AI For IoT: Paving the Way to a Connected and Intelligent Future

Everything you need to know about Artificial intelligence in IoT: Benefits, use cases, challenges, and how to get started with it.

October 9, 2023
5 mins read
Last Updated January 10, 2024
AI for IoT Towards a connected and Intelligent future

AI For IoT: Paving the Way to a Connected and Intelligent Future

The Internet of Things (IoT) is transforming with Artificial Intelligence (AI) integration. As this combination provides useful insights, enterprises adapt AI to improve their existing IoT applications. For example, Nokia’s production site in Oulu, Finland, achieved a 30% increase in productivity and a 50% faster time-to-market for their products with digital twins and intelligent automation.

With AIoT reshaping industries, let’s explore how AIoT works, its applications with real-world examples, and how to implement it.

Simform provides AI/ML development services to clients across industries, with expertise in designing applications that leverage machine learning. We integrate these technologies with our engineering expertise to build AIoT products. Contact us to equip your IoT products with AI/ML.

AI for IoT: What is AIoT?

what is AIoT

AIoT merges AI’s ability to mimic human intelligence with IoT’s connected infrastructure. It allows data to be analyzed and understood rather than simply collected and transferred. Also, it improves IoT operations, user interactions, and data analytics.

How does AIoT work?

AI adds value to IoT through machine learning and decision-making, while IoT devices add value to AI through data exchange, signaling, and connectivity. Thus, AIoT requires the connection among smart devices, software, and platforms, and it follows the outlined steps:

how does AIoT work

Data Collection: IoT devices, such as sensors, cameras, wearables, and industrial machines, continuously collect data and transfer it to centralized servers or cloud platforms to be processed.

Data Analysis: AI algorithms, including machine learning and deep learning, analyze the collected data to identify patterns, correlations, and anomalies.

Decision Making: Based on the data analysis, the AIoT system generates insights and recommendations. These recommendations enable autonomous decision-making.

Action and Control: The AIoT system triggers actions or controls connected devices in response to the insights, leading to automated responses.

Continuous Learning: AIoT systems embed continuous learning mechanisms that improve their performance over time with user interactions.

The efficiency with which AIoT functions facilitates significant benefits to organizations. Let’s explore them in detail.

Benefits of Using Artificial Intelligence in IoT

Before looking at the benefits in detail, let’s first consider the insights shared by Jason Mann, Vice President of IoT at SAS, to know why companies need AI and IoT systems. He highlights that companies focus on three objectives with their emerging AIoT capabilities.

Jason Mann on AIoT

 

Benefits of using AI for IoT

#1. Real-Time Data Processing and Analysis

The integration of AI and IoT allows for real-time analysis of data generated by internet-connected devices. This enables quicker insights and responses to events as sensor data can be processed by AI as soon as it is collected. Real-time data analysis through AIoT improves efficiency and productivity in areas like predictive maintenance, quality control, and supply chain optimization.

#2. Resource Optimization and Intelligent Automation

Artificial Intelligence of Things optimizes resource management in diverse ways. It optimizes electricity consumption by adjusting lighting, heating, and cooling systems based on occupancy and usage habits in smart homes. In industries, artificial intelligence in IoT applications can enable the predictive protection of machinery and systems.

Using AI technology in IoT also streamlines business operations by automating routine tasks. For example, an AIoT device in a warehouse can automate inventory control and order fulfillment processes. It decreases human errors and increases accuracy, quality, and productivity.

#3. Advanced Security and Risk Management

IoT networks with AI can detect strange activities and trigger actions against breaches. For example, an AIoT application can detect unusual activity captured through cameras and alert the homeowner to a possible break-in.

Moreover, it offers privacy protection through data encryption and secure communication protocols. Robust authentication mechanisms in AIoT ensure that only authorized users can access sensitive information.

#4. Personalized User Experiences

AIoT can provide contextual applications based on users’ preferences and behavior. For instance, it learns the homeowner’s preferred temperature and lighting settings and automatically adjusts the environment. Plus, intelligent systems offer tailored recommendations by analyzing data to enhance customer satisfaction.

As AI-enabled IoT solutions bring benefits like smarter data-driven processes, improved user experience, and resource usage, they are used across many industries and verticals.

Applications of AIoT

From smart cities and transportation services to smart factories, fleet management, healthcare, and many more domains can benefit from AI and IoT integration.

applications of AIoT

#1. Smart Homes, Buildings, and Cities

The smart home ecosystem, valued at $79.16 billion in 2022, uses AI-powered IoT devices for residents to control appliances through smartphones. Connecting AI with smart sensors of buildings enhances safety by reducing fire and flooding risks. Also, connecting AI agents with IoT devices optimizes energy efficiency and lowers operational costs.

Moreover, AIoT applications can monitor traffic and utilize real-time data for efficient traffic management. For instance, Los Angeles uses an AI traffic management system to optimize traffic light timing by processing real-time data from road sensors. It has significantly reduced travel time by 12% and emissions by 9%.

#2. Autonomous Transportation

Automated systems can make independent decisions based on the data they collect with sensors and AI. Thus, vehicles can precisely respond to obstacles, control speed, and change direction.

