6 Latest Cyber Security Technologies to Aid Your Business

security

Today, businesses rely on computerized systems to manage their daily operations, making data protection cyber security’s primary goal. The development of technology has made it easier for hackers to access the system using innovative methods.

Information technology security, or cyber security, is the use of technologies, procedures, and processes to safeguard systems, networks, data, and programs from cyber-attacks. Cyber security is crucial because it helps us guard our systems from viruses and secure data from dangers like theft. Its main goal is to lessen cyber-attacks and illegal access.

As data breaches, computer viruses, and hacks grow more frequent, there will be a simultaneous change in cyber security trends as a result of technology’s ongoing development. Here, it makes sense to continuously spot and modify cutting-edge cyber security technology to strengthen online safety.

Here are six latest cyber security technologies to help protect your business:

1. Artificial Intelligence

Cyber security is one of the most challenging issues we face, and AI is best positioned to address it. With today’s constantly developing cyber-attacks and the proliferation of gadgets, AI and machine learning can be used to keep up with cybercriminals by automating threat detection and responding more effectively than conventional software-driven techniques.

Several security issues can be fixed by employing an AI-based, self-learning cyber security posture management system that can autonomously and continually collect data from your corporate information systems. Following data analysis, the correlation of patterns is performed across millions and billions of signals that are pertinent to the business attack surface.

Furthermore, AI seems such a promising venture in the cyber security world that many cyber security masters programs now include courses on it. So if you are starting your own business or have an already established one, you should look into the potential of AI in the cyber security sector.

2. Blockchain

Blockchain is a technique for storing data that makes it incredibly hard or even impossible to hack, trick, or alter the system. A blockchain is essentially a distributed digital log of transactions that is mirrored throughout the whole network of connected computers. Each block in the chain has several transactions, and each time a new transaction occurs on the chain, a record of that is made on the ledgers of all members.

It is the most reliable alternative to end-to-end encryption, as it has built-in transparency, immutability, and DTL capabilities; blockchain technology is being utilized to create a standard security protocol. These characteristics of blockchain assist in managing the information’s availability, secrecy, and integrity.

Blockchain-based solutions are also decentralized. Therefore, the network as a whole is not affected when a node fails. This is particularly important if you are a business owner, as this means even a breach in security in one location will not result in data being corrupted in the entire network. This can save business owners time and money.

3. Intrusion Detection System

The Intrusion Detection System is referred to as IDS. An IDS needs human help or automated systems to analyze the findings and choose whether to take action or not. An IDS is designed to identify and monitor intrusions. IDS searches through network traffic for signatures that match well-known cyber-attacks.

An IDS may remove a rude user from the network and notify security personnel of a security policy violation, malware, or setup mistake.

However, an IDS only detects ongoing assaults; it misses incoming aggression. Therefore, implement IPS with an IDS if you want to guard your business even more.

4. Intrusion Prevention System

The Intrusion Prevention System is abbreviated as IPS. Depending on the guidelines, an IPS may decide to accept or reject packets. Depending on the type of attacks it detects, it examines information packets and stops them from being transmitted, stopping the attack.

By storing harmful packets, banning offensive IP addresses, and warning security personnel of possible dangers, an IPS can stop assaults. Such a system is often configured to recognize signatures using an existing database and may also identify traffic-based assaults and behavioral anomalies.

To recognize the most recent dangers, it must be updated. It is the role of the company’s leadership to ensure the cyber security department of the company has the most updated version of the IPS.

5. Zero Trust Security

To address cyber security for the Internet of Things, businesses are embracing Zero Trust security models more often. By forcing all devices and users to authenticate before gaining access to network resources, Zero Trust solves the difficulty of protecting widely dispersed computer networks. A software-defined boundary that checks and authenticates each attempt to access any network-attached device is created via zero-trust network access.

Zero Trust security is based on three principles:

  • Continuous testing that considers each user on the system as a possible breach source
  • Breach assumption that adopts a more protective stance by supposing that a violation has already taken place
  • Least privilege access is a technique that automatically grants the least amount of access required for a given communication session.

6. Embedded Hardware Authentication

Along with a password, the hardware authentication method of user authentication uses a specific physical device possessed by an authorized user to access computer resources.

In addition to a password, the equipment creates a one-of-a-kind, transient cryptographic code that the user must enter to access a computer resource, creating a 2FA (2-factor authentication) solution consisting of the physical authentication device and the password. A hacker who has obtained a user’s password but lacks the code will be unable to access a secure system.

Businesses profit from the added layer of security provided by the 2FA. The second element acts as an extra layer of defense against a malicious attacker obtaining access to the company’s system if they discover an employee’s login information.

Conclusion

No cyber security system is flawless enough to provide you with total security and safety. However, keeping up with rapidly developing technology and promptly adapting to them as needed is essential for business owners to make their businesses as secure as possible. So, this strategy is the only way to obtain a higher degree of defense against prospective cyber dangers and assaults.