Cybersecurity should be your company’s main objective since the security level of your systems and activities can make or break your business.
As technology is rapidly advancing, so do cyber threats. Surprisingly or not, cybercrimes are becoming increasingly severe by the day, and that’s because malicious actors behind these attacks often dispose of equivalent expertise as their cybersecurity counterparts. Needless to mention that the elevation of these cybercrimes has repeatedly outsmarted modern technologies. Thus, it’s indispensable to strengthen your organisation’s level of security and avoid problems such as hacks, ransomware, and data breaches. Do you wonder if this fight against cyber-attacks will ever end? Probably yes, if you continue to identify and adapt to the ever-evolving technology trends in cybersecurity.
The following are just some of the most prominent technologies in this regard:
Cloud Encryption
Storing information remotely in the cloud is, indeed, preferred to storing it in some sort of desktop folder. But given it’s based on an Internet connection, it’s vulnerable to data breaches, hacks, or any other cyber threat. So, to continue helping your company offer top-notch remote services, ensure you call for cybersecurity professionals to implement encryption in the cloud system. A complex mathematical algorithm will be used in this sense, and only you and your authorised parties can access the code restricting unauthorised users. Using an encryption key will help you gain access to the most valuable files, all that far from hackers’ curious eyes. Specialists have often admitted that cloud encryption is the answer to secure data, as well as customer trust, as clients will feel more confident about calling for your services, knowing that their personal information is stored in a near-impenetrable place.
Behavioural Analytics
You’ve probably heard about Facebook’s data breach fray lately and hence become aware of the giant company’s use of data mining to gain information about users. Well, this shouldn’t be perceived as something bad, as it’s meant to identify potential vulnerabilities and threats. An impressive number of organisations use behavioural analytics to understand how individuals behave on their networks, mobile apps, and web pages. Scrutinising behavioural patterns can result in spotting unusual actions and events that may announce a data breach. For example, an abnormal upsurge in data sharing from a particular user device could mean a cybercrime is looming or actively taking place. Other signals of suspicious activity include events that occur in an unusual sequence and odd timing.
Behavioural analytics’ initial usage was to target online and social media ads to the correct set of audiences, but its purpose is expanding, and today one of the main priorities of this technology is to predict and detect potential cyber-attacks.
Internet of Things (IoT)
IoT devices have surged in usage and popularity lately, as they ensure businesses high security of their systems and activities. This next generation of electronics can help entrepreneurs strategise and reach corporate objectives by proposing more fruitful methods to manage their IT infrastructure, operation methods, and techniques to optimise resources. Nevertheless, since most such devices are off-the-rack, they’re short of innate security and thus, it’s challenging to safe-proof them.
Security devices are helpful, but if you want to be protected in the online environment, you should also be mindful of adopting healthy habits in this sense. That being said, avoid installing programmes from suspicious sources and always rely on powerful antivirus software. Be sure to choose something from a reputable source, such as 2GO Software, which provides a range of packages from Microsoft 365 to Adobe Photoshop CC +.
Blockchain
Blockchain and distributed ledgers are far beyond cryptocurrencies. Blockchain is indeed the underlying technology of virtual currencies, but its potential has started to be exploited in various domains, including FinTech and cybersecurity. Due to advanced features, blockchain enables data to be collected but not deleted or modified. It provides a tamper-proof record of every transaction, facilitating operations, and eliminating the need for third-party verification.
Cybersecurity experts use blockchain technology to design standard security protocols, protect systems, and build an almost-invulnerable network for malicious actors. Blockchain can be used in combination with artificial intelligence (AI) to form a robust authentication system that fights against cyber threats. Blockchain is, indeed, a solid strategy to stand up to hacking, but it’s not accessible to everyone. Suppose you’re looking to safeguard your personal data shared on the Internet but are not responsible for corporate information. In that case, you can simply rely on a quality security suite like the Norton 360 one that includes all the necessary tools to protect your device against cyber-attacks, including VPN.
Zero-Trust Model
As its name also denotes, this cybersecurity model implies the premise that a platform is already hacked. By assuming you can’t trust the platform, you’ll obviously feel the urge to improve both external and internal securities. It’s only normal to be so since both networks need the same level of safety not to fall victim to some sort of data breach or malware. Measures in this regard involve everything from control automation by means of monitoring and automation, mapping the information flow, and physical and logical segmentation to determining business-critical data. Continuous examination of the systems and all of their components is the key, so be mindful of this aspect.
Intrusion Detection System (IDS) and Intrusion Prevention System
An IDS is designed to identify and monitor intruders, but it doesn’t work completely automatically, as it often needs human assistance to decipher the results and come to a decision. It also scrutinises network traffic to discover signatures linked to common cybercrimes. On the other hand, an IPS implies the acceptance or rejection of packages based on a certain set of rules. It also verifies packets to eliminate the possibility of a cyber-attack, but it’s not always efficient in this sense, as this highly depends on the type of cyber threat.
Other noteworthy trends in cybersecurity include:
- High-Performance Computing (HPC)
- Embedded Hardware Authentication
- Industrial Control Systems (ICS)
- Quantum Computing
- Data Loss Prevention (DLP)
