Today, there's a more technology-driven possibility at our fingertips than ever before. Within the manufacturing industry, the economic internet of things and digital tools like AI and augmented reality are being applied to drive undisputable business value. Organizations now have an unprecedented quantity of knowledge, and with it, the power to form real-time decisions that improve the performance and profitability of their industrial assets and operations.

"In the age of IIoT, organizations can’t afford to believe older practices and safeguards as they're not always strong enough to mitigate the threats of today"

While many within the industry take an “if it ain’t broke, don’t fix it,” attitude, as industrial science advances and connectivity increases, so does the attack surface. within the age of IIoT, organizations can’t afford to believe older practices and safeguards as they're not always strong enough to mitigate the threats of today. The increasing demand to possess better visibility into and control over plants’ performance must be balanced with appropriate levels of cybersecurity to guard assets, operations, and other people.

Five Innovations for Industrial Organizations

As leaders look to safeguard industrial operations from cyberattacks, it's helpful first to raised understand how digitization and connectivity are changing industry, also because of the associated risks and the way to guard against emerging threats.

Connectivity Technologies

As the evolution of technology and IIoT continues to drive the demand for connectivity, our communication channels also are improving. While this is often a positive thing for business operations, these new mechanisms also contain risks:

• The Scaling Attack Vector – Wider connectivity between people and assets means additional attack surface and more threats of attack. To scale back these threats, it's prudent to adopt and enforce modern security techniques and best practices, which incorporates implementing only secure IIoT devices.

• Bandwidth and Convergence – As bandwidth increases, a convergence of multiple physical networks into one common network will rise. Applying proper cybersecurity principles to guard all network traffic should increase proportionally. Leaders should also consider a backup channel to maneuver critical traffic if circumstances arise.

• Wireless – Industrial manufacturing has been slow to adopt wireless technology and applications. This is often primarily thanks to denial of service attacks which will happen when a wireless signal is compromised. Proper site RF mapping to supply appropriate coverage is vital to thwarting such attacks. 

• 5G – As 5G exposes bandwidth, it'll be a beautiful target for hackers. While many of the safeguards are going to be borne by signal providers, users also will be liable for understanding how 5G alters the threatscape. Make certain to require precautions to encrypt traffic: Only move data that needs movement and always authenticate data before trusting it.

Edge computing

For industrial operations, edge computing can now run traditional applications within the control layer and extend connectivity to any range of devices, including virtual space. this provides plants the chance to make smarter assets, which suggests giving them certain levels of control capability in order that they can autonomously improve their own real-time safety, efficiency, reliability, environmental impact, and even profitability. However, these assets must be secure to make sure the operation is protected.

The attractiveness of edge device computing doesn't change the bottom requirement of providing a strong, cyber-secure solution. Unique challenges with edge include the misunderstanding that simply because a tool is little and/or obscure, it's exempt from having to be cyber-secure. Crippling these devices with weak encryption, hard-coded backdoors, and other security traps are the results of poor implementation and therefore the lack of a dynamic security policy. Steer beyond any edge device that isn’t capable of protecting against edge-based attack vectors. 


While cloud computing provides business agility, organizations should be very cautious when selecting a provider. Many assume their cloud service is delivered securely, but experiences with cloud providers are commonly just the opposite: IT professionals must develop a customized authentication and authorization strategy, information strategy, endpoint protection scheme and networking strategy, even as if the organization owned the physical platform elements.


From on-site hosting cloud services to the ever-expanding cloud, virtualization has become the normal course of action. Within the industrial world, we’ll start to ascertain unique ways to interrupt applications apart into smaller service components (containers) and lighten the footprint of the whole computing platform.

Conversely, virtualization carries inherent hazards. Because it uses a degree of applications to share common computer and communication resources, special attention must be paid to make sure hypervisor layers are hardened against attack. Organizations must tighten access controls surrounding the core OS (OS), pay careful attention to the timely application of patches.


The increase in raw compute power and therefore the ability to collect data into huge repositories opens the potential of AI-driven analytics and amplifies traditional analytics. While this permits operators to become real-time business decision-makers, organizations must also ensure their meeting the special cybersecurity needs for analytics.

Data lakes, which are concentrations of huge amounts of knowledge, feed analytical engines. The integrity of the info is paramount to the effectiveness of the analytics. Applying data integrity mechanisms from the sector device through the analytics engine is critical to make sure the choices being driven by these engines are often trusted.


As technology continues to open more possibilities for industrial manufactures to succeed, cybersecurity must be a top priority. While it's up to everyone to make sure strong security, IT professionals play a key role in helping all business stakeholders apply and maintain safeguards, ensure industry cybersecurity standards are being implemented and adhered to, and making security a part of the operational lifecycle.

It must be a neighborhood of the operational lifecycle of all technology within organizations and can't be viewed as a one-off project. Attacks on industrial control systems within the era of IIoT are escalating, and that they extend across industries, geographies, and broader society. We must still evolve our cyber-defenses to make sure our assets, operations, and other people are continually protected because of the technological landscape evolves.

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