TOP SLIDES: Impact of IoT in Various Industries [FREE PPT & PDF]

TOP 7 SLIDES: Impact of the IoT in Various Industries [FREE PPT AND PDF]

Before reading this blog, take a moment to envision this scenario in your mind.

We all have been there….

Imagine coming home at 6 o'clock, Thursday evening, after a long day at work. As you approach your door using your biometrics (or a key, if you'd prefer), which is equipped with an IoT Smart Security Lock, it opens automatically.

There is an immediate sense of calm because the interior lighting is already set to a wonderful evening tone. With a reassuring sound of confirmation, the door closes tightly, erasing all remaining uncertainty.

You drop your keys and head for the shower or bath. The water is at perfect temperature, which is precisely controlled through IOT smart gadgets.

After this refreshing bath, you must be hungry. This is when home deliveries are most appealing, but you want to be healthy, too, at an affordable price.

Don’t worry, with just a little work (the chicken and sweet potato you set in the oven last night),  a delicious meal is already being prepared in the oven just when you come home. Again, thanks to the smart home.

Just pour yourself a glass and enjoy your meal!

As you get ready for Friday and look forward to the weekend, your coffee maker, workout routine, shower preferences, clothes, and even your curtains are already set and waiting for you in the morning.

What I tried to just show you was how much better the Internet of Things (IoT) can enhance our daily experiences. Did I tell you about the smart fridge and vacuum?

INTERNET OF THINGS

The Internet of Things (IoT) is a network of networked devices, gadgets, or "things" that have the ability to communicate, use software, and collect and exchange data online. These devices range from everyday objects like home appliances and wearable technologies to automobiles and industrial gear. IoT, which allows for seamless connectivity and data exchange among devices, offers real-time insights, automation, and better decision-making.

By using this technology, we can create a more connected and intelligent workplace while also increasing productivity and efficiency.

The Internet of Things has dominance over lots of industries, from health care to security, to simple home helping hands.

This PowerPoint presentation will help you to understand the industrial dominance of IOT in various industries and help you to present it.

Kwwp Scrolling for a FREE PPT & PDF on IoT in Various Industries!

Let me show you some of its highly researched and professionally designed slides.

COVER AND TABLE OF CONTENT

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A presentation is a chance to introduce your ideas to an audience, and the cover slide of a presentation is significant! It sets the tone for the entire presentation, creating the initial impression.

The cover sets the tone of your presentation. With our professionally designed PowerPoint presentation (compatible with Google Slides), you are ready!

Following the cover slide is the table of contents, which provides your audience with an overview of the topics that will be covered during the presentation.

This structure ensures clarity and engages your audience from the outset.

This presentation includes the following topics:

• Introduction
• Restraints and Future Trends of IoT
• Industry Outlook
• IoT in Smart Home
• Industrial IoT
• IoT in Healthcare
• IoT in Transportation
• IoT in Agriculture
• IoT in Retail
• IoT in Smart Cities
• Dashboard

Overview and Background of the Internet of Things

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This slide provides a brief introduction to the Internet of Things. It also provides a brief history of the evolution of IoT devices and facts.

Internet of Things (IoT)

The Internet of Things (IoT) is a network that connects actual physical items, sometimes known as "things," using sensors, software, and a variety of other gadgets.

Without any direct human contact, these interconnected "things" autonomously gather and share data with other devices and systems through the internet.

These include everything from commonplace domestic products like speakers, vehicles, and kitchen appliances to highly developed industrial instruments and applications.

Key statistics

By 2030, there will be a startling 25.4 billion IoT-connected gadgets, according to predictions.

Since 2020, the number of IoT devices has exceeded non-IoT devices, and there are currently over 13 billion active IoT devices worldwide.

Historical Milestones

The IoT has gone through a number of significant turning points that have influenced its growth. The first Internet of Things (IoT) device, a computer-controlled toaster, was John Romkey's ground-breaking creation and signaled the start of the IoT era.

