becomes mainstream.

Top 10 Technologies

Top 10 Technologies That Made World a Digital Village

Are you excited to know about ten technologies that can change the world? If yes, then stay with IndustLabs to know about thrilling technologies.

Computerized technology has a massive impact on our daily lives, from the widespread use of cell phones to the continued integration of technology into our daily routines such as shopping and tracking. It has changed and developed us significantly. Technology has brought about significant changes by inventing several useful gadgets and technologies such as smartwatches and phones. In addition, data gathering, assortment, and storage are made possible by computers and digital tablets. Our lives have become faster and more digital due to the latest inventions and technologies. 

Now the question arises how do different computer technologies deal with our data? IndustLabs can answer all your questions that come into your mind. 

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Artificial Intelligence and Machine Learning 

Artificial intelligence and machine learning are associated. So when we discuss artificial intelligence and machine learning, we elaborate on their connection with each other. 

Artificial intelligence

AI is the ability of a PC to perform human mental capacities like learning and critical thinking. A system utilizes math and other logic like human beings and performs all functions through AI.

Machine learning

Machine learning is the most common way of utilizing numerical information models to assist a PC without direct guidance. This empowers the computers to keep learning and enhancing their own based on experience. 

AI computer objective is to think and works on its while machine learning computer objective is to develop its intelligence.

Robotic Process Automation 

Robotic process automation (RPA) is an innovation that simplifies it to build, convey, and manage the programming robots that copy human actions with the help of digital computing. Especially like others, programming robots can do things online like what's on a screen, complete the correct keystrokes, investigate what is happening, perceive and isolate data. Regardless, programming robots can do it faster and more dependably than people, without the need to stand up and stretch or take a deep breather.

RPA is non-invasive and can be quickly carried out to speed up digital change. Furthermore, it's excellent for computerizing different work processes that need APIs, virtual desktop infrastructures (VDIs), or data access. 

Quantum Computing

Quantum computing uses the fantastic behaviour of material science like superposition and quantum impedance and then applies it to the computer. This is the merging of new ideas with old programming techniques.

The unit that houses the qubits is kept at a temperature above absolute zero to boost their sanity and reduction impedance. In addition, various types of qubit houses use a vacuum chamber to help with restricting vibrations and equilibrium out the qubits.

Quantum PCs function admirably for demonstrating other quantum functions since they use quantum peculiarities in their processing. This implies that they can deal with the intricacy and vagueness of systems that would over-burden traditional PCs. Some familiar Illustrations of quantum computing is photosynthesis, superconductivity, and complex atomic arrangements.

Signals can be shipped to the qubits through different microwaves, lasers, and voltage strategies.

Edge Computing

Edge computing is the technology that refines the processing of different computer devices, and internet software's by bringing them close to their source. This technology reduces the distances between client and server, maintains indirect authenticity, and decreases bandwidth use. 

It transfers information close to the device from where it is collected rather than depending upon the central area miles away so that information doesn't endure any latency issues that influence the presentation. Moreover, companies can get advantages by processing the data locally rather than in a central area or cloud-based area.

Edge computing was developed due to the dramatic advancement in internet devices associated with the Internet for obtaining information from cloud services and transferring data back to the cloud. 

Virtual and Augmented Reality

Augmented reality (AR) is an educational experience of the present reality in which items have been worked on by automated perceptual information and across multiple material modalities, such as visual, audible, tactile, somatosensory, and olfactory. While computer-generated reality can be described as a framework that joins three fundamental features:

• A mix of genuine and virtual universes

• Nonstop correspondence

• Definite 3D acknowledgement of virtual and certifiable things

The covered information can be beneficial (in the context of everyday living) or destructive (in the context of cyberspace) (for covering the customary climate). However, this experience is so perfectly integrated with the natural world that it is recognized as a brilliant story.

As a result, increased reality continuously changes one's perception of the natural world, whereas augmented reality replaces the client's virtual environment with a reproduction.

Blockchain

A blockchain is scattered data that are arranged in different nodes of the computer. The data is stored electronically and is presented in code language. The most commonly used blockchain application is a digital currency like Bitcoin, in which information remains safe. The revolution with blockchain guarantees the commitment and protection of data and develops a sense of trust without sharing information with a third party.

The blockchain works in a very organized manner. It collects information and arranges them in groups, also known as blocks. Every new information is arranged in a new block, and then this block is added in a chain hence becoming a blockchain. This type of collection made an unaltered timetable of data arranged in a distributed manner. When the block is filled, it is added to the timetable, so each block specific data of a specific time zone is unaltered.

Internet of Things

The Internet of things is the complex of digital devices, mechanical and non-mechanical devices, humans, and other creatures that utilize the different sensors and safely transfer the data without human-human and human-computer association.

Most commonly used IoT are any human with a heart monitor device, any animal with a biochip transponder, or any vehicle with an inbuilt alarm to avoid danger like low tire pressure. IoT works with specific internet protocol (IP) address and transfers data across organizations.

 In the modern world, almost all associations are using IoT to work more effectively and efficiently and to understand the demands of client's better further develop direction and increment the worth of the business.

5G

5G is the fifth generation of cell establishments. Up to multiple times quicker than 4G, 5G is setting out never-before-seen open doors for individuals and organizations.

Quick availability, super-low latency, and more prominent transmission capacity change enterprises and significantly improve regular meetings. In addition, services that we used to consider modern, like e-health, e-learning, traffic systems and mobile cloud gaming, have shown up. With 5G innovation, we can make a more astute, secure, and economic future.

5G works on the same radio frequencies that are presently used in your mobile, in Wi-Fi routers and in on Wi-Fi organizations and in satellite communications, but it still authorizes technology to develop. Previously, we had difficulty downloading a full-length HD film to your phone. Still, now 5G is tackled all these problems smoothly so that all the people can manipulate, understand and supervise all the matters more efficiently. 5G has immense power, and we can develop more and more with it.

Cyber Security

Cyber security or Network protection uses modern technologies, processes, and protective measures to secure our data from cyber-attacks and threats in computers and other personal electronic devices. It also works to lessen the threat of cyber-attack and protect all associations and their data from misuse.

Different Security laws like the GDPR (General Data Protection Regulation) and DPA (Data Protection Act) 2018 can favour the punishment of high fines for those associations who endure network safety breaks. There are additionally non-monetary expenses to be thought of as reputational harm. It is a slip-up to accept that you are unimportant to digital aggressors. Every individual who is associated with the Internet needs digital protection. Most digital assaults are computerized and expect to utilize usual weaknesses rather than explicit sites or associations.

Hyperautomation 

Hyperautomation is a business-driven, restrained technology that associations use to quickly recognize, vet and mechanize however many business and IT processes as could reasonably be expected. Hyperautomation includes the organized utilization of various advances, instruments or stages, including artificial knowledge (AI) and machine learning.

It even takes it to a higher level and increases the robotization. As a result, Gartner distinguished Hyperautomation as one of the year's main ten revolutionary technology trends.

With a broad scope of different technologies like Robotic Process Automation (RPA), machine learning (ML), and artificial intelligence(AI) that are working amicability to computerize complex business processes-where once specialists were essential -Hyperautomation is a way towards a real digital revolution.

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