Defining IoT Cybersecurity: Best Solutions and Practices

Defining IoT Cybersecurity: Best Solutions and Practices

Today, the Internet of Things is emerging as an indispensable driver of progress in many areas of life. It’s the ticket to a future where you may use the cloud and big data to share and collect information. It looks like a real utopia, and IoT is emerging as a revolutionary technology.

However, even though technology is already changing our lives, it’s still not entirely formed. As the number of IoT devices continues to grow, so do the potential vulnerabilities and threats. Solving cybersecurity problems is a top priority for software specialists. In the article, we’ll take a look at what IoT cybersecurity is and highlight the most valuable approaches to sprucing it up.

What is IoT Cybersecurity?

IoT cybersecurity appears to modern users as a valuable IT branch. Its essence is simple but critical — this field investigates and presents the leading technologies that contribute to the security of endpoints, networks, and data in IoT. The industry was valued at $3.35 billion in 2022. Forecasts suggest there will be a significant increase, with 13.36 billion by 2028.

Internet of Things security specialists have an essential task. They study top-notch security strategies, create IoT policies, and help companies with processes and technologies to secure IoT devices following IoT regulations. Sprucing up poor data governance, programs, and networks to save them from hacking or other compromises is essential for these experts.

Cybersecurity is a pressing matter. The trends we see today are not encouraging. Based on survey findings, about 15% of IoT devices remain unidentified or unauthorized. A significant 51% of users lack awareness regarding the active smart objects on their network. 75% of deployments reveal VLAN violations. These examples highlight the importance of implementing robust protection methods in today’s context.


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Why is IoT Cybersecurity Important?

There has been a notable increase in the frequency of attacks on IoT networks. Data reports there were about 22 million attacks in 2022 alone. These disheartening statistics incentivize industries to recognize the dangers and implement risk management strategies to keep their operations safe.

As IoT technologies evolve, so do the methods to attack them. Attackers are now developing sophisticated intrusion methods, P2P control and management, and worm self-propagation capabilities to harm the system. Add to this list weak device security, and attackers are just a step away from hacking the system.

The risks are substantial for industrial IoT ecosystems. Car manufacturers, energy enterprises and shipping firms use a form of IoT — operational technology (OT). They are managed by an industrial control system with devices and network capabilities that let robots, wind turbines and container ships operate efficiently. These systems can also be the subject of attacks. Integrating connected sensors and IoT instruments brings about a rise in functional risks, from nationwide power supply networks to international manufacturing operations.

The business landscape can also become a victim of attacks. Companies that create devices often don’t pay enough attention to security practices. However, it’s a big mistake which might be costly. The go-to choice is to enforce a comprehensive strategy requiring the collaboration of all parties because everyone has a stake in guaranteeing the devices’ protection.

One of the options is to enforce SecDevOps or DevSecOps. You can use the Global Cloud Team solution. A team of cybersecurity experts ensures efficient deployment using agile methodologies. It reduces overall production time and related risks. It means efficient day-to-day operations that are scalable in the long run.

Examples of IoT Cybersecurity Tools

Today, you can find many programs on the market that’ll help you guarantee the safeguarding of the devices. Let’s look at the main stars in the field who won the favor of cybersecurity specialists.

M2MLabs Mainspring

The framework is used to create M2M applications that help you scan IoT security remotely. Moreover, its capacity to model devices and configure the interconnectivity of devices and apps makes it a go-to instrument for safeguarding IoT systems.


You may release PoC IoT models more quickly thanks to this framework. You may determine if the project is viable and shorten the time it takes to launch. Furthermore, you may create IoT Security solutions and native apps with libraries, and customizable and pre-built widgets. Moreover, it has a secure architecture and is built on the reliable Dart language. They increase the app’s security.

Defining IoT Cybersecurity: Best Solutions and Practices


The hardware prototyping platform comprises open-source projects. “Create” lets users build prototypes of electronic devices. “Studio” gives clients the working IoT development environment they need. “Connect” lets you link phones and stands with IoT gadgets.


