Gap Analysis (OBJ 1.2)

Understanding the process of evaluating differences between current and desired performance

A gap analysis is a process of evaluating the differences between an organization's current performance and its desired performance. The goal of the analysis is to identify areas where improvements can be made in order to bridge the gap between the current and desired states.

Conducting a gap analysis can be a valuable tool for organizations that are looking to improve their operations, processes, performance, or overall cybersecurity posture.

What is Gap Analysis?

Current State
GAP
Desired State

Gap analysis helps organizations identify the difference between where they are currently and where they want to be. This structured approach enables businesses to:

Steps in Conducting a Gap Analysis

1 Define the Scope

Identify the specific areas of the organization that will be evaluated and the desired outcome of that analysis.

2 Gather Data on Current State

This can be done through surveys, interviews, or other forms of data collection to establish a clear baseline.

3 Analyze the Data

Identify any areas where the organization's current performance falls short of its desired performance.

4 Develop a Plan to Bridge the Gaps

Create a detailed plan including changes to processes, systems, or other areas that can help improve performance or security. The plan should include specific goals, objectives, and a timeline for achieving them.

Example: Cloud Migration Gap Analysis

Scenario: On-Premise to Cloud Migration

If a company wants to migrate their data storage from an on-premise solution to a cloud-based solution, they should consider how this might affect their security. To ensure a smooth and secure transition, the company might perform a comprehensive gap analysis.

Current State Assessment:
  • On-premise firewalls
  • Legacy intrusion detection systems
  • Basic data access controls
  • Outdated encryption methods
Desired State (Cloud Environment):
  • Cloud provider's security capabilities (AWS/Azure)
  • Advanced encryption at rest protocols
  • Modern IAM models
  • Shared security responsibility model
Identified Gaps:
  • Encryption methods not aligned with cloud standards
  • On-premise access controls incompatible with cloud IAM models
  • Staff lacks cloud security expertise
  • Current security monitoring tools can't integrate with cloud services

Now that the company knows their current state, desired state, and the difference between the two, they are better equipped to plan their migration. This includes adopting enhanced encryption techniques and making necessary modifications to their IAM policies to create a more secure and seamless migration into the cloud.

Types of Gap Analysis

Technical Gap Analysis

In cloud computing, this involves evaluating an organization's current technical infrastructure and identifying areas where it falls short of the technical capabilities required to fully utilize their security solutions.

Example:

An organization might find that its current network infrastructure is not fast enough to support data in transit encryption or a full zero trust architecture. Alternatively, its current security protocols might not be robust enough to protect data stored at rest in their cloud-based storage solution.

Once these gaps are identified, the organization can develop a plan to address these issues and upgrade its technical infrastructure as needed.

Business Gap Analysis

This involves evaluating the organization's current business processes and identifying areas where they fall short of the capabilities required to fully utilize new cloud-based solutions.

Example:

An organization may find that its current data management processes are not efficient enough to support cloud-based data storage and sharing. Alternatively, its budgeting and forecasting processes may not be accurate enough to support cloud-based financial management.

Once these gaps are identified, the organization can develop a plan to move its business processes forward as needed to close the gap.

Real-World Example: Vulnerability Management

At a previous organization, a vulnerability assessment was conducted weekly across the entire network. This assessment was designed to uncover weak points in the digital infrastructure and systems. It often found several software vulnerabilities in different servers, insufficient encryption for data in transit, and outdated database configurations.

Weekly Process:

  1. Run vulnerability scans across network
  2. Review findings and determine priorities
  3. Create Plan of Action and Milestones (POA&M)
  4. Implement remediation measures
  5. Verify fixes in next scan cycle

Prioritization Strategy:

  • Critical software vulnerabilities (highest priority)
  • Database misconfigurations
  • Encryption weaknesses
  • Authentication issues
  • Lower risk vulnerabilities (as resources allow)

This approach allowed prioritization of patching critical software vulnerabilities and updating database misconfigurations first. The POA&M provided an actionable way to move from the current state to the desired state, helping to continually close the gaps identified by the ongoing gap analysis in the vulnerability management program.

Conclusion

A gap analysis is a powerful tool that can help organizations improve security and performance by identifying areas for improvement. Whether migrating to the cloud or enhancing system and network security, a gap analysis helps achieve desired outcomes and results. By following the steps of a gap analysis, organizations can ensure they have a comprehensive plan to bridge the gap between their current and desired states.

Key Takeaways