Imagine working as a Security Operations Center (SOC) analyst during a busy shift. Multiple security alerts appear on your dashboard. One alert reports a suspicious login, another flags a potentially harmful file, and a third shows unusual network activity.

You need to investigate every alert, collect evidence, check threat intelligence, document your findings, and decide what to do next.

Now imagine repeating these steps for dozens or even hundreds of alerts every day.

This is one of the biggest challenges faced by modern SOC teams. Manual security workflows give analysts control over investigations, but repetitive tasks can consume valuable time. On the other hand, automation can connect security tools, perform routine checks, and help analysts respond faster.

This is where Shuffle SOAR becomes relevant.

But does using Shuffle SOAR automatically make a SOC better than a team that relies on manual workflows? Not necessarily. The right choice depends on the team’s size, technical skills, security requirements, alert volume, and available resources.

In this guide from Axximum Infosolutions, we will compare Shuffle SOAR with manual SOC workflows, explore practical examples, explain the advantages and limitations of each approach, and help you understand when automation makes sense.

By the end, you will know how to evaluate SOC Automation Tools and choose a workflow that supports faster, more consistent, and safer security operations.

1. What Is Shuffle SOAR?

Shuffle SOAR is a security automation platform that helps teams connect security products and build workflows for investigating and responding to security events.

SOAR stands for Security Orchestration, Automation, and Response.

In simple terms, a SOAR platform connects different security tools so they can share information and perform predefined actions as part of a workflow.

For example, a SOC analyst may need to investigate a suspicious IP address. Instead of manually opening several tools, copying the IP address, checking threat intelligence, and updating a ticket, a Shuffle workflow can connect these steps through supported integrations and APIs.

How Shuffle SOAR Works

A typical workflow follows this pattern:

1. Security Alert

An alert arrives from a SIEM or another connected tool.

2. Shuffle Workflow

A trigger starts the workflow and passes the alert data to the next steps.

3. Automated Investigation

Connected tools enrich indicators, check reputation and collect evidence.

4. Result and Response

The workflow creates a ticket, sends a notification or requests analyst approval for a response.

Illustrative workflow. Actual actions depend on integrations, permissions and configuration.

Shuffle provides a visual workflow builder, app integrations, triggers, conditions and support for API-based connections. The exact workflow depends on the security products your organization uses.

Who Can Benefit From Shuffle SOAR?

Shuffle SOAR may be useful for:

• SOC teams investigating repeated security alerts.
• Managed Security Service Providers (MSSPs) managing multiple environments.
• Security analysts who want to reduce repetitive tasks.
• Teams connecting SIEM, threat intelligence, ticketing and response tools.
• Security engineers building custom incident response workflows.

However, automation is only effective when the workflow is designed, tested and maintained properly.

2. What Are Manual SOC Workflows?

Manual SOC workflows rely on analysts to perform investigation and response steps themselves, using the security tools available to them.

For example, when a SIEM generates a suspicious login alert, an analyst might:

1. Open the SIEM dashboard.
2. Review the alert details.
3. Copy the username, source IP address and timestamp.
4. Check the IP address using a threat intelligence service.
5. Review authentication logs.
6. Compare the activity with the user’s normal behaviour.
7. Document the findings in a ticket.
8. Decide whether escalation or containment is required.

The analyst controls each step and decides what to investigate next.

Advantages of Manual Workflows

Manual workflows are valuable because they give analysts direct control over investigations.

They are especially useful when:

• The alert is unusual or complex.
• The available evidence is incomplete.
• The analyst needs to understand business context.
• A response could disrupt a legitimate user or business service.
• The SOC is still developing its incident response procedures.

Limitations of Manual Workflows

Manual investigation also has disadvantages.

• Repetitive checks take time.
• Copying information between tools can introduce errors.
• Analysts may follow inconsistent procedures.
• Alert backlogs can grow during busy periods.
• Overnight and weekend workloads can be difficult to manage.
• Documentation may vary between analysts.