This visual tool connects hardware devices, APIs, and services to help you step up your IoT security. Node.js appears as its foundation. Unlike a centralized platform, you may use this app on your own server. Moreover, if you require more customizable functions, you may use this tool similarly to other IoT platforms, such as IFTTT.

How to Strengthen Cybersecurity for IoT Devices and Networks

Having a few useful security tools on hand is helpful. However, learning how else you may ensure the protection of the devices and networks is also worthwhile. Let’s dwell on the most popular practices:

Develop and enforce guidelines for IoT devices

Implement strong authentication mechanisms to ensure that only authorized users and devices can access and control IoT devices. Employees must understand how to reset and utilize them. What’s more, you’ll also be able to audit and control the devices to support your organization’s digital safety.

Implement end-to-end encryption

It’s crucial for safeguarding data transmission in IoT, especially with protocols like MQTT lacking built-in security. Utilizing security certificates or establishing a single IPSec connection addresses the vulnerability, ensuring comprehensive data protection for confidentiality, authentication, integrity, and privacy. These measures enhance trust and security throughout the entire data transmission process.

Use effective risk mitigation techniques

They include putting in place a zero-trust architecture. It guarantees the granting of just necessary access for operations. A complete security approach starts with solid device authentication procedures and the incorporation of advanced technology like identity-based safeguards. Zero Trust Network Access (ZTNA) adoption also decreases the total susceptibility of unsecured IoT devices.

Turn off extra features like voice control, location tracking, and remote access

These functions may increase the attack surface and expose gadgets to security risks. Limiting or turning off these functionalities and only using them when necessary is best.

Moreover, another security measure is to separate and isolate IoT networks from the core infrastructure. It prevents unwanted access. Setting up separate network segments for IoT devices discourages attackers from moving laterally. By clearly defining borders, the segmentation lessens the effect of security breaches. Additionally, it helps businesses monitor network traffic properly and impose strict access rules, improving overall security.

Tips to Step Up IoT Cybersecurity

We’ve prepared top tips to help you improve IoT implementation and cybersecurity operations. They will always come in handy — early in your journey in cybersecurity or even at the moments of use:

  • Regularly monitor and update equipment and systems. It’s imperative to rapidly detect any abnormal behavior, susceptibilities, or security violations. Keeping IoT systems updated can greatly cut down the likelihood of attacks. The strategy plays a critical role in safeguarding sensitive data and securing your IoT connections. It reduces the threats related to the creation of IoT cybersecurity software.
  • Deploy a Cloud Access Security Broker (CASB). It acts as a bridge between cloud network clients and applications. It’ll help oversee and implement all security guidelines. Furthermore, it can monitor network devices and take action if and when any devices show signs of being compromised.
  • Go for security analytics. You may significantly change the range of security issues you face by putting security analytics into practice. The method collects, correlates, and analyzes data from several sources, offering IoT security providers crucial assistance in detecting possible risks.

Experts predict that about 25 percent of all the information we generate will be in real time by 2025. Therefore, guaranteeing security now is indispensable. The IoT is not an ideal environment. It has security issues, but these are easily overcome if you are proactive and have a systematic approach to cybersecurity.

Summing Up

To cap it all, it’s impossible to exaggerate the significance of IoT cybersecurity, especially in light of the growing number of cyberattacks. With millions of assaults documented in the last years, IoT network vulnerabilities provide a significant danger. A dedication to best practices and ongoing business innovation is essential. A holistic strategy can be the answer to your security problems.

Global Cloud Team can become your reliable assistant in DevSecOps solutions for cybersecurity services to your IoT platform. They automate the elimination of inefficiencies and enhance software quality and reliability. With Global Cloud Team, you may aim for greater security agility and responsiveness, improved team communication, and faster identification of code vulnerabilities. With experts in DevSecOps, protecting your networks and IoT devices will be easy.

Alex Johnson

Total Articles: 77

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