Quick answer
A SOAR playbook is an automated incident response workflow that runs when a security trigger occurs, such as a SIEM alert, an EDR detection, or a reported phishing email. It gathers context, applies decision logic, executes response actions across connected tools, and records every step for analysts, audits, and compliance.
In a working SOC, the playbook is what ties your SIEM, XDR, EDR, identity provider, threat intel feeds and case management together. Set up well, it cuts alert fatigue, brings mean time to respond down and gives regulated teams the audit trail auditors ask for.
Most SOCs we walk into don't have a detection problem. The alert fired. Nobody got to it in time. That's the gap a playbook closes.
Key Takeaways
- What it is: a SOAR playbook runs a predefined response the moment an alert fires and logs every step it takes.
- Build these first: phishing triage, alert enrichment and IOC lookups, followed by EDR triage and credential threats.
- Who it's for: SOC teams buried in repetitive alerts, MSSPs running many clients, regulated operators who need response evidence, and teams comparing SOAR options.
- Keep a human in the loop for any action that can disrupt the business.
- Give every playbook an owner, because APIs, data formats and detection rules change.
Key Terms
These are the abbreviations used throughout this guide.
- SOAR
- Security Orchestration, Automation, and Response: software that connects security tools and runs automated response workflows
- SIEM
- Security Information and Event Management: collects logs and raises alerts
- XDR
- Extended Detection and Response: detection and response across endpoint, identity, email and cloud in one platform
- EDR
- Endpoint Detection and Response: monitors and acts on laptops and servers
- IOC
- Indicator of Compromise: a known-bad IP, domain, file hash or URL
- TDIR
- Threat Detection, Investigation, and Response: the full detect-to-contain process
- ITSM
- IT Service Management: the ticketing system IT teams work from
- MSSP
- Managed Security Service Provider: runs security operations for many client organizations
- MTTR
- Mean Time to Respond: average time from alert to containment
What Is a SOAR Playbook?
A SOAR playbook is a response procedure written as a workflow that your SOAR platform can run by itself. Once the trigger fires, it works through a fixed set of steps across your security tools, branches based on what it finds, and logs what it did.
Picture the checklist your analysts already follow, running at 3 a.m. with nobody at the keyboard. It checks the IP, pulls the user's sign-in history, quarantines the email, isolates the laptop and opens the ticket.
The word comes from incident response. SOC teams kept a written playbook for each incident type, and SOAR platforms turned those documents into workflows that actually run. Most of them do four jobs: enrichment, triage, response and record keeping.
How a SOAR Playbook Works
A SOAR playbook moves an alert from trigger to closed case through five parts: trigger, logic and enrichment, actions, approval gate, and audit trail. The first three do the work. The last two are what let you switch it on in production without worrying that one bad run takes a server offline or locks your CFO out of email.
- Trigger. The event that starts the run: a high-severity SIEM alert, an EDR detection, an identity provider alert, a user-reported phishing email, or a schedule.
- Logic and enrichment. The playbook pulls context from threat intelligence feeds, the asset inventory, the identity provider and logs. Conditional branches then pick the path: Is the hash known bad? Is the sender domain younger than 30 days? Is the host a server or a laptop?
- Actions. The playbook acts through integrations (also called apps or connectors): quarantine an email, isolate an endpoint, block an IP at the firewall, disable an account, or open an ITSM ticket.
- Approval gate. A pause before any action that could disrupt the business, such as isolating a production server or disabling an executive's account. The playbook prepares the evidence and waits for a named analyst.
- Audit trail. Every step, input, output and approval is saved to the case. That record supports investigations, client reporting and compliance evidence.
Anatomy of a SOAR Playbook
Five parts, from the alert that starts it to the record it leaves
SOAR Playbook vs Runbook vs Automation Rule
A runbook explains how to complete one task, such as resetting MFA or restoring a server. A playbook defines how to handle a whole incident scenario, including decisions, escalation paths, approvals, and automated actions. An automation rule performs a single action when a condition is met. In a SOAR platform, a playbook often runs several runbook steps.
| Compare | Automation rule | Runbook | SOAR playbook |
|---|---|---|---|
| Question it answers | "When X happens, do Y" | "How do I do task X?" | "How do we handle situation Y?" |
| Scope | One action | One task or procedure | A whole incident type |
| Logic | Single condition | Linear steps | Branching decisions |
| Run by | The tool that holds the rule | A person or a script | The SOAR platform, with people at approval gates |
| Tool coverage | Usually one tool | One system or task | Many tools in one flow |
| Rollback | Rarely | Sometimes documented | Can be built in |
Here's how we explain it to new analysts. The playbook is the decision layer and runbooks are the task layer. The playbook reads the alert, enriches it and picks a path. Each branch then calls a runbook step. Some steps are automated, like isolating a host. Others are manual, like phoning the user to check. If the automation breaks, or a call needs human judgment, the analyst falls back to the written runbook.
