From encryption to masking, these seven data security technologies will better safeguard enterprise and customer data from inappropriate and unauthorized use.
How to safeguard enterprise data and prevent data loss is the most crucial component of any company’s cybersecurity strategy. Data at rest, in transit, and use are all included in this.
What exactly is data security and why is it so crucial?
The practice of safeguarding data from unauthorized access, loss, or theft throughout its lifespan is referred to as data security.
Organizations face a constant problem with data breaches. A report by ThoughtLab found that there would be 15.1% more cyberattacks and data breaches in 2022 than in 2021. In addition to exposing enterprise data, data breaches expose businesses to lawsuits and fines.
Policies, technologies, and data security practices are also essential for preventing any inappropriate use of data by internal users.
Data security is important for the following reasons:
- safeguard intellectual property;
- avert financial ruin;
- keep customers’ trust; and make certain that several regulatory standards are met.
The last point is huge because associations have different industry and government guidelines with which to agree, from GDPR and CCPA to the Sarbanes-Oxley Act and PCI DSS.
Technologies for data security
There are many different kinds. Data security is very important because hackers are always looking for weaknesses to get into corporate networks. The following seven technologies are available to businesses for use in safeguarding data appropriately. In this article, here are top 5 data security tools and technologies for security.
Top 5 Data Security Tools and Technologies for Security?
1. Data masking:
Data masking hides data so that criminals can’t understand what they stole even if they exfiltration it. In contrast to encryption, which encodes data using encryption algorithms, data masking substitutes genuine data for data that is identical but fake. The business can also use this data for things like software testing and user training where real data isn’t necessary.
Data masking is exemplified by tokenization. It involves replacing data with a singular string of characters that has no value and cannot be decoded back if malicious actors capture it.
The following are additional instances of data masking:
de-identification, generalization, anonymization, and pseudonymization of data
2. Hardware-based security:
Instead of relying solely on the software that is installed on a device, hardware-based security involves the physical protection of that device. Companies need protections built into the silicon to ensure hardened devices because attackers target every IT layer.
3. Firewalls:
The first security layer of a system is a firewall. Between a personal or business network and the public internet, a firewall acts as an intermediary. By inspecting all packets entering and leaving a network with pre-configured rules, firewalls aid in preventing malware and other unauthorized traffic from connecting to network devices.
The following are examples of different kinds of firewalls:
stateful inspection firewalls, next-generation firewalls, circuit-level gateways, application-level gateways, and basic packet-filtering firewalls.
4. Data erasure
It is important for organizations properly delete data and ensure that deleted data is not recoverable. Also known as data destruction, data erasure often involves turning data illegible after erasing it.
Organizations must be able to properly destroy data, especially in the wake of regulations such as GDPR, which stipulate customers can request the erasure of their data.
Other types of data erasure include the following:
- data wiping
- overwriting
- physical destruction
- degaussing
5. Data encryption:
Encryption of data turns it into coded cipher text to keep it safe while it is at rest and in transit between authorized parties. If an attacker captures encrypted data, it has no value.
Instances of information encryption are the accompanying:
Hilter kilter encryption, otherwise called public key encryption; and secret key encryption, which is also known as symmetric encryption. Enduring data security necessitates. Need to learn about the data security tools, just study this blog, World Informs!
