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Cyber Security Technologies For Business Organizations

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On March 24, 2021

In Security

Cyber-crime environment is constantly evolving and cyber criminals are always trying to come with new types of attacks for outsmarting existing cyber security protocols. This emphasizes on the need to recognize and deploy advanced cyber security measures to combat cyber threats effectively.

Here are some reasons that strengthen the need for organizations to invest in advanced cyber security technologies:

  • Cyber-attacks are no longer targeted at merely extracting confidential details or earning quick money. They have moved on to more sinister motives, commonly known as cyber warfare. With increasing connectivity among critical utility infrastructure, cyber warfare has a tendency to grow.
  • Cyber criminals are getting more advanced and the number of sophisticated cyber-attack tools is growing in the deep and dark web.
  • Most organizations keep business-critical data recorded in digital format and are thus greatly dependent on their systems and network. Failure to secure these systems from cyber criminals can endanger credibility, sales, and profit.

Owing to the heating up cyber warfare, organizations need to identify and adopt emerging cyber security technologies constantly. Following is a list of top advanced cyber security technologies that businesses organizations should adopt:

  • Artificial Intelligence & Deep Learning: Application of artificial intelligence in cyber security is similar to two-factor authentication. Two-factor authentication confirms user’s identity based on two different parameters. Artificial intelligence adds additional layers of information and authentication to identity confirmation. Deep learning is used to analyze data such as logs, transactions and real-time communications to detect threats trying to penetrate the system or network.
  • Behavioral Analytics: Behavioral analytics uses data mining techniques to determine patterns of activity across a system and network. This helps in detecting unusual activity such as abnormal increase in data transmission from a device connected to the network. Such deviations from normal pattern can be used to detect potential and real-time cyber threats.
  • Embedded Hardware Authentication: A PIN and password are no longer sufficient to protect hardware, so embedded authentication chips are being used to secure hardware. These powerful chips such as Sixth-generation vPro chips by Intel are embedded in the hardware. The chips employ multiple levels and methods of authentication that work in tandem to ensure authentication security.
  • Blockchain Cyber Security: Blockchain cyber security works on the basis of blockchain’s peer-to-peer network fundamentals. Every member in the blockchain is responsible for verifying the authenticity of data added. It creates a near-impenetrable network to secure organizational data.

For more information on cyber technologies for business organizations, contact Centex Technologies at (254) 213 – 4740.

Best Practices For Cloud Security

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On March 19, 2021

In Security

PDF Version: Best-Practices-For-Cloud-Security

Importance Of Data Mining

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On February 27, 2021

In Tech Buzz

PDF Version: Importance-Of-Data-Mining

Network Security Tools

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On February 25, 2021

In Networking

The importance of data in business growth is imperative; however, network holds equal importance as it facilitates the flow of data. This makes it important to secure the organizational network to protect data as well as secure network endpoints. Thus, organizations need to implement effective network security and network visibility strategy.

Here is a list of network security tools that can help organizations in securing their network against security attacks:

  • Access Control: The best way to control damage caused by threat actors is to keep them out of the network. In addition to limiting the access of outside threats, it is equally important to take care of insider threats. Access control tools help organizations in keeping out threat actors and limiting user access to network areas that directly apply to user’s responsibilities.
  • Anti-Malware Software: Malware including virus, trojans, worms, keyloggers, spyware, etc. are designed to spread across computer systems and infect an organization’s network. Anti-malware tools assist organizations in identifying, controlling and resolving malware infections to minimize the damage caused to network.
  • Anomaly Detection: In order to detect anomalies in a network, it is first important to understand usual operations of the network. Network security tools such as Anomaly Detection Engines (ADE) allow organizations in analyzing a network, so that when and if any anomaly or network breach occurs, the IT team will be alerted quickly enough to limit the damage.
  • Application Security: Most cyber attackers consider applications to be a defensive vulnerability that can be exploited to cause network disruptions. Including application security tools can help organizations in establishing security parameters for applications.
  • Data Loss Prevention (DLP): Threat actors tend to use humans to cause data breach or network security breach. DLP technologies and policies help in protecting the employees and other users from misusing or possibly compromising sensitive data or allowing data flow out of the network at any of the endpoints.
  • Email Security: Email security tools are another set of network security tools that help organizations in minimizing human-related security weaknesses. Hackers or cyber criminals persuade employees to share sensitive information or inadvertently download malware into targeted network via phishing strategies. Email security tools assist organizations in identifying dangerous emails and blocking attacks.
  • Endpoint Security: Bring Your Own Device (BYOD) culture has become highly integrated in organizations to an extent that it has become tough to distinguish between personal and business devices. Cyber attackers take this as an opportunity and attack personal devices to launch a network security attack. Endpoint security tools add a layer of defense between remote devices and business networks.

For more information on network security tools, contact Centex Technologies at (254) 213 – 4740.

Different Areas Of Cyber Security

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On February 22, 2021

In Security

Cyber security strategies aim at protecting any user or organization’s inter-connected systems, hardware, software, and data from cyber attacks. Absence of stringent cyber security strategies can offer an opportunity for hackers to access the computer system and network and misuse organization’s data such as trade secrets, customer data, etc.

In order to formulate an efficient cyber security strategy, it is imperative to pay heed to all areas of cyber security.

Following are different areas of cyber security:

  • Critical Infrastructure Security: This area of critical infrastructure security consists of cyber-physical systems that modern societies rely on. Some examples of such systems include electricity grid, water purification, traffic lights, shopping centers, hospitals, etc. Hackers can attack the vulnerable infrastructure systems to gain access to connected devices. Organizations which are responsible for managing the infrastructure systems should perform due diligence to understand the vulnerabilities for society’s safety. Other organizations which are not responsible for the systems but rely on them for some part of their business operations should develop contingency plans to be prepared for any cyber attack or network breach that can be launched via an infrastructure system.
  • Application Security: It is one of the most important areas of cyber security strategies of an organization. The branch of application security uses both software and hardware methods to tackle external threats that can arise in development or implementation stage of an application. As applications are majorly accessible over network, they are highly vulnerable. Thus, it becomes highly important to include application security in cyber security strategy of an organization. Types of application security include antivirus programs, firewalls, and encryption programs. Application security techniques ensure that unauthorized access to applications is prevented. Also, these techniques can help organizations in detecting sensitive data sets and implementing relevant measures to protect these data sets.
  • Network Security: This area of cyber security guards an organization against unauthorized intrusion of internal networks due to malicious intent. Network security protocols inhibit access to internal networks by protecting the infrastructure. For better management of network security monitoring, network security teams use machine learning to flag abnormal traffic and issue threat alerts in real time. Common examples of network security protocols include multi-level logins, password security, etc.
  • Cloud Security: Cloud security is a software-based security tool that monitors and protects organizational or personal data stored in cloud resources. Increasing use of cloud services has made way for stringent cloud security strategies.
  • IoT Security: IoT devices can be highly vulnerable and open to cyber security attacks for numerous reasons including unawareness of users. Threat actors target IoT’s data centers, analytics, consumer devices, networks, legacy embedded systems and connectors. So, organizations have to implement stringent IoT security protocols.

For more information on different areas of cyber security, contact Centex Technologies at (254) 213 – 4740.

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