Unique Security Risks Plaguing IoT Platforms

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Security Risks Plaguing IoT Platforms

Who wants to be hostage to a well-connected hacker or ransomware that bleeds revenues? As IoT platforms are regularly targeted, it is mandatory to address this threat and other security challenges. Regulatory discipline can change the way data is saved from ransomware or data breaches. 

The current state of IoT security

Every unique risk affects a device’s performance. It also adds to the vulnerability of networking and overall business. As different industries continue to rely on connected devices security and regulatory discipline are critical. 

One of the biggest challenges with IoT security is that it is relatively new and uncharted territory. Many IoT devices are not designed with security in mind and lack the necessary security features to protect against cyber threats. This makes them vulnerable to attacks, which can result in data breaches, identity theft, and even physical harm.

Moreover, the sheer number of IoT devices in use today makes it difficult for manufacturers to keep up with security updates and patches. As a result, many devices remain unsecured, leaving them open to exploitation by cybercriminals.

Another major concern is the lack of regulation and standardization in the IoT industry. With no universal security standards in place, there is no guarantee that the devices we use are secure. This also means that it is up to individual users to take responsibility for securing their devices, which can be a daunting task for those who are not tech-savvy.

Key takeaways from this informative feature

IoT technology specifically focuses on minimizing attacks through cyber security. In all industries where it is applicable, it entails the connectedness of machines, devices, and the usage of digital machinery. Sensitive data passes through a series of networks. It can be compromised, attacked, or stolen at any stage of transfer. 

Manufacturers and innovators are at risk when they introduce new products in the market. While they focus on launches, security is at its lowest. The time-to-market metrics push behind everything else. They are more interested in cost savings and the connectedness IoT brings. 

As IoT usage increases, at least 25% of enterprise attacks will be plagued by data breaches. In fact, in 2020 the possible attacks ranged from national security vulnerabilities to global manufacturing operations. It occurs via open-source technologies as the codes are well-known by hackers. 

Major risk factors

Understanding previous attacks can help us to secure the devices and data. As hackers are smarter, being aware and addressing security concerns becomes a priority. 

The following cases of malware attacks showcase IoT vulnerability:

One of the earliest attacks was via the Mirai Botnet in 2016. This IoT botnet was responsible for a nightmare situation for DDoS. The Dyn service provider cracked down and major media companies were forced to go offline. It included CNN, Twitter, and Netflix whose computers and connected devices were targeted. 

Most of them cracked due to the default passwords used for digital cameras and DVR players. 

In 2021, the Verkada hack created chaos. The hackers were able to get information through 150, 000 cameras. They were installed in different locations in the factories, offices, prisons, schools and various other sites. Verkada, a solution based-cloud service for video surveillance was weakened and compromised. Another issue that surfaced was 100 super admin access to staff. It increased the risk to privileged users.  

Other attacks that expose IoT risks include cybercriminals who shut off the heating systems in Finland. The DDoS system rebooted several times to prevent heating in the frosty weather leading to problems. 

The Stuxnet virus was one of the most dangerous that affected the uranium plant in Iran. The industrial program logic was infiltered by the worm where different machines were controlled in various locations. Malicious files damaged the plant and reduced operational efficiency. 

Safeguarding the systems

Real-time analytics & AI is now safeguarding IoT platforms. It is the best way to secure data for industrial logistics, manufacturing units and warehousing. Despite distances, data can be collated and worked upon. Decisions can be taken rapidly and communicated via chatbots. Texting will give way to even voice bots. It will facilitate the transfer of data and storage once the communication is over. 

As the above examples reflect lessons, safeguarding also means:

  1. Change of default passwords.
  2. Creation of guest networks.
  3. Check default settings.
  4. Device updates and patches.

As machine learning trends with AI, the best encounters will be reserved for maintenance and even detection and foiling of cyber-attacks. One core area that will be discussed is regulations. It is an area where IoT platforms will be under constant observation when it comes to security. 

Security trends linked to Regulations

Data risks to be covered

As data explosion is inevitable, it will need regulation. For example, if 250 GB of data is produced in a single day, how much will be produced in 30 days? To gauge the data reading it will take IT special managers for monitoring. In a year nearly 2 petabytes are produced. Currently, there have been security breaches on social media and this has sharply focused on regulations and self-monitoring with exposure to data leaks. 

If data is not secure it would impact the IoT usage. Risks of sharing and reaching the wrong users is a nightmare. Governments are now coming into the picture to regulate unauthorized IoT tools. 

Restricted access is important, for example in the healthcare industry or government machinery where citizen data is required. Companies storing information will need to take responsibility for user information. Several nations are now adding laws and procedures to punish those who use the data without permission. 

The areas where regulations matter

  1. The stricter rule for privacy-already EU has devised General data protection regulations. 
  2. Penalties for non-compliance of data protection.
  3. Data breach to be punishable.
  4. A fine of 4% of a company’s revenue is stipulated by EU.
  5. Soon, real-time monitoring will be available to catch the wrong usage of data.
  6. IoT best practices will be in place for various business processes and IT security divisions.
  7. The regulatory environment will also focus on storage, communication of data cyber liabilities, analytical data and distribution.

Addressing security concerns with regulatory discipline will change the way data will be saved from ransomware. There was a spotlight on this crucial part when WannaCry demanded payment in bitcoins to release the data. Many global enterprises were disrupted by this attack.  

This gave rise to DDoS or distributed denial of services to think about. As IoT platforms have to be more useful, it has become mandatory to address this threat. 

The most important technologies that provide solutions include

  1. Connecting all systems back-to-back.
  2. Identifying IoT users and authenticating them.
  3. Encryption and aggregation of devices and users.
  4. Rest-based APIs. They authorize data movement across networks. 
  5. Invest in IoT collaborators for maximum security. 

Who wants to be hostage to a well-connected hacker or complex ransomware that bleeds revenues? Why not have confidentiality, and invest in integrity and operational success? 


Because of the growing interconnectedness of the globe, it is more vital than ever to implement appropriate safety precautions. IoT devices provide a variety of advantages; nevertheless, it is vital to maintain vigilance and take the appropriate safety measures to secure both your devices and their data.

In conclusion, the Internet of Things (IoT) has resulted in a great deal of progress, but it has also ushered in a great deal of difficulty in terms of maintaining security. Device vulnerabilities, concerns about data privacy, and network instability are some of the security difficulties posed by the Internet of Things (IoT).

You may address these problems by consulting an IoT app development firm, which will integrate rigorous security features such as device authentication, encryption, and frequent software upgrades. You can address these challenges by consulting an IoT app development business.

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Roy M is a technical content writer for the last 8 years with vast knowledge in digital marketing, wireframe and graphics designing.

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