Manual work is not inherently bad. The challenge is deciding which steps require human judgement and which can be performed consistently by a machine.

3. Shuffle SOAR vs Manual Workflows: Key Differences

Both approaches can support effective security operations. The main difference is how much of the investigation process happens automatically and how much depends on an analyst performing each step.

Comparison	Shuffle SOAR	Manual Workflows
Repetitive tasks	Can automate configured tasks	Analyst performs each task
Investigation speed	Can reduce time spent on routine checks	Depends on workload and analyst speed
Consistency	Follows configured workflow logic	Can vary between analysts
Human judgement	Required for exceptions and important decisions	Central to every investigation
Initial effort	Requires setup, integration and testing	Can begin with existing tools and procedures
Maintenance	Workflows and integrations need maintenance	Procedures and documentation need updates
Scaling	Can process repeated workflows automatically, subject to capacity	Usually requires more analyst time as workload grows
Complex incidents	Supports evidence collection and routine steps	Useful for adapting to unusual situations
Response actions	Can execute approved actions if integrated and configured	Analyst performs or initiates actions
Best use	Repetitive, well-defined tasks	Ambiguous, sensitive or unfamiliar cases

The table describes general differences between automation and manual processes, not a guarantee of performance for every deployment.

Which Is Faster?

Shuffle SOAR can complete repetitive steps without requiring an analyst to perform each action manually. However, total incident resolution time also depends on API response times, system availability, workflow design, investigation complexity and human approval requirements.

Manual workflows can be fast for simple alerts, especially when an experienced analyst already knows exactly what to check.

Which Is More Accurate?

Neither approach guarantees accuracy.

A well-tested automated workflow can reduce inconsistent checks and copying errors. However, incorrect logic or poor-quality input data can cause the same mistake to repeat across many alerts.

Manual analysts can recognize unusual details that a predefined workflow might miss, but they can also overlook information or make mistakes under pressure.

The best approach combines repeatable automation with human oversight.

4. Practical Example: Investigating a Suspicious IP Address

Let’s compare how the same security alert might be handled by a manual SOC team and a team using Shuffle SOAR.

Imagine that a SIEM detects repeated failed login attempts from an unfamiliar public IP address.

Option A: Manual Investigation

The analyst receives the alert and:

1. Opens the SIEM and reviews the event.
2. Identifies the source IP address.
3. Checks the IP against an approved threat intelligence source.
4. Searches authentication logs for related activity.
5. Checks whether any login succeeded after the failed attempts.
6. Reviews the affected account and its recent activity.
7. Records the evidence in the incident ticket.
8. Decides whether to escalate the alert.

This approach allows the analyst to investigate the incident directly. However, every repeated step requires additional time.

Option B: Investigation Using Shuffle SOAR

A configured Shuffle workflow could:

1. Receive the alert through a supported trigger or integration.
2. Extract the source IP, username and relevant event details.
3. Query a connected threat intelligence service.
4. Retrieve additional information from connected security tools.
5. Apply predefined conditions to organize the findings.
6. Create or update an incident ticket.
7. Send a notification containing the evidence.
8. Request analyst review before taking a sensitive response action.

Shuffle supports workflows that connect applications and APIs, but the exact actions must be configured and the relevant services must be available.

What Is the Practical Difference?

The automated workflow can collect and organize information while the analyst focuses on interpreting the evidence.

For example, the analyst can determine whether the failed logins indicate password guessing, a misconfigured application or legitimate activity from an unusual location.

The workflow helps with repetitive evidence collection. The analyst remains responsible for the security decision.

Important: An unfamiliar IP address or a high number of failed logins does not automatically prove that an account has been compromised.

5. Practical Example: Phishing Email Investigation

Phishing is another useful example because the initial investigation often involves several repeatable checks.