Although it cost $20,000, LG's introduction of the first linked refrigerator in the world showed how the Internet of Things might impact daily life and lay the foundation for further advancements. Switzerland's Zurich played host to the first IoT conference, which marked a significant turning point for the fledgling movement.

Tony Fadell's subsequent development of Nest ushered in a new era that focused on smart thermostats and the integration of advanced IoT into home technologies. Its widespread acceptance and importance were shown by the term "Internet of Things" being officially added to the Oxford Dictionary.

Amazon's innovative Echo speaker, which provided easy smart home control through voice commands, served as proof of the useful applications of the Internet of Things. However, the large Mirai botnet outbreak that affected over 600,000 IoT devices has highlighted the urgent need for effective IoT security solutions.

The IoT has established itself as a revolutionary force, ready to begin transforming our society in new ways when the number of linked devices surpasses 20 billion.

Current Challenges of the Internet of Things

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This slide describes the various challenges that the adoption of IoT in Various Industries might face. It includes challenges such as:

Privacy: IoT devices can collect and transfer vast volumes of sensitive personal data, which increases the risk that this data may be misused.

Security: IoT devices commonly have security holes that can be exploited by hackers, leaving them open to data loss, service disruptions, and even physical harm.

Software development: Lack of qualified IoT developers may slow down the development and execution of IoT projects.

AI & ML infusion: IoT devices present a serious integration challenge for AI and ML due to their constrained computational capability, making efficient integration challenging.

Standards: The Internet of Things lacks an internationally acknowledged standard, which makes maintaining and connecting devices more challenging, preventing interoperability and wide adoption.

Compatibility: IoT devices use a range of cloud platforms and communication protocols, making it challenging to seamlessly link and coordinate their performance.

Regulation: The current lack of specific IoT-focused data regulatory laws may cause legal difficulties and concerns connected to data privacy and security. To address potential legal issues and ensure responsible IoT adoption, clear regulatory frameworks must be established.

Emerging Trends and Future Applications of IoT

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This slide presents the emerging trends and future applications of IoT.

1. Edge Computing in IoT: In the Internet of Things, edge computing reduces latency, increases dependability, and protects privacy and security by processing data locally on the device. Its significance is demonstrated by Gartner's prediction that by 2025, 75% of data created by businesses will be processed at the edge.

2. AI and ML in IoT Data Analysis: Insightful data is produced by analyzing IoT data using AI and ML. Health monitoring is facilitated by wearables and medical technology powered by AI. The IoT and AI industry is anticipated to reach a value of $1742.8 billion by 2025, indicating its potential for growth.

3. IoT in Smart Cities for Infrastructure Optimization: IoT deployment in smart cities enables the optimization of infrastructure by integrating devices and sensors for waste management, environmental monitoring, and traffic management. Residents enjoy a higher standard of living as the infrastructure is improved. The market for smart cities is expected to increase significantly and reach $1024.4 billion by 2027.

4. Blockchain Technology for Security and Privacy in IoT: IoT data is kept private and secure in a decentralized, tamper-proof ledger thanks to blockchain technology. This strategy greatly strengthens security precautions and safeguards user privacy. By 2025, the worldwide blockchain IoT market is predicted to be worth $469.4 billion, underscoring its potential influence.

Use Case of Various IoT Devices in Smart Home Applications

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This slide highlights the various applications of IoT usage in smart homes and the devices used.

It includes applications such as:

Temperature control: The Internet of Things allows temperature regulation in smart homes to be automated. Energy consumption can be decreased by using smart thermostats like the Nest Learning Thermostat, which can adjust temperatures based on preferences and occupancy.

Electricity: Through smart outlets and meters, IoT makes effective electricity regulation possible. The TP-Link Kasa Smart Wi-Fi Plug, which allows for remote device control and scheduling, is one example of a smart plug that encourages energy efficiency.

