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Top 8 Data Security and Privacy Technologies

It is imperative for organizations to employ advanced technological solutions and methodologies to preserve the confidentiality of data.

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by Content Partner
Top 8 Data Security and Privacy Technologies
Photo by Privecstasy / Unsplash

Data security stands as a paramount concern for contemporary organizations. Although the data represents a tremendous asset – enabling enhanced decision-making, strategic execution, and the cultivation of deeper relationships with customers and partners – it can simultaneously pose a significant liability without appropriate safeguards.

The compromise of confidential customer information in data breaches has affected financial damage on corporations, diminished brand equity, and undermined consumer confidence. In response to the increasing sophistication of cyber threats, it is imperative for organizations to employ advanced technological solutions and methodologies to preserve the confidentiality of data.

Credit: Freepik

1. Data Encryption

Encryption stands out as a highly dependable method for ensuring data remains private, whether it's stored, being transferred, or undergoing real-time analysis. Imagine it turning your data into a secret code that only the right password can unlock. While encryption does wonders for privacy, there’s always a catch. Those pesky side channel attacks can sneak through and threaten security—not to mention they might drag your system speed down too.

2. Fax

If you immediately thought of an analog fax, you are a little behind the progress in this area. This is one of the privacy technologies that allows you to exchange customer data with a sufficient level of security in accordance with the requirements of GDPR, HIPAA and other laws. Moreover, you can send a fax even from your own smartphone. By the way, VeePN has both VPN apps to protect data and a selection of the best fax tools. Both technologies are simply necessary for data security and reliable transfer of data between different individuals and servers.

3. Firewalls

A firewall acts as the primary layer of defense in any system, tasked with preventing unauthorized access to enterprise data. It functions as a gatekeeper between a private or corporate network and the wider internet. By applying a set of predetermined rules, firewalls scrutinize every piece of incoming and outgoing data to block malware and other illicit traffic, ensuring that no unauthorized entities can connect to devices within the network.

4. Authentication

Two methods, authentication and authorization, safeguard enterprise data by ensuring only authorized users gain access.

Authentication verifies a user's identity through various means such as passwords, PINs, or even biometric scans. Users may need to present multiple forms of verification, especially in scenarios requiring two-factor or multifactor authentication (MFA). For more sensitive actions, step-up authentication might be necessary, where additional proof of identity is required after the initial login.

Some common forms of authentication include:

  • Passwords or PINs
  • Multifactor authentication
  • Biometric identification like fingerprint or facial recognition
  • Behavioral biometrics

5. Hardware-Based Security

In the face of increasingly sophisticated cyber threats, attackers have shifted their focus toward targeting the very foundation of our IT systems - the hardware. Now more than ever, safeguarding your tech from top to bottom has become essential - that means looking beyond the usual software fixes. Intel is at the forefront of this security evolution, offering advanced security features that are embedded directly into the silicon. Imagine having an invisible fortress around your device's heart and soul – that's what these advanced security capabilities offer. They guard not just the physical bits but also every byte running through its veins – including software at every level and data exchanged over networks or stored in the cloud.

Credit: Freepik

6. Data Masking

Data masking alters information in a way that prevents thieves from understanding it, even if they manage to steal it. Forget encoding secrets; here we use a neat trick by swapping genuine info for artificial stand-ins that fool you at first glance. Organizations often find tweaked data super handy for tasks where they don't really need the real stuff, like when they're testing new software or training their teams.

An instance of data masking in practice is tokenization. It’s like giving your data a disguise; turning it into something utterly useless to anyone who might steal it. A master key that only you hold keeps your secrets locked away tight.

7. Data Backup

Data backup systems are essential for recovering your business and client information following a storage malfunction, security infringement, or catastrophe. By replicating your data and safeguarding it in a location only accessible to designated managers, the likelihood of major data loss decreases. Nonetheless, to enhance data protection and integrity, it is crucial to secure these backups during transmission and storage. This helps in early detection of any unusual activities or threats. Implementing a formal data backup strategy can aid in adhering to several security standards while also setting up a dependable and uniform data recovery procedure.

8. Data Erasure

For organizations, it's critical to not only delete data but also confirm that it is irrevocably destroyed. This is where the process of data erasure comes into play, ensuring that once data is deleted, it cannot be retrieved in any form. Often referred to as data destruction, this procedure transforms the data into an unreadable state after its deletion.

In today's digital age, with regulations like GDPR imposing stringent rules on data handling, companies are mandated to have effective data destruction methods in place. This includes complying with requests from individuals wanting their personal data erased permanently.


Data security always requires a comprehensive approach. It is not enough to take just one step in this direction and stop. Some of them perform the functions of preventive threat cutting, others - protection against penetration, and still others - reduce the consequences after a successful hacker attack.

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by Content Partner

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