Manual Workflow

A SOC analyst receives a phishing report and manually:

• Opens the reported email.
• Reviews the sender and reply-to address.
• Extracts URLs and file hashes.
• Checks URLs and hashes against approved analysis services.
• Searches for other messages containing the same indicators.
• Records the evidence.
• Determines whether the message needs to be escalated.

Shuffle SOAR Workflow

A suitable automation could:

• Receive a phishing report from a connected email or ticketing system.
• Extract the sender, URLs and file hashes.
• Query connected analysis services.
• Search for matching indicators using supported integrations.
• Create an incident record.
• Notify the SOC analyst of the findings.
• Request approval before deleting messages or blocking indicators.

Which Is Better for Phishing?

Shuffle SOAR is particularly useful when the team receives many similar reports and follows a consistent investigation process.

Manual investigation remains important when an email contains unusual context, a potentially legitimate business request or indicators that automated checks cannot interpret reliably.

Also, threat intelligence results should not be treated as absolute proof. A URL or file with no known malicious reputation may still be dangerous.

6. Advantages of Shuffle SOAR for SOC Teams

6.1 Less Repetitive Work

SOC analysts often spend time collecting the same types of information from different tools.

Automation can handle predefined checks and data transfers, allowing analysts to spend more time investigating suspicious behaviour.

6.2 Faster Evidence Collection

A workflow can query several connected services in sequence and collect their results in one process.

This can reduce the time spent switching between dashboards and copying data manually.

6.3 More Consistent Investigations

A properly configured workflow follows the same logic whenever its conditions are met.

For example, every qualifying phishing alert can go through the same initial enrichment and documentation steps.

6.4 Better Integration Between Security Tools

Security teams often use different products for monitoring, threat intelligence, endpoint protection, case management and communication.

Shuffle can connect supported applications and services through workflows and API integrations.

6.5 More Time for Advanced Investigations

When routine tasks require less manual effort, analysts can devote more attention to complex incidents, threat hunting, detection improvements and incident response planning.

However, these benefits depend on selecting the right workflows and measuring whether they actually improve the team’s operations.

7. Limitations of Shuffle SOAR

Automation is not a magic solution for every SOC problem.

7.1 Initial Setup Requires Technical Skills

A team must understand its security process, select suitable integrations, configure authentication, define workflow conditions and test the results.

Complex workflows may require API knowledge, data transformation and troubleshooting.

7.2 Integrations Can Fail

A connected service may be unavailable, reject an API request, change its API or return incomplete information.

Workflows should include appropriate error handling, logging and retry logic where suitable.

7.3 Incorrect Automation Can Multiply Mistakes

Consider a workflow that blocks every IP address flagged by a single threat intelligence source.

If the source produces a false positive, the workflow could block legitimate traffic.

For this reason, sensitive actions should have clear conditions, appropriate safeguards and human approval when required.

7.4 Automation Requires Maintenance

Security tools, APIs, credentials and incident response procedures change over time.

The SOC must regularly review workflows, test integrations and update outdated logic.

7.5 Automation Does Not Replace Skilled Analysts

Shuffle can execute configured actions, but it cannot guarantee that every incident will be understood correctly.

Human judgement remains essential for complex incidents, business impact assessment and decisions that could affect users or critical systems.

8. When Are Manual SOC Workflows Better?

Manual workflows can be the better choice in several situations.

Small SOC Teams With Limited Automation Experience

A team that is still building its incident response procedures may benefit from documenting and practising its processes before automating them.

Complex or Unusual Security Incidents

An unfamiliar attack may require analysts to explore evidence, test different explanations and adjust their investigation as new information appears.

Sensitive Response Decisions

Disabling a privileged account, isolating a critical server or blocking a major network connection can affect business operations.

These actions should not be automated without carefully defined conditions, authorization and safeguards.

Early-Stage Security Operations

If a SOC has no consistent process for handling an alert, automating it too early can make the process harder to understand and troubleshoot.

First establish what a good investigation looks like. Then identify which steps can be automated safely.

