Alon Nachmany — The Role of Reliability and Limits of Cybersecurity
We are witnessing yet another internet revolution with the growth of cloud-based services and the development of 5G infrastructures. New technology will be introduced as well as existing ones will be upgraded as a result of this evolution. Via the Internet of Things, we will see a greater presence of digital systems in our “physical” lives, in addition to being more reliant on cloud-based technology (IoT).
The dissemination of new products or services takes precedence over security mechanisms, as it has in the past. This isn’t to suggest that emerging technologies are not tested. It’s just that the majority of these evaluations are focused on performance-related metrics rather than cybersecurity reliability metrics. The current strategy is critical for the public adoption of these innovations and their advantages, as well as the sustainability of innovative ecosystems. While various attempts are made to reduce the negative effects of this post-dissemination security approach, these efforts are limited. Alon Nachmany, a cybersecurity expert, submitted this article. Some of the aforementioned limitations are discussed in this article, and it suggests that reliability-related criteria should be examined more thoroughly before new innovations are marketed.
Role of Reliability
The current state of cybersecurity creates a bleak picture. Yet, the threat posed by cybercriminals cant capable to stop the spread of new technologies. There will be more resources and manpower devoted to reducing the harmful impact of cyber threats. However, some precautions can be taken even before an assault is a possibility.
As stated earlier, new products and services are thoroughly checked before being released to the public. However, the majority of these assessments are focused on results. Only when there has been a significant breach or defect in a similar product, or when there are strategic reasons, then the reliability of a system is usually questioned. The Huawei case is an obvious example of the latter, while the Uber self-driving car accident is an example of the former. Setting cybersecurity standards is one way to improve the reliability of modern devices and digital services. Setting cybersecurity standards is a risk prevention and, where applicable, risk reduction strategy. It is a preventative measure taken before a potentially dangerous incident happens.
In any case, as we move faster with 5G and become more linked across the Internet of Things, cybersecurity threats will skyrocket. Other emerging technologies, such as artificial intelligence and quantum computing, would provide cybercriminals with new tools.
Cybersecurity and its Limits
Customers, government agencies, and technology companies are all collaborating to make emerging innovations more secure. States all over the world are developing national cybersecurity policies. Following that, cyber task forces/institutions are established to combat malicious attacks against state infrastructures. Big tech companies are working to secure the servers on which we all rely by ensuring that their hardware is secure and that their software is updated on a regular basis. Additionally, companies of all sizes, as well as individuals, are implementing a variety of cybersecurity initiatives, ranging from recruiting hundreds of IT analysts to deploying the most up-to-date antivirus software.
While these efforts are important, they are not matching up with the rate of technological advancement and the growing number of potential cybercrime breaches. The limitations of these cybersecurity initiatives are determined by the way civilian infrastructures and malicious cyber actors operate.
Civilian infrastructures are more vulnerable to cyberattacks than military infrastructures due to the latter’s lack of digital connectivity. By definition, Civilian infrastructure (private or public) is more available to the general public. Because of the connectedness and usability of these infrastructures, as well as the growing number of connected devices, finding and patching all potential breaching points is difficult. Furthermore, even though all of a company’s security flaws are fixed, the environment in which the company is located cannot be protected. Although large corporations may devote adequate resources to their IT departments, this may not be the case for all of the SMEs with whom they do business. Although small businesses are targeted in 43 percent of online attacks, just 14 percent of those targeted have adequate cybersecurity capabilities.
The required amount of manpower is a second constraint. Around the world, there is a wide and rising demand for cybersecurity analysts. According to a 2019 ISC2 report, the global cybersecurity workforce counts 2.8 million people. According to the same report, there is still a shortage of 4.07 million cybersecurity experts. With the rise of the Internet of Things, this chasm is only going to widen.
If you want to learn more about other aspects of cybersecurity, Alon Nachmany is the person with Whom you can consult with. He is a known expert in the field of cybersecurity. Alon has the experience and skills to share that can make a difference in your company’s IT security.
