IoT Compliance: How to Shield against Security Breaches

The IoT devices can help businesses transform their operations and streamline productivity; however, it’s crucially important to understand the importance of security compliance in IoT devices. The article explains why IoT compliance is essential and what components require security compliance to generate data securely.

According to an iomart April 2020 survey, if a data breach of 10 to 99 million records in the IT sector remains unnoticed for 246 days, it can result in a 42.9 billion USD project loss of the top ten companies on Nasdaq 100 and FTSE 100. Implementing IoT compliance can be the most feasible practice to mitigating these losses and address IoT security concerns. 

Internet of Things (IoT) has revolutionized the way businesses use to leverage wireless devices and technologies in their day-to-day operations. Not just these endpoints help make smarter and faster decisions, but the decisions are based on data.

Who should be Compliant?

Among the many different components in the entire IoT ecosystem, every single element needs to be compliant, including: 

  • People
  • Devices
  • Processes
  • Technologies
  • Software Applications

Educating Teams about the Significance of IoT Compliance

IoT teams, as well as IT teams, must be familiar with existing guidelines associated with IoT compliance. The teams should know how to implement these guidelines in their products. Having at least one stakeholder (who has invested in ensuring compliance) in the IoT project panel is recommended to ensure that all standards are met appropriately.

Educating IoT teams about compliance is also necessary to ensure that the ongoing project outcomes are in line with the organization’s business objectives. Failure to meet IoT compliance can result in severe data breaches and loss of both business revenue and social reputation. 

Establishing IoT Compliant Processes

The business processes must comply with industry protocols, standards, and government regulatory guidelines. IoT systems collect and generate huge volumes of personal data from various channels. 

Authorities are taking all possible steps to protect data generated by IoT endpoints against a security breach. They are rolling out rules, guidelines, and protocols for IoT product vendors and expect them to follow these regulatory guidelines carefully.

Healthcare and BFSI (Banking, Financial Services, and Insurance) are highly regulated industries when it comes to IoT compliance. The IoT systems and endpoints operating in these domains have to be compliant with industry-specific regulatory guidelines.

In the BFSI industry, it’s actually the money that is at stake. On the other hand, the healthcare industry it’s about the lives of millions of people. Both the fields have governing authorities to assure that the business works properly, following all necessary norms.

Setting Up IoT Compliant Devices

The availability of cheap IoT endpoints and sensors is the real reason behind the rapidly increasing adoption of IoT technology in different industry domains. It’s the business’s sole responsibility not to fall prey to the inexpensive devices and deploy premium, high-quality IoT hardware that integrates advanced security algorithms.

Implementing highly secure IoT devices is usually being left to the manufacturers; however, they, in return, find obvious ways to cut as many standards as they can to keep the price low. Businesses must understand that low-priced devices come at the cost of security and lacks compliance.

That’s why it’s the major responsibility of IoT and .NET consultants to ensure that the devices that they deploy must be security complaints.

Adopting IoT Complaint Technologies

Ensuring security compliance in technology infrastructure is as important as it is to ensure that the IoT devices and firmware are as per the industry’s compliance standards. Having a compliant IoT device is different from having a secure and safe infrastructure for connecting Wi-Fi devices, Bluetooth devices, low-power devices, short-range devices, etc. 

  • IEEE 802.11ah: It’s a low-energy remote systems administration convention that expands the availability length for WI-FI networks.
  • Bluetooth Low Energy: It’s a low-power wireless communication technology used for implementation in short-distance to enable smart devices to communicate powerfully.
  • Z-wave: It’s an advanced, low-power networking protocol. The devices are easy to install and developed exclusively for home automation systems.
  • Zigbee: It’s a remote innovation intended to address the select necessities of low-power, minimal effort remote IoT networks. 
  • Thread: Thread is a secure, low power mesh-networking technology developed for IoT products.

Why Important is IoT Compliance?

Compliance is an important factor in IoT; however, most IoT devices and sensors have extensive security vulnerabilities. When multiple devices are interconnected in a non-secure environment, there’s a great probability of data breach. The businesses will be on the verge of experiencing security compromises, bad reputation in the market, loss of customer loyalty, product recall, payment of claims, etc.

Non-compliant IoT endpoints possess a higher chance of unintentional or accident data exposure to unauthorized channels. Companies need to become seriously committed to security improvements.

Regardless of if the IoT sensors are deployed within your Asp.Net MVC development company premises or your client’s location, all the data collectively collaborates into a single network. The presence of one single insecure IoT device in this network can lead to a breach of data security.

Ensuring IoT Compliance

For ensuring complete IoT compliance, it’s severely necessary that both the manufacturer and the consumer must come together to adopt and implement best security practices. That’s the actual way to avoid a great deal of future data damage across the domains. Here are some basic steps to ensure IoT compliance.

  • Compliance checklist creating.
  • Product Lifecycle
  • Authorization & Authentication
  • Data protection
  • Comprehensive testing 
  • Flexibility
  • Remote patching 
  • Anomaly/ Intrusion detection 
  • Industry-specific compliance
  • Examine all potential risks, particularly environment-based, to enhance security within the network.
  • Occasional audits are compulsory to guarantee preceded with IoT compliance.
  • Security algorithms must be embedded in the product right in the design phase.

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