Why Vulnerability In IT Infrastructure Is A Force Majeure In The Digital World

Melissa Burns

You might run a midsize business or even a multinational corporation with a completely automated infrastructure; no matter your company size, cybersecurity has become a significant concern for everyone in the business world. It is one of the biggest threats to organizations and individuals around the globe. Nobody is immune to it, and anyone can become the next victim. Therefore, prevention measures have surpassed the status of being just an option and moved straight to a requirement.

As we’re living in a digitized corporate environment that is constantly evolving, every industry is looking into efficient ways of dealing with cybersecurity. At the same time, cybersecurity is inspiring some of the most significant breakthroughs in the digital world. Can we really say that vulnerability in IT infrastructure is a force majeure in the digital world?

Securing the digital infrastructure

In this evolution of the Information Age, a lot has changed. Administrative functions have been simplified, internal efficiency has increased, and accessibility on a global scale has been maximized. But at the same time, digitalization opened the doors to thousands and thousands of hackers, viruses, phishers, and other malicious intruders. We can definitely say that the digital world is experiencing high-level convenience and extreme vulnerability at the same time.

When we’re talking about the future, we’re discussing smart cities, driverless cars, and technology-enabled medicine (one of the most exciting things digitalization and automation can bring us). However, building a secure digital infrastructure will require a lot more effort, knowledge, and of course, money. The majority of IT infrastructures consist of older technologies that simply can’t measure up to today’s challenges. The fact that they were designed and implemented way before anyone was even discussing cybersecurity says plenty about the possibility of fighting it.

We can’t talk about secure digital infrastructure without high-quality web hosting. Both of these terms are interconnected and have a tremendous impact on each other. That’s why it is essential to come up with ideas that will be able to provide organizations and individuals with the level of protection they need. Following are some that have the highest potential to ensure major benefits for the entire society in the near future.

1. Intuitive intrusion detection

Scientists have been developing computing models based on neuroscience, which lead to numerous advantages when compared to traditional centralized computing architectures. These models use much less power and provide greater flexibility. The key advantage is that neuromorphic computing will be able to keep up with all of these rapidly evolving cyber threats, from identifying them to implementing a defense strategy.

2. Single-use software

Pirated software can be found on more than 30% of computers across the world. This theft of intellectual property causes enormous costs for the entire economy while also putting end-users at risk of malware. That’s why anti-piracy programs are strongly demanded by organizations worldwide. But traditional approaches simply can’t provide the needed quality—hence quantum computing. A single-use program can efficiently combat software piracy even though its potential is still relatively unexplored.

3. End of eavesdropping

Now, we have end-to-end encryption that ensures the safe exchange of all of our information. But that only works if the devices we’re using while exchanging this information are secure as well. If your device is insecure, the exchanged information will no longer be safe and protected, which could result in compromising privacy and cybersecurity at both ends. Researchers at the University of Birmingham developed DECIM – detecting endpoint compromise in messaging. Among other things, it stores verification certificates in a secure public ledger.

4. De-identification of faces for online privacy

We’re already seen facial recognition technology implementation in various places in the digital world. However, it seems we have barely scratched the surface of its potential. Some of the data that’s gathered through these facial recognition techniques could provide additional value if used for research. As there have been many attempts to blur the image and mix the pixels to preserve privacy, scientists have tackled it a bit deeper and developed a method for de-identifying faces when they improved an existing algorithm. This method safeguards the security of the data while also protecting the privacy of users.

5. Security of wireless communication

As we’re all utilizing wireless communication more and more, it’s vital that we do everything in our power to make it as secure as possible. Wireless networks are growing invulnerability to cyber-attacks and intrusion, and the reason for that is the lack of a physical association between the receiver and transmitter. That’s why a physical layer authentication is essential if we want to secure our wireless communication. Luckily, the embeddable security protocol has already been invented, and it entirely secures wireless transmissions, which can be crucial for government agencies and the financial industry.

Conclusion

There’s no doubt that the cybersecurity will inspire many other digital innovations. However, in times like these, the faster we have these technologies, the easier it will be to protect ourselves from these enormous threats.

For more on cybersecurity, see Employees: Your Strongest Or Weakest Link In Cybersecurity.


Melissa Burns

About Melissa Burns

Melissa Burns is an entrepreneur and independent journalist. She spends her time writing articles, overviews, and analyses about entrepreneurship, startups, business innovations, and technology. Follow her at @melissaaburns.