Managed Security Service Provider (MSSP)

Using networked endpoints in your organization presents cybersecurity risks both to the networks they’re connected to and your broader IT infrastructure. However, with the help of endpoint detection response tools, you’ll be well-positioned to identify these risks early on—effectively preventing them from becoming serious threats. Read on to learn how.

Cybersecurity gap assessments are critical to evaluating the effectiveness of the security controls you implement, ensuring your organization remains protected from threats throughout the year. So what is a gap assessment, and how can it help you optimize your security posture? Read our blog to learn more about these assessments.

 

What is Cybersecurity Gap Assessment?

Cybersecurity gap assessments enable your organization to systematically evaluate security risks before they can materialize into full-blown threats. To briefly explore the ins and outs of conducting gap assessments, this blog will cover:

• An overview of cybersecurity gap assessments
• How to perform a gap analysis across your assets
• Examples of cybersecurity gap assessments

With the help of a managed security services provider (MSSP), your organization will effectively conduct cybersecurity gap assessments to protect your sensitive digital assets in the short and long term.

 

What is a Gap Assessment?

A cybersecurity gap assessment is a tool your organization can use to identify weaknesses and vulnerabilities within its cybersecurity infrastructure. Conducting these assessments is critical to promptly discovering these gaps before they can develop into full-blown, high-impact threats.

If your organization handles sensitive data, you will likely need to conduct frequent gap assessments to uncover vulnerabilities that might pose risks to these data. 

Compliance with regulatory frameworks like the Payment Card Industry (PCI) Data Security Standards (DSS) and SOC 2 requires gap assessments to address potential data security risks early in their lifecycle. As with any other assessment, you must fully understand why you are doing it and how best to approach it without impacting your organization’s operations.

 

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How to Conduct an Effective Gap Assessment

In general, the approach for conducting gap assessments is similar across regulatory frameworks. However, each cybersecurity gap assessment will likely look different, depending on the type of data you handle or your industry. Many of these gap assessment requirements are adapted from the NIST Cybersecurity Framework (CSF), providing industry-standard guidelines for uncovering security gaps and vulnerabilities that can impact data sensitivity.

To provide additional context for how to conduct gap assessments, we’ll review examples of gap analysis from the PCI DSS and SOC 2 compliance requirements.

PCI DSS Gap Assessments

PCI DSS gap assessments are based on the framework’s 12 Requirements, which protect cardholder data (CHD) at rest and in transit. Taking the example of a PCI DSS gap assessment requirements, you can conduct a gap analysis by: 

• Evaluating system-wide security – It is highly likely that your system components may have vulnerabilities and gaps you haven’t yet identified, but can only discover with a gap analysis. By evaluating these components across your organization, you can identify gaps like:
  • Networks with poorly configured firewalls
  • Web application vulnerabilities (e.g., broken access controls)
  • Poor cryptographic algorithms
• Assessing sensitive data safeguards – It is also crucial to verify that the safeguards currently protecting your sensitive data are functioning effectively and remain up-to-date with industry standards. Gaps to look out for include:
  • Excessive collection or storage of sensitive data
  • The unsecured flow of potentially malicious traffic into sensitive data environments
• Evaluating risk management – Risks may include threats, vulnerabilities, and other security gaps, which, if left unaddressed, can result in cyberattacks and data breaches.  A thorough review of your existing risk management processes will help:
  • Identify ineffective malware or anti-phishing software
  • Pinpoint gaps in identity and access management
• Reviewing your security policy – Regardless of industry, every organization needs a security policy to oversee the implementation of cybersecurity controls. Gaps in your organization’s security policy will likely minimize control effectiveness across assets. These gaps may include:
  • Improper communication of security objectives
  • Ineffective delegation of roles and responsibilities

Although the PCI DSS gap assessment requirements apply to organizations that handle CHD, they provide a general sense of how to conduct these assessments if your organization handles highly sensitive data.

 

SOC 2 Gap Assessments

For service organizations required to report on System and Organization Controls (SOC), gap assessments can help identify areas in need of remediation and prepare for compliance audits.

Organizations reporting on their SOC 2 compliance can conduct a gap analysis by:

• Evaluating risk management based on categories such as:
  • Organizational risks
  • Financial risks
  • Legal and reputational risks
• Identifying gaps in business continuity processes such as:
  • Absence of sensitive data backups 
  • Incomplete business continuity planning policies
• Assessing physical and logical security gaps such as:
  • Absence of user access logging mechanisms
  • Lack of identification and authentication procedures

Conducting cybersecurity gap assessments based on the PCI DSS, SOC 2, or other applicable industry compliance requirements will help your organization remain secure—even as threats evolve. With guidance from an MSSP, you will be well-prepared for these assessments, irrespective of the type of sensitive data you handle.

 

Optimize Your Cybersecurity Gap Assessments

Conducting cybersecurity gap assessments will help your organization remain safe from various security threats. However, partnering with an experienced MSSP will help you optimize these assessments—helping you safeguard sensitive data throughout the year.

To learn more and get started, contact RSI Security today!

 

 

Internal audits are essential to securing your organization’s digital assets from cybersecurity threats and helping you steer clear of security risks. However, there are different types of internal audits, depending on your organization’s structure, security needs, and other considerations. Read on to learn how you can decide which audit type works best.

Internal audits are critical to evaluating your security posture and ensuring that cybersecurity controls function effectively. However, conducting these audits can be challenging, especially when your internal capacity is limited. In such instances, internal audit outsourcing services can bridge this gap and keep your IT assets secure from threats. Read our blog to learn more.

Scripts are common strategies for cyber attackers to deploy malware onto targets’ devices. Without knowledge of how these attackers execute malicious scripts, your organization might be at risk of a cyberattack. You may be wondering: how can an attacker execute malware through a script? Read on to learn how.

Auditing the cloud before, during, and after your migration is critical for establishing and maintaining strong cybersecurity defenses and regulatory compliance in an unfamiliar virtual environment. You need to design, implement and provide post-transition support for the migration, keeping security and compliance in mind at all times. Following some recommended best practices will help you anticipate problems and keep you on track during the project.

Hardened baseline configuration is the first of several critical steps toward establishing a robust level of security for your organization’s systems and minimizing areas that could be vulnerable to attack. How to improve upon a hardened baseline configuration will vary based on the unique needs of your organization, but it typically involves implementing a set of controls, eliminating nonessential system elements, and minimizing the ways your systems could be compromised.

Today’s information technology industry hosts a wealth of valuable data that malicious actors attempt to steal on a daily basis. As threats to the industry constantly shift, the importance of cyber security audits and compliance cannot be stressed enough. But with a managed security service provider (MSSP), staying on the cutting edge of cybersecurity has never been easier.

No organization wants to fall victim to a data breach. But in the ever-evolving landscape of information security and threats, it’s critical to be prepared for the possibility. To prepare for potential data breaches, your organization needs a cyber breach response plan that is developed specifically for the type of data your organization secures.

With the ever-increasing threat of cyberattacks, defenses against these threats need to be continually scrutinized and improved upon. The United States government’s response to this has been to move toward a zero trust principle, which will shape the way leading cybersecurity standards evolve moving forward. But what does it mean to architect and configure a zero trust network? This guide will introduce the core principles of the zero trust approach, how they can be applied to a digital security strategy, and what to consider when making the transition.