Do you find the phrase “cybercrime is growing graver by the day” depressing? Unfortunately, this is correct. Cybercrime masterminds frequently exhibit technological proficiency comparable to that of their cyber security colleagues! This has resulted in a continually changing panorama of cybercrime that outsmarts contemporary cyber security technologies. Is that the end of our battle against cyber-threats? No, the solution is to raise awareness and employ advanced cyber security solutions. This article will show you the five most recent cyber security technologies to be aware of.
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Cybercrime is the New Terrorizes Threat to Countries:
Physical terrorism is still the top national security issue for countries all around the world. However, the times are a-changing, and not in a good way! As frightening as it may sound, the US recently labelled cyber assaults a larger threat to the country than terrorism.
And, when one of the world’s most powerful countries raises such fears, one can only imagine how vulnerable tiny enterprises and impoverished countries are to cyber assaults! Indeed, US Homeland Security Secretary Kirstjen Nielsen believes that the next 9/11 incident would most likely take place online rather than on land. Unfortunately, few governments and public organisations are still considering cyber risks as seriously as they should be.
Latest Cyber Security Technologies:
With increasing methods available to sneak into systems and networks, cyber warfare is heating up. There have been several assaults on critical facilities such as hospitals, water systems, and energy networks. On a smaller scale, ransomware and virus attacks on business networks have increased.
Technology is created by man, and man is the only one who can master it. As a result, no cyber security system is or will ever be flawless. To strengthen cyber security, it is important to continually discover and implement innovative technology. The top sophisticated cyber security technologies on the charts are shown below.
1. Deep Learning and Artificial Intelligence:
Nowadays, Artificial Intelligence (AI) is a major topic. Have you ever pondered how artificial intelligence (AI) might be used to improve cyber security? The programme works in a method that is similar to how two-factor authentication works.
Two-factor authentication verifies a user’s identity using two or more separate criteria. They are able to make sense of and in control of the settings. When you bring in extra levels of data and identification, that’s when AI comes into play. Deep learning is being used to evaluate data like as logs, transactions, and real-time conversations in order to detect threats or unethical behaviour.
2. Blockchain Cybersecurity:
Blockchain cyber security becomes one of the most current cyber security technologies that is growing in popularity and attention. The blockchain technology is based on the recognition of the two parties involved in the transaction. Similarly, blockchain cyber security is based on the peer-to-peer network foundations of blockchain technology.
Every blockchain participant is responsible for analyzing the information they supply is accurate. Furthermore, blockchains establish a nearly impenetrable network for hackers and are now our best option for protecting data from a breach. As a result, combining blockchain with AI can create a powerful verification system that can keep possible cyber dangers at bay.
3. Zero-Trust Model:
This cyber security approach is based on the presumption that a network has already been compromised, as the name suggests. If you don’t trust the network, both your ‘internal’ and ‘external’ cybersecurity will need to be completely overhauled.
The essence of the matter is that both internal and external networks are vulnerable to a breach and require equivalent safeguards. It comprises identifying and charting business-critical data, logical and physical isolation, and policy and control implementation via automated and constant monitoring.
4. Analytical Behavior:
The use of data mining for behaviour analysis is well known in the wake of the Facebook Data Breach. This strategy is often used in social media and online marketing to target the right population. Surprisingly, behavioural analytics is increasingly being investigated in the development of superior cyber security technology.
By recognising trends in software’s and network’s behaviours, behavioural analytics assists in the identification of probable and real-time cyber threats. A sudden increase in data transfer from a specific user device, for instance, might indicate a cyber security issue. While behavioural analytics is most commonly utilised in networks, it is increasingly being applied in systems and consumer devices.
5. Embedded Hardware Authentication:
PINs and passwords are no longer sufficient for providing hardware with perfect security. Embedded authenticators are new technologies that may be used to confirm a user’s identity.
With the introduction of Sixth-generation vPro Chips, Intel has made a huge advance in this field. These advanced user authentication chips are built right into the hardware. These are designed to revolutionise ‘authentication security’ by combining various layers and techniques of authentication.
The Importance of Using the Most Up-to-Date Cyber Security Technologies:
In recent years, there has been a lot of talk about cyber assaults. Does this imply that cybercrime did not exist in the past? They certainly did! The only difference was that the impact was not as severe or widespread. The current wave of cyber assaults, such as WannaCry and NotPetya, has reawakened worldwide concern about cybercrime.
The necessity of the hour is to recognise and adopt improved cyber security techniques to combat attacks. Here’s why it’s critical to recognise cybercrime, address it seriously, and take preventative actions.
1. The Attack Targets are Changing:
Gone are the days when the victims of cybercrime were only petty. The primary goal of cybercrime is no longer retribution, fast cash, or the extraction of personal information. Cyber warfare, as it is more popularly called, has evolved to include larger targets and more malevolent motivations. Utility services, nuclear power plants, healthcare institutions, airports, and other essential infrastructures are currently connected to a network. There will be over 30 billion linked gadgets by 2030! So, how many additional targets are we making for cybercriminals to take advantage of? Consider it!
2. Cyber-threats are getting more advanced:
Cyber crooks are becoming more sophisticated and nefarious by the day. And don’t you believe getting the best of black-hat hackers is that simple? Hackers have the same level of technical expertise as a top computer scientist. And while the technology to hold cyber dangers at bay improves, so do the attack strategies! Black-hat hackers are becoming more skilled, and sophisticated tools on the dark and deep web are becoming more accessible.
3. A Significant Change in the Nature of Cyber Attacks:
Consider the consequences of successfully hacking a power grid or other public utility infrastructure. Inconvenience to the public, lost income, reputational harm, regulatory fines, and a colossal cost to restore operations and improve cyber security measures. An attack’s consequences are no longer limited to people, but also affect global economic and political institutions.
4. The Aftermath is Grave:
As previously stated, all essential infrastructures are now linked to a global network. In reality, all businesses have their mission-critical data stored in digital form, making their systems and networks extremely reliant. Even a little assault on the network or system might have a cascade effect on its functioning in such situations. Failure to protect such important networks from cyber assaults can jeopardise credibility, sales, earnings, and, in some cases, national security!