9. When Is Shuffle SOAR the Better Choice?

Shuffle SOAR becomes more attractive when a SOC has repeatable processes and enough alert volume to justify automation.

Consider it when:

• Analysts repeatedly perform the same enrichment checks.
• Several security tools need to exchange information.
• Incident tickets require the same fields and evidence.
• Phishing reports follow a predictable investigation process.
• Alerts need consistent routing and notification.
• The team wants to reduce manual copying and documentation.
• Security engineers can maintain and test workflows.

Shuffle offers both self-hosted and cloud-oriented options, but the right deployment depends on the organization’s requirements, data handling needs and operating model. Check the current official documentation before selecting an option.

10. SOC Automation Tools: A Simple Implementation Plan

If your SOC is considering Shuffle SOAR, avoid automating every process at once. Start with one low-risk, repetitive workflow and expand after you have measured the results.

Step 1: Identify repetitive tasks

Review the work analysts perform every day. Look for repeated alert enrichment, ticket creation, indicator lookups and notifications.

Step 2: Select one use case

Start with a process that has clear inputs, predictable steps and limited risk. Phishing alert enrichment is one possible example.

Step 3: Build the workflow

Connect the trigger, required applications, data processing steps, conditions and output actions. Use supported integrations or APIs.

Step 4: Test before production

Use test alerts or controlled simulations. Check normal cases, false positives, missing fields, unavailable services and failed API requests.

Step 5: Keep human approval for risky actions

Initially use automation for investigation and notification. Require an analyst’s approval before high-impact actions such as disabling accounts or isolating endpoints.

Step 6: Measure and improve

Track execution failures, time saved, analyst review time, false positives and incorrect actions. Improve the workflow based on actual results.

Shuffle’s official documentation provides guidance on workflow construction, triggers, integrations, execution history and workflow testing.

Which Metrics Should You Track?

Use these metrics to determine whether automation is helping your SOC.

Metric	What it tells you
Mean Time to Acknowledge (MTTA)	How quickly alerts receive attention
Mean Time to Respond (MTTR)	How long response takes, using a clearly defined measurement
Investigation time	Time analysts spend reviewing each alert
Automation success rate	Percentage of executions that finish successfully
Workflow failure rate	How often workflows fail or need intervention
False-positive rate	How often alerts are incorrectly classified as suspicious
Analyst workload	Whether repetitive work has decreased
Unsafe action rate	Whether workflows perform incorrect or unauthorized actions

Establish a baseline before automation and compare results afterward. Do not assume that automation has improved security simply because the workflow executes faster.

11. Security Best Practices for SOC Automation

A workflow that interacts with security systems must be treated as part of your security infrastructure.

Follow these practices:

• Use least privilege: Give each integration only the permissions it needs.
• Protect credentials: Store API keys and tokens securely. Avoid hardcoding secrets into workflow fields or logs.
• Validate inputs: Check alert data before using it in API calls or response actions.
• Add approval steps: Require human review for high-impact actions where appropriate.
• Log execution results: Record successes, failures, decisions and relevant evidence.
• Plan for failure: Define what happens when an integration is unavailable or returns incomplete data.
• Review access regularly: Remove unnecessary credentials and permissions.
• Test after changes: Revalidate workflows after updates to APIs, integrations or security policies.
• Prepare a rollback process: Know how to reverse or stop an automated action where possible.

For a production deployment, also review data retention, access control, network exposure, backups and the security requirements of your chosen Shuffle deployment model.

12. Final Comparison: Which Should Your SOC Choose?

The answer depends on what your team needs to improve.

Choose Shuffle SOAR when…

You have repeatable processes, high volumes of similar tasks, supported integrations and a team that can build, test and maintain workflows.

Choose manual workflows when…

Your processes are still changing, investigations require frequent judgement, or the cost and maintenance of automation are not yet justified.

Choose a hybrid approach when…

You want automation to collect evidence and handle routine tasks while analysts retain control over investigation findings, escalation and sensitive response decisions.

