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The Difference Between Cybersecurity and Information Security

Posted on May 4th, 2020

Cybersecurity and information security are often used interchangeably, even among some of those in the security field.

The two terms are not the same, however. They each address different kinds of security, and it’s important for any organization that’s investing in a proper security framework to understand each term, what it means, and the difference between the two. So, what are they, how do they overlap, and how do they differ? Before you can understand the difference between cybersecurity and information security, it may help to think of each term in terms of what it’s specifically protecting.

What is cybersecurity?

Cybersecurity is defined by NIST as the “ability to protect or defend the use of cyberspace from cyber attacks.” While there are other definitions — CISA has its own definition as does ISO — most of them are similar.

Put simply, cybersecurity is related to attacks from the inside or outside of an organization. It is the framework of protecting and securing anything that is vulnerable to hacks, attacks, or unauthorized access which mainly consists of computers, devices, networks, servers, and programs.

Cybersecurity also pertains exclusively to the protection of data that originates in a digital form — it’s specific to digital files, which is a key way it differs from information security. So when we talk about cybersecurity, we are automatically discussing digital information, systems and networks.

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What is information security?

We tend to think of computers and digital information when we think of information security, but meaningful, valuable data can be stored in many forms.

Information security primarily refers to protecting the confidentiality, integrity, and availability of data, no matter its form. Information security can just as easily be about protecting a filing cabinet of important documents as it is about protecting your organization’s database.

Information security is, broadly, the practice of securing your data, no matter its form.

Below is NIST’s definition of information security:

Protecting information and information systems from unauthorized access, use, disclosure, disruption, modification, or destruction in order to provide:

  • Integrity, which means guarding against improper information modification or destruction, and includes ensuring information nonrepudiation and authenticity
  • Confidentiality, which means preserving authorized restrictions on access and disclosure, including means for protecting personal privacy and proprietary information and
  • Availability, which means ensuring timely and reliable access to and use of information.

Where do cybersecurity and information security overlap?

To be fair, there is some overlap between cybersecurity and information security, and that causes some justified confusion about the two terms.

Most information is stored digitally on a network, computer, server, or in the cloud. Criminals can gain access to this information to exploit its value.

The value of the data is the biggest concern for both types of security. In information security, the primary concern is protecting the confidentiality, integrity, and availability of the data. In cybersecurity, the primary concern is protecting against unauthorized electronic access to the data. In both circumstances, it is important to understand what data, if accessed without authorization, is most damaging to the organization, so a security framework can be established with proper controls in place to prevent unauthorized access.

Where there are dedicated resources in separate teams, it is likely that both teams will work together to establish a data protection framework, with the information security team prioritizing the data to be protected and the cybersecurity team developing the protocol for data protection.

The difference between cybersecurity and information security

Cybersecurity focuses on protecting data found in electronic form from being compromised and attacked. Cybersecurity professionals take on a more active role by protecting servers, endpoints, databases, and networks by finding security gaps and misconfigurations that create vulnerabilities. They also identify what the critical data is and where it’s living, determine its risk exposure, and assess related technology.

Examples of cybersecurity:

The following are some examples of cybersecurity:

  • Network security: A practice of securing networks against unauthorized access, misuse, interference, or interruption of service.
  • Application security: A process that involves detecting, fixing, and enhancing the security of applications to prevent data or code within the applications from being stolen.
  • Cloud security: A combination of policies, controls, procedures, and technologies that work together to protect cloud-based infrastructures and systems.
  • Critical infrastructure: A set of foundation tools that provide security services such as virus scanners, intrusion prevention systems, anti-malware software, and more.

In contrast, information security is concerned with ensuring data in any form is secured in cyberspace and beyond. That is to say, the internet or the endpoint device may only be part of a larger picture. Information security professionals focus on the confidentiality, integrity, and availability of all data.

Examples of information security:

Information security is inclusive of cybersecurity and also involves:

  • Procedural controls: These controls prevent, detect, or minimize security risks to any physical assets such as computer systems, data centers, and even filing cabinets. These can include security awareness education, security framework, compliance training, and incident response plans and procedures.
  • Access controls: These controls dictate who’s allowed to access and use company information and the company network. These controls establish restrictions on physical access to building entrances and virtual access, such as privileged access authorization.
  • Technical controls: These controls involve using multi-factor user authentication at login, firewalls, and antivirus software.
  • Compliance controls: These controls deal with privacy laws and cybersecurity standards designed to minimize security threats. They require an information security risk assessment and enforce information security requirements.

How SecurityScorecard can help

Businesses are more technically and digitally savvy than ever. With these advancements in interconnectivity comes the need for businesses to have the proper security framework and procedures in place to protect their most important assets.

SecurityScorecard can help you monitor both your cybersecurity and your information security across 10 groups of risk factors with our easy-to-understand security ratings. Our ratings continuously monitor every part of your security operation.

We monitor your information security by keeping an eye on your data and the systems and networks you have in place to protect it, and we also monitor your cybersecurity by making sure your organization’s systems are patched when they need to be, and that there’s no hacker chatter about your organization on the dark web. Once your score drops, you’ll know that something has changed, and our platform will then offer remediations to help you fix the problem before there’s a breach.

There might be a difference between cybersecurity and information security, but they are both equally important to your organization. While cybersecurity can be viewed as a subset of information security, ultimately both focus on data protection. Both cybersecurity and information security personnel need to be aware of the scope and the shared mission to secure your enterprise.

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