Building on this progress, a significant move has been made towards the widespread adoption of connected vehicles. Veoneer and Ericsson have formed a partnership to develop a connected vehicle cloud. This cloud technology will ensure rapid data processing, enabling autonomous vehicles to have vehicle-to-vehicle (V2V) and vehicle-to-everything (V2X) connectivity.

#3. Collaborative Manufacturing Network

Manufacturers are always innovating for safer operations. For example, in a chocolate factory, Siemens’ AI monitors temperature, humidity, and equipment to quickly fix anomalies using IoT systems with deep learning models.

Such fusion of AI capabilities, mobile device apps, transparent data storage, and real-time analytics creates hardware independence for smart factories. AI-powered IoT solutions ensure machines operate at peak performance with predictive maintenance and autonomous fault identification to improve worker safety and operational efficiency.

#4. Aircraft Maintenance

Aircraft are equipped with sensors that track the status of various systems and subsystems to identify and predict faults. As AI is applied to the extensive data collected by these sensors, airlines can increase safety and reduce delays and downtime.

#5. Healthcare

AI-powered IoT health applications collect data to take preventive measures, detect early illness, and manage patients’ medications. This data is drawn from connected medical devices, medical records, fitness trackers, and health apps.

#6. Fleet Management And Autonomous Vehicles

In fleet management, AIoT monitors vehicles, lowers fuel expenses, tracks maintenance, and identifies unsafe driving habits. With AIoT and predictive analytics, a terminal’s capacity and outbound shipments can be better managed.

George Sun on using AI for Fleet management

While the applications of AIoT are many, the technology comes with its fair share of challenges.

What Challenges May Arise in Implementing AI-Enabled IoT?

challenges in implementing AIoT

#1. Complexity

Connecting IoT infrastructure and data streams with AI algorithms is an immense integration challenge. Organizations must find ways to make different IoT devices, networks, and AI systems communicate with each other, even if they use different protocols.

There is also the complexity of managing, processing, and analyzing huge volumes of real-time data generated by countless IoT sensors and devices. Scaling up an integrated AI and IoT system across an entire operation introduces a lot of technological complexity.

#2. Data Confidentiality and Protection

AIoT systems deal with vast amounts of data from various sources, including sensors, devices, and cloud platforms. Plus, this data is transmitted between IoT devices, edge devices, the cloud, and between different components of the AIoT system. Managing and securing this diverse dataset can be challenging.

#3. Ethical Considerations

AI algorithms in IoT devices have the potential to perpetuate biases present in the information they are trained on. In AIoT applications, biased algorithms lead to discriminatory outcomes, particularly in healthcare, finance, and law enforcement.

#4. Regulatory and Legal Concerns

Determining the owner of the data generated by IoT devices and obtaining consent from the user is a challenge. Different stakeholders may have conflicting interests in data ownership, leading to legal disputes.

What Should You Consider While Combining AI with IoT?

Chetan Gadgil on Moving to AIoT capabilites

Let’s explore the key factors to successfully integrate AI with IoT, foster innovation, and unlock new possibilities!

#1. Develop a Clear Goal

Without a proper assessment of the feasibility of ideas, organizations may get caught up in the hype of AIoT. It leads to uncontrolled costs at later stages of development, leaving stakeholders dissatisfied.

To avoid this, begin your project with a discovery phase where you test ideas against business goals, customer expectations, and organizational capabilities. It ensures that the project is aligned with the organization’s objectives and has a higher chance of success.

#2. Pick Between Edge vs. Cloud Computing Wisely

AIoT solutions can be developed using cloud, edge, or hybrid systems. You can check latency, bandwidth, and speed requirements to map out the whole solution with its cost. Whenever planning a time-critical system containing many devices, go with edge deployment. Opt for cloud computing in cases where low latency and high bandwidth are less important.

#3. Ensure Security and Privacy

Many projects fail as the security of data, devices, servers, and communication networks is not taken care of in the planning phase. For projects with sensitive data, consider hybrid deployments where data is processed closer to the source. It minimizes the risk of compromise during transit or in the cloud. So, you can prevent costly and damaging breaches and ensure the success of the AIoT project.

#4. Create Transparency

As more teams get involved, make sure everyone has clear goals to gain the desired credibility and productivity. Maintain harmony among IoT engineering, AI developers, and data science teams. Also, combine your IT, cloud, and edge systems to get to your data, in all its aspects, at all times.

Getting Started with AIoT

AIoT projects need a deep understanding of the right infrastructure to support data-intensive processes and real-time analytics. This is where an expert AI/ML solutions provider like Simform can change the game for you!

Our AI/ML experts and IoT specialists can build the right infrastructure for different AIoT use cases. Moreover, from strategy development to designing an efficient IoT network with AI algorithms for advanced data analytics, our consultants will guide you through every step of the process.

If you are not sure whether to or how to leverage the artificial intelligence of things for your organization, Contact us for a free consultation with our AIoT experts.

Hiren is CTO at Simform with an extensive experience in helping enterprises and startups streamline their business performance through data-driven innovation.

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