For many SOC teams, a hybrid approach is a sensible starting point: automate repetitive, well-understood steps first and keep human oversight for decisions that carry significant risk.

Key Takeaways

• Shuffle SOAR can automate repetitive security tasks and connect supported security applications.
• Manual workflows provide flexibility and direct analyst control, particularly during complex investigations.
• SOC automation can improve consistency and reduce repetitive work, but it does not guarantee faster incident resolution.
• Poorly designed workflows can repeat mistakes or trigger unsafe actions.
• Start with a clearly defined, low-risk use case before automating critical response actions.
• Measure automation success using investigation time, workflow reliability, false positives and analyst workload.
• A hybrid model often offers a practical balance between efficiency and human judgement.
• SOC Automation Tools are most useful when they support a well-defined security process rather than attempting to replace one.

Conclusion

So, which is better for SOC automation: Shuffle SOAR or manual workflows?

The answer is not the same for every security team.

Manual workflows remain valuable when analysts need flexibility, context and direct control over an investigation. Shuffle SOAR can make repetitive processes more efficient by connecting security tools, collecting evidence and performing predefined actions.

However, successful automation requires more than selecting a platform. Teams must understand their incident response procedures, configure integrations carefully, test workflows and maintain appropriate safeguards.

For many organizations, the best strategy is to automate repetitive tasks while keeping skilled analysts responsible for important security decisions.

Start with one well-defined use case, measure the results and expand only when the workflow proves reliable.

At Axximum Infosolutions, developing practical cybersecurity knowledge is an important step toward understanding how modern SOC teams investigate threats, use automation and respond to incidents effectively.

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Are you interested in learning how SOC analysts use automation to investigate security alerts and improve incident response?

Explore cybersecurity training at Axximum Infosolutions and build your understanding of SOC operations, security monitoring, incident investigation and automation concepts.

Whether you are a beginner exploring cybersecurity or an aspiring SOC analyst looking to develop practical skills, learning how manual workflows and SOAR platforms work together can help you prepare for real-world security challenges.

Take the next step in your cybersecurity journey with Axximum Infosolutions.

Visit the Axximum Infosolutions website or contact the institute to learn about relevant cybersecurity courses and practical training opportunities.

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Frequently Asked Questions (FAQs)

1. What is the difference between Shuffle SOAR and manual SOC workflows?

Shuffle SOAR automates configured security tasks by connecting applications, APIs and workflow logic. Manual SOC workflows require analysts to perform the investigation steps themselves. Shuffle can reduce repetitive work, while manual workflows provide flexibility and direct human control.

2. Is Shuffle SOAR free to use?

Shuffle has offered open-source, self-hosted options, along with cloud and other deployment models. Availability, features and commercial terms can differ by offering. Check the official Shuffle website for current options before choosing a deployment.

3. Can beginners use Shuffle SOAR?

Yes, beginners can learn Shuffle SOAR, especially if they understand basic cybersecurity concepts, incident response and API fundamentals. Start with simple workflows, such as enriching a test alert or sending a notification. Learn workflow triggers, conditions, authentication and error handling before building complex automations.

4. Does Shuffle SOAR replace SOC analysts?

No. Shuffle SOAR can automate predefined tasks, but SOC analysts remain important for interpreting evidence, investigating unusual activity, assessing business impact and making sensitive security decisions. Automation supports analysts rather than removing the need for human expertise.

5. Which SOC tasks should be automated first?

Start with repetitive, low-risk tasks such as threat intelligence enrichment, alert data collection, ticket creation, incident notifications and routine evidence gathering. Test the workflow before using it in production. Keep human approval for actions that could disrupt users or critical systems.

6. Is Shuffle SOAR better than manual workflows for incident response?

Shuffle SOAR can be more efficient for repetitive and well-defined tasks, particularly when multiple security tools need to work together. Manual workflows can be better for unfamiliar incidents and situations requiring substantial judgement. Many teams benefit from combining automation with human review.