Here Are The 4 Evolving Technology Areas Of Smart Cybersecurity
There is increasing use of technology, especially, in the current times where most of the processes have been automated. From people’s personal lives to business activities, everything is being done virtually with the help of the latest technologies to bring about efficiency in the entire framework.
Due to the high dependency of the people on technology-driven processes, cybersecurity has become a major issue in today’s world. To ensure safety and security in the current automated world, the people need to focus heavily on cybersecurity and find ways to strengthen the security so that they can easily use the technology without facing threats and attacks.
What is Cybersecurity?
Cybersecurity is a practice of following various sets of rules and regulations to ensure the safety and security of computers and other technology-driven devices. These practices will ensure that the data doesn’t get stolen or accessed by an unauthorized user. It prevents cyber theft, attacks, snooping, etc.
Moreover, these security patterns also save the computer from security threats that could hamper its functioning, make it unresponsive or damage the entire system.
Apart from computer and mobile devices, cybersecurity practices are also used to secure various networks, servers, nodes, and other peripherals.
As most of the processes have been automated these days, cybersecurity alone is not sufficient to contain all the threats that users might face in the current scenario. There is a requirement of Smart Cybersecurity practices to strengthen the processes by making them“smart”.
Why is there a need for smart cybersecurity?
The need for Smart Cybersecurity could easily be explained by taking the example of the recent ransomware attacks since 2019 that shook the entire technology-based industry and made them extremely vulnerable to attacks. There was a huge rise of ransomware attacks since 2019 making it a rise of 25% or more compared to the past. This made all the networks and other technological devices vulnerable until the developers of cybersecurity started working on new techniques and applications to combat the attacks.
After knowing about the ransomware situation, it could be easily understood how technology is extremely dynamic and changes rapidly. It only takes a few moments to develop a new security threat that has no way of being handled by the current cybersecurity systems.
This creates an urgent need to develop a system that updates as frequently as the viruses do. A system that is capable of adapting to all new security threats and attacks without heavily depending on manual processes that could be quite slow. This is exactly why there is an urgent need to develop smart cybersecurity processes.
Artificial Intelligence or AI is a popular technology that is being increasingly worked upon over the past decade to expand the capabilities of various processes. It is a technology that bridges that gap between the machines and the human mind by emulating human performance as it tries to learn, evaluate different aspects, and finally, conclude things by itself. It can understand complex concepts and engage in conversations just like a human does. This technology can replace humans for various activities and lead to the automation of different process easily.
The AI technologies are generally combined with Machine Learning to formulate great techniques of smart cybersecurity. Heavy research investment is being done in this sector to implement AI and ML in cybersecurity processes to make it automated which will make it more efficient and adaptive to changes. For innovation in the sectors, both private and public, AI has become the key aspect that is being worked upon for advancement in cybersecurity technologies. AI technologies, theoretically, can anticipate various threats and attacks. It could identify, prevent, and combat various sophisticated malware and viruses that could serve as a potential threat to the security of various technological processes.
Machine Learning refers to making a computer learn different things so that it could itself without relying heavily on its programming code. It is an extremely important aspect of smart cybersecurity systems as in its absence, rapid automation for identifying new cyber threats and attacks would not be possible. Artificial Intelligence generally has to be combined with Machine Learning to ensure effective results. This system could detect various anomalies and other threats that could harm a network even without the help of signatures. It could help in understanding the nature of various attacks through correlation which can make the system prepared for new types of attacks and reduce its vulnerability.
Supercomputers are computers that have an extensive amount of storage capacity and extremely-fast and accurate calculation powers that could provide the results of the most difficult calculations in a matter of seconds. These computers can perform the tasks instantly that would have not been possible in other types of computers.
For the future of automation, supercomputers work like comprehensive engines. These computers contribute heavily to scientific discoveries and innovations. Due to their extreme capabilities, supercomputers can act as a powerful resource for automating the processes of cybersecurity by detecting various types of threats and attacks with the help of the most accurate model. They can easily detect any sort of anomaly and make it easier for the processes to understand the situation.
In general, Adaptive networks could be said to be automated networks that could easily track, configure, and manage the situation as per the needs. It could adapt itself to the changing requirements. They can easily generate data on the real-time efficiency of the network while also finding out the vulnerabilities. They can apply machine learning further, to analyze the data, and predict any network threats and issues.
These features can help in creating a stable and flexible network.
With the help of these four evolving technologies, the smart cybersecurity processes will be ready to face future challenges. They will easily identify various cyber threats to minimize the security issues that one faces on a network. They will also help in neutralizing the threats and finding remedies to avoid any harsh consequences.