Bathroom: A few instances of bathroom IoT integration include shower systems, faucets, and smart mirrors. HI Mirror Mini's smart mirrors diagnose skin problems and offer skincare advice.

Kitchen: IoT-connected smart kitchen gadgets and appliances enhance food preparation. Consider, for instance, the grocery management tools and culinary recommendations offered by smart refrigerators like the Samsung Family Hub.

Garden: Automated irrigation systems for gardens are used, and IoT-capable sensors are used to monitor plant health. Smart sprinklers like the Rachio 3 provide efficient watering schedules based on weather forecasts.

Major Applications of IoT Devices for Smart Home Security

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This slide showcases the primary application of IoT devices and their features for smart home security.

Applications-

Smart cameras: Act as the digital eyes of the house, allowing the owner to keep a close eye on any actions taking place both inside and outside. Door cameras capturing surveillance footage can monitor the areas near the front and back entrances. Examples: Nest cam indoor camera and Nest cam outdoor camera.

Biometric locks: IoT-based smart security locks that open by recognizing a user's face or fingerprint. These strongly safeguard any spot while eliminating the need for keys. Examples: ML 100 and TL 800.

Video door entry system: Use a video door entry system to control user access using voice and facial recognition. It enables the owner to remotely monitor the house and even make video calls to visitors and is compatible with Siri, Amazon Alexa, or Google Home. Examples: Ring Pro smart video doorbell and Sky Bell smart video doorbell.

Fire/smoke sensors: Devices that emit an alarm when they detect dangerously high levels of carbon monoxide (CO) inside a structure. They notify the fire department or have the sprinklers start on their own. Examples: Lora WAN smoke detection sensor and Nest protection.

Motion sensors: These devices alert the home's owner to any activity both inside and outside the building and set off alarms. Systems track and record inputs and vibrations in 2D and 3D, flagging any unexpected behavior.

Examples: Lora wants a motion detection sensor and a Desk presence Lora sensor.

Summary:

In this blog, we saw how IoT impacts various industries along with its applications.

The Internet of Things, a network of connected devices exchanging data online, is transforming industries, from healthcare to security and everyday home assistance.

We saw how IoT enhances daily experiences and details its historical milestones. There are (as with everything) challenges faced during IoT adoption and showcase emerging trends, including edge computing, AI/ML integration, and blockchain for added security and efficiency.

We also covered a case study of IOT applications in smart homes, focusing on temperature control, electricity management, and security devices like smart cameras and biometric locks.

For the best Iot ppt PowerPoint presentations and more, visit us at SlideTeam or call us at +1-408-659-4170. We also offer customization services.

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Frequently Asked Questions (FAQs) about the Internet of Things (IoT):

What is the Internet of Things (IoT), and how does it work?

IoT refers to a network of interconnected devices and objects that communicate and share data over the internet. These devices have sensors and software enabling data collection and exchange. They can be anything from household appliances to industrial machines. IoT works by collecting data through sensors, transmitting it to a central platform, processing the data, and initiating appropriate actions based on the insights obtained.

What are some practical applications of IoT in everyday life?

IoT in Various Industries has numerous practical applications in daily life. This includes smart homes (e.g., smart thermostats, lights, and security systems). Additionally, it also includes wearable fitness trackers and health monitoring devices. Moreover, it includes connected cars and even smart agriculture (e.g., automated irrigation systems). These applications enhance convenience, efficiency, and safety.

How does IoT impact data security and privacy?

IoT in Various Industries raises concerns about data security due to the vast amount of data collected and shared. Protecting sensitive information and ensuring secure communication between devices is crucial. Implementing encryption and user authentication mechanisms are common strategies to mitigate security risks and safeguard privacy.

What challenges do we face when implementing IoT on a large scale?

Implementing IoT at scale poses challenges, such as interoperability issues among different devices and platforms and standardization of communication protocols. Furthermore, it includes data management and analysis, energy consumption, and addressing privacy and security concerns. Additionally, the cost of deploying and maintaining IoT systems can be a significant hurdle.