How Playbooks, Runbooks and Rules Fit Together
The playbook decides, runbook steps do the work, and a rule handles one simple case
People mix the two words up, and it's easy to see why. In plenty of SOCs, "runbook" means the written procedure someone follows by hand and "playbook" means the automated version. Teams usually write the runbook first and automate the boring parts later, so both meanings are in use and neither is wrong.
Types of SOAR Playbooks
You can sort SOAR playbooks two ways: by how much they automate, and by the job they do. Real playbooks rarely do only one job. A phishing playbook enriches the alert, triages it, contains the threat and tells the right people, all before it closes the case.
| Automation level | What it does | Good fit |
|---|---|---|
| Manual (guided) | Lists the steps as tasks; an analyst runs each one | New or rare incident types, high-judgment cases |
| Semi-automated | Automates enrichment and preparation; a human approves the response | Containment, account actions, anything with business impact |
| Fully automated | Runs end to end with no human step | High-volume, low-risk work: enrichment, known-bad blocking, false-positive closure |
By function, most playbooks do one or more of these jobs:
| Function | Typical job |
|---|---|
| Enrichment | Reputation, asset, identity and location context added to every alert |
| Triage and routing | Severity scoring, deduplication, auto-close or escalate |
| Containment and response | Isolate, quarantine, block, disable, reset |
| Forensic | Capture memory, process lists and logs before containment |
| Identity and access | Session revocation, MFA reset, account disable |
| Vulnerability | Prioritize CVEs by exploitation and asset value, open patch tickets |
| Compliance and reporting | Collect evidence, build incident reports, track SLAs |
| Notification | Page on-call, update chat channels, notify asset owners |
Top SOAR Playbook Use Cases
The most common SOAR playbook use cases are phishing response, alert enrichment, vulnerability management, malware containment and identity response. In the SANS Institute's 2024 State of Automation in Security Operations survey, 52% of organizations said they already automate phishing response, 43% vulnerability management and 42% data enrichment.
Most teams have started. Few have finished. In the SANS Institute's 2024 Detection and Response survey, 64% of organizations had integrated automated response, but only 16% had fully automated it.
Libraries also stay smaller than people expect. Forrester principal analyst Allie Mellen wrote in 2022 that teams often implement a maximum of 5 to 10 playbooks in their first several years with SOAR. That isn't a failure. These use cases work because the response can be mapped out before the alert ever fires, and only a handful of security workflows are that predictable.
What Teams Already Automate
Share of organizations, SANS Institute surveys, 2024
The table below maps each use case to what the playbook automates and what usually triggers it.
| Use case | What the playbook automates | Typical trigger |
|---|---|---|
| Phishing triage and remediation | IOC extraction, reputation checks, mailbox search, quarantine | User report, email gateway alert |
| Malware and ransomware containment | Process tree, host isolation, C2 blocking, evidence capture | EDR or SIEM detection |
| EDR alert triage | Hash checks, false-positive filtering, prioritization | EDR alert |
| Credential threat response | Session revocation, password reset, MFA enforcement | Brute force, password spray, MFA fatigue |
| Identity anomaly (impossible travel) | Location and VPN checks, user confirmation, escalation | Identity provider alert |
| SIEM alert enrichment and triage | Identity, asset, location and history context; risk score | Any SIEM alert |
| Threat intelligence enrichment | IP, domain, hash and URL reputation | Any alert with an IOC |
| Domain intelligence | WHOIS age, DNS, lookalike and reputation checks | New or suspicious domain |
| Vulnerability prioritization | Exploitation status, asset value, ticket routing | Scanner finding, new CVE |
| Cloud policy enforcement | Revert misconfiguration, log violation, notify owner | Cloud posture alert |
| Threat hunting | Hunt queries across SIEM, EDR and cloud logs | Schedule, new threat advisory |
| Compliance auditing and reporting | Evidence collection, incident reports, SLA tracking | Case closure, schedule |
12 SOAR Playbook Examples, Step by Step
Below are 12 SOAR playbook examples we've built for real SOC and MSSP clients. Each one opens with the trigger, then walks through the steps in the order the playbook runs them. Your tools and thresholds won't match ours exactly, so change them to fit.
