Security Operation Center Project Planning and Development Step by Step

Before we talk about SOC Project Planning and Development, we must ensure that we can get management approval to build Security Operation center in our organization. Getting management approval for building a Security Operations Center (SOC) requires careful planning and effective communication.

Here are some steps to consider when seeking management approval for building a SOC:

  1. Identify the business case: Start by identifying the business case for building a SOC. Consider the organization’s specific security risks and the potential impact of a security breach. Highlight the benefits of having a SOC, such as improved threat detection and response times, reduced risk of data loss, and improved compliance with regulatory requirements.
  2. Define the scope: Define the scope of the SOC project, including the specific systems, processes, and personnel required to build and operate the SOC. Develop a project plan that outlines the key milestones, timelines, and deliverables required to build the SOC.
  3. Develop a budget: Develop a detailed budget that covers all the costs associated with building and operating the SOC. Include costs for hardware and software systems, professional services, personnel, training, and ongoing maintenance and support.
  4. Obtain stakeholder buy-in: Obtain buy-in from key stakeholders within the organization, including executives and board management, department heads, and other decision-makers. Highlight the benefits of building a SOC and the risks of not doing so. Address any concerns or objections that stakeholders may have and provide solutions to mitigate those risks.
  5. Develop a communication plan: Develop a communication plan that outlines how the SOC project will be communicated to all stakeholders, including employees, customers, and partners. Develop a clear and concise message that highlights the benefits of the SOC and the importance of cybersecurity for the organization. Be prepared to answer questions and provide additional information as needed.
  6. Execute the project: Once approval is obtained, execute the project plan, including building and testing the SOC, training personnel, and implementing processes and procedures. Monitor progress against the project plan and adjust as necessary to ensure the project stays on track.

By following these steps, organizations can increase the likelihood of obtaining management approval for building a SOC and ensure the successful implementation of the project.

Image Credit : https://www.sourcesecurity.com/insights/visualisation-platforms-security-operation-center-co-1611850725-ga.1620641389.html

Security Operations Center (SOC) project planning is the process of developing a comprehensive plan for creating, implementing, and managing a SOC. The objective of SOC project planning is to ensure that the SOC meets the organization’s security requirements and is designed to detect, analyze, and respond to security threats effectively.

A Security Operations Center (SOC) project planning involves the process of defining the objectives and scope of the SOC, identifying the required resources, and establishing a plan to implement the SOC within the organization.

When reading “Blue Team Handbook : SOC, SIEM, and Threat Hunting Notes from the Field” by Don Murdoch, he explained step by step in SOC Project Planning as below :

  1. Develop key business focused understanding of the organization and how the SOC can support its goal and objective
  2. Build your initial business case, charter, project plan, budget, request, and justification to support building the SOC
  3. Conduct an Environmental Data Inventory Survey (EDIS)
  4. Planning and implementation of identified data sources that your organization have
  5. Plan the technology provisioning process to support the SIEM, and another identified SOC Services
  6. Build your Log architecture, source data collection delivery, and SIEM logging deployment plan
  7. Build out Use Cases
  8. Build your response process
  9. Build your SOC Metrics
  10. Build and implement your continuous training program

Each of the step by step above will define separately in another posts (hopefully i have time to write that LOL). But in short, what Mr. Don Murdoch mention in step by step above in his book, it is clearly important to plan your SOC Project carefully, because it is not as easy as it looks. It is not just buy a tools, implement it, and voila, you have a Brand New SOC.

No, it is not.

In Security Operations Center (SOC) project planning, several aspects should be highlighted to ensure a successful SOC implementation. Here are some of the key aspects that should be highlighted:

  1. Objectives and scope: Clearly defining the objectives and scope of the SOC is essential for effective project planning. This involves identifying the specific security threats and risks that the SOC will address, the systems and assets that need protection, and the level of protection required.
  2. Resources: Identifying and allocating resources, such as hardware and software systems needed, personnel and team who will be inc charge for the operation (in house or outsources to MSSP), relevant training to SOC Team, and other resources necessary to operate the SOC effectively.
  3. Risk assessment: Conducting a comprehensive risk assessment to identify potential threats and vulnerabilities in the organization’s existing security infrastructure, evaluating the likelihood and potential impact of various security incidents, and determining the specific measures needed to prevent, detect, and respond to them.
  4. Architecture and infrastructure: Developing the architecture and infrastructure of the SOC, including the physical and logical design of the SOC, such as network topology, hardware and software systems, security protocols, and data management. Define the existing technology integration that will be involved in the SOC process. Also do not forget about the storage and the retention policy for SIEM and other technology in SOC. One of the critical point when designing and architecting the SIEM as a main component technology in SOC is about the sizing. Which license type that your organization needed, and hardware requirement.
  5. Policies and procedures: Developing comprehensive policies and procedures for SOC operations, including incident management, change management, access control, and data protection.
  6. Training and awareness: Providing training and awareness programs for SOC personnel, management, and end-users to ensure that all stakeholders understand the importance of security and their role in maintaining the SOC’s effectiveness.
  7. Continuous improvement: Establishing a continuous improvement process to monitor SOC performance, identify areas for improvement, and implement changes as needed.

Overall, SOC project planning should be a comprehensive approach that considers all aspects of establishing an effective SOC within an organization. Highlighting the above aspects will help ensure that the SOC project is successful in meeting the organization’s security objectives and protecting its assets.

Other things that comes in my mind is, reference from SOC Capability Maturity Model (SOC-CMM) https://www.soc-cmm.com/. You need to improve your SOC once you have successfully build it, right? You can refer to SOC-CMM to identified the gaps with your current existing SOC with the best practice in industry with SOC-CMM. I will talk about SOC-CMM in the near future and my experience in SOC Gap Assessment Project utilizing SOC-CMM Framework (hopefully i have time to do that).

Finally, the SOC project planning process is a critical component of establishing an effective SOC within an organization. It involves a comprehensive approach to identifying risks and vulnerabilities, determining the resources needed, and developing a plan to implement the SOC in a way that meets the organization’s specific security needs.

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Digit Oktavianto
MII Cyber Security Consulting Services

DFIR Enthusiast ; Threat Intelligence Enthusiast ; Born to be a Blue Team ; {GEIR, GCIH, GMON, GCTI, GICSP, GCFE, eCMAP; eCTHPv2; CEH, CSA, CTIA, ECIH, CHFI}