1. Phishing Response SOAR Playbook
If you only build one playbook this year, make it this one.
Triggera user reports an email, or the email gateway flags one.
- Take in the reported email and its full headers.
- Extract URLs, attachments, sender address, reply-to and sending IPs.
- Check each indicator against threat intelligence and detonate attachments in a sandbox.
- Search every mailbox for the same message, including copies nobody reported.
- Classify the case: credential phishing, malware, business email compromise or vishing.
- If malicious: quarantine all copies, block the sender domain and URLs, warn affected users, open a P1 or P2 ticket.
- If anyone clicked: hand off to the credential threat playbook (example 4).
- If safe: close the ticket, thank the reporter, log the false positive and tune the filter.
The Phishing Playbook as a Flow
Step 5 is where analysts lose most of their time. Across WhyCrew client deployments, automating it cut phishing response time from 45–90 minutes to under 5 minutes.
2. Ransomware Containment SOAR Playbook
Triggera malware alert from EDR or a SIEM rule.
- Pull the process tree, parent process and signs of lateral movement from EDR.
- If ransomware behavior appears, isolate the device at once.
- Capture memory and the running process list before isolation completes.
- Hash the sample and check it against threat intelligence.
- Block command-and-control IPs and domains at the firewall and proxy.
- Review sign-in logs for the user and machine over the past 24 hours.
- Open a P1 ticket with all context filled in.
- Alert the incident response lead, the system owner and, if needed, a compliance officer.
- Start a backup integrity check for affected systems.
An analyst takes over at step 7. By then, the host is already contained.
3. EDR Triage SOAR Playbook
Triggerany EDR alert. EDR tools are noisy, and most of what they flag is harmless, so this playbook does the first pass.
- Pull file hash, process path, command line and signer.
- Check the hash against threat intelligence and your allow list.
- Look up the device: owner, criticality, last patch date.
- Correlate with SIEM logs for the same host over the past 72 hours.
- Score the alert and set priority.
- Auto-close known benign activity with a logged reason.
- For high scores, run the containment playbook (example 2) behind an approval gate.
4. Credential Threat SOAR Playbook (Brute Force, Password Spray, MFA Fatigue)
Triggermany failed sign-ins for one account, failed sign-ins across many accounts from one source, repeated MFA push denials, or leaked credentials found in a breach feed.
- Identify the pattern: brute force, password spray, MFA fatigue or leaked credentials.
- Check the source IP against threat intelligence, Tor and hosting-provider lists.
- Check whether any attempt succeeded.
- If none succeeded: block the source IP and add the accounts to a watch list.
- If one succeeded: revoke all active sessions and tokens for that user.
- Force a password reset and re-register MFA, preferring a phishing-resistant method.
- For privileged or executive accounts, require approval before disabling the account.
- Search for follow-on activity: new inbox rules, OAuth grants, MFA device changes.
- Notify the user and their manager through a known-good channel.
5. Impossible Travel SOAR Playbook
Triggersign-ins for one user from two distant locations within a short window.
- Check whether either location matches a company office or one of your VPN exit points.
- Compare the MFA outcome, device health and browser for each sign-in.
- Pull the user's normal sign-in pattern for the past 30 days.
- Message the user to confirm the activity.
- If confirmed, close with a note. If not, or no reply in a set time, escalate.
- On escalation, revoke sessions and run the credential threat playbook.
Expect to tune this one more than any other. VPNs, business trips and mobile networks all throw location data off.
6. SIEM Enrichment SOAR Playbook
Triggerany SIEM alert above a set severity. Many alerts don't need a response, only context.
- Check the asset list: managed device? High-value user?
- Pull identity data from the directory: role, department, manager.
- Pull recent sign-in history and device details.
- Check the source IP against threat intelligence and location data.
- Look for related alerts on the same user or host over the past 72 hours.
- Score the alert: low, medium or high likelihood of a real threat.
- Route it: auto-close if low, assign if medium, escalate now if high.
Across WhyCrew client deployments, this saved 15 to 20 minutes of manual lookups per alert.
7. IOC Enrichment SOAR Playbook
Triggerany alert containing an IP, domain, file hash or URL.
- Query your threat intelligence sources, such as VirusTotal, AlienVault OTX or MISP.
- Collect reputation scores, tags (botnet, C2, phishing, scanner) and past sightings.
- Write that context onto the alert in the SIEM.
- If clearly malicious, raise severity and route to an analyst.
- If unclear, log the result and keep severity as is.
- If not found anywhere, flag for review rather than treating it as safe.
8. Domain Intelligence SOAR Playbook
Triggera new domain seen in email, proxy or DNS logs, or a domain extracted by another playbook. Newly registered and lookalike domains have no reputation yet, so this playbook judges them on other evidence.
- Look up WHOIS registration date, registrar and privacy status.
- Check DNS records (A, MX, NS) and recent changes.
- Check TLS certificate age and issuer.
- Compare the name to your own brands to catch lookalikes and typosquats.
- Query reputation and passive DNS sources.
- Score risk: a domain under 30 days old that imitates your brand is high risk.
- If high risk: block at DNS and proxy, add to the email gateway block list, and alert the brand team.
9. Vulnerability Prioritization SOAR Playbook
Triggera scanner reports a new critical or high finding, or a new CVE is published.
- Check whether the CVE is exploited in the wild, for example against the CISA Known Exploited Vulnerabilities catalog.
- Look up the asset: internet-facing? Business-critical? Who owns it?
- Calculate a priority from severity, exploitation and asset value.
- Open a ticket for the right patching team with the fix and deadline.
- Track the ticket and escalate if the deadline passes.
10. Cloud Policy Enforcement SOAR Playbook
Triggera cloud posture tool flags a misconfiguration, such as a public storage bucket.
- Confirm the resource and its owner from tags.
- Check whether the resource holds sensitive data.
- Revert to the secure baseline, with an approval gate for production resources.
- Record the violation for audit.
- Notify the owning DevOps team which policy was broken and what fix was applied.
11. Threat Hunting SOAR Playbook
Triggera schedule, or a new threat advisory with indicators and techniques.
- Extract indicators and techniques from the advisory.
- Run hunt queries across SIEM, EDR and cloud logs in parallel.
- Merge and deduplicate hits.
- Open a case for each confirmed hit with the raw evidence attached.
- Turn repeat hunts into new detection rules.
12. Compliance Reporting SOAR Playbook
Triggera case closes, or a reporting deadline approaches.
- Collect the case timeline, actions taken and approvals.
- Check the response against the SLA and regulatory deadlines.
- Build the incident report in the format the framework expects, such as NIS2 or DORA for EU entities.
- Route it for sign-off and store it with a retention tag.
Which Alerts Should You Automate First?
Automate high-volume, repetitive, low-ambiguity alerts first. For most SOC teams, that means phishing triage, alert enrichment, IOC lookups, brute-force alerts and routine identity checks. They pay for themselves fastest, and if one misfires, the damage is small.
Where Each Alert Type Belongs
Alert volume against how much judgment the response needs
We also suggest building one gated containment playbook early, even though it'll rarely run. Leadership knows a serious incident will get a fast, approved response, and you get to test your approval process before a real emergency tests it for you. Vague, brand-new or context-heavy alerts are better left with people for now.
Benefits of SOAR Playbooks
The biggest benefit of SOAR playbooks is speed. Routine alerts get handled in seconds instead of waiting in a queue, and mean time to respond (MTTR) drops with them. You also get the same response every time, and you can take on more alerts without hiring.
Small teams notice it first. Analysts stop spending their shift on copy-and-paste lookups and get time back for real investigation and threat hunting. The night shift handles a phishing report exactly the way the day shift does.
How to Build a SOAR Playbook
Building a SOAR playbook usually follows seven steps: choose the use case, define the trigger, list data sources, map decisions, place approval gates, test, and deploy with an owner. Start with one process your analysts already follow and work through the steps below.
- Pick one use case. Choose a high-volume alert with a stable response, such as phishing. Write down how analysts handle it today. That runbook is your starting point.
- Define the trigger and scope. Which alert types start it? Which assets, users or clients are in scope, and which are not?
- List the data and enrichment sources. Name every data element the playbook handles (IP, domain, hash, user, host) and the tool that enriches each one.
- Map the decision logic. Write each branch with its threshold: what closes the alert, what escalates it, what triggers containment.
- Place approval gates. Mark every high-impact step, such as isolating a server or disabling an account, and require a named approver.
- Build and test. Build in the platform's editor, then replay real past alerts, including edge cases and malformed data, in a test environment.
- Deploy in stages and assign an owner. Run in recommend-only mode for two to four weeks, review the results, then let it act.
Map Your Playbook to the NIST Incident Response Lifecycle
The phases below follow NIST Special Publication 800-61 Revision 2 (2012). NIST's Revision 3, published in April 2025, aligns incident response to the Cybersecurity Framework (CSF) 2.0 functions, but these phases still map cleanly.
| NIST phase | What a SOAR playbook automates |
|---|---|
| Preparation | Little: this is people, policy and tooling. Playbooks encode the plan. |
| Detection and analysis | Enrichment, deduplication, correlation, severity scoring |
| Containment, eradication and recovery | Isolation, blocking, account actions, credential resets, backup checks |
| Post-incident activity | Case reports, metrics, lessons-learned tickets, detection tuning |
SOAR Playbook Best Practices
Most SOAR playbook best practices come down to two things: every playbook has an owner, and every change is controlled. Ten playbooks with owners will beat fifty without them. These are the habits we see in teams whose playbooks still work two years later:
- Give every playbook an owner who is responsible for its logic, integrations and retirement.
- Version every change with a log of what changed, who approved it and why.
- Review quarterly and after any tool, API or detection change.
- Fail loudly. Treat a null or missing field as an error, not a pass.
- Prefer stable interfaces. Integrations built on open standards tend to survive vendor updates better than ones built on a product's private API.
- Make actions reversible with a tested rollback for every containment step.
- Standardize enrichment so the same alert types always get the same context.
Where SOAR Playbooks Break Down
- Branch sprawl. Every new condition multiplies the paths a playbook has to handle. Combine asset type, severity, user role and location, and the decision tree grows faster than anyone can test it, so the odd combinations end up back in an analyst's queue.
- API and schema drift. Vendors change field names and formats without much warning. The playbook doesn't crash. It reads an empty value, takes the default branch and reports success. Silent failures like this are the hardest to spot.
- Detection logic drift. When detection engineers tune a rule, the alert it produces can start to mean something different. A playbook written for the old rule keeps making decisions on assumptions that are no longer true.
- Long-tail alerts. Rare alert types never earn the engineering time a playbook takes, so they stay manual. Because nobody has a routine for them, they are often the slowest alerts to close.
- Novel threats. Fixed logic can only recognize what someone anticipated. A new technique that resembles a known benign pattern can be routed straight to auto-close.
- Maintenance burden. Each integration is a dependency that can break with the next vendor release. Upkeep grows with the size of the library and rarely appears in the original business case.
How to Measure SOAR Playbook Performance
Measure SOAR playbook performance by comparing response times and analyst workload before and after automation. Start tracking on day one. If you wait, you'll have no baseline to compare against.
| Metric | What it shows |
|---|---|
| MTTR (mean time to respond) | Time from alert to containment, with and without the playbook |
| MTTC (mean time to contain) | Time from detection until the threat can no longer spread, such as a host isolated or an account disabled |
| Analyst time saved | Minutes saved per alert type; phishing and triage are easiest to measure |
| Alert reduction rate | Share of alerts closed without analyst review |
| False-positive handling | Alerts auto-closed correctly versus incorrectly |
| Escalation rate | How often a run needs human intervention |
| Playbook success rate | Runs that finish without errors or manual overrides |
| SLA adherence | Share of alerts that meet their deadline, per client tier |
Pre-Launch Checklist
A playbook that misfires can do more damage than the threat it was meant to stop. Before go-live, check five things:
- Trigger accuracy. It fires on the right alert types, and only those.
- Branching logic. Each path gives the right result across your test cases.
- Integration reliability. Every tool responds correctly, even under API rate limits.
- Rollback. The rollback path runs cleanly when triggered.
- Audit output. Every action produces a complete, correct log entry.
If a SIEM migration is in progress, plan the order carefully. Adding response automation while the detection layer changes can break flows mid-cutover in ways that are hard to trace.
Types of SOAR Platforms (2026)
SOAR platforms today fall into four broad groups. Almost all of them ship with pre-built playbooks and a low-code builder, so that's not where they differ. What matters more is where the platform sits in your stack, because that decides which actions are easy and which take extra work.
| Platform type | How playbooks are built | Pre-built content | Strengths | Watch out for |
|---|---|---|---|---|
| SIEM-native SOAR | Playbooks inside the SIEM, triggered by its alerts and automation rules | Templates for common SOC use cases | One console; detection and response share the same data | Weaker on actions outside the vendor's ecosystem |
| XDR-native SOAR | No-code workflows inside the XDR console | Endpoint, identity and email response workflows | Fast containment on the vendor's own agents | Cross-vendor ticketing and email actions may need extra work |
| Standalone SOAR | Visual editor plus scripting, with a large integration library | Marketplaces of playbooks and content packs | Works across many vendors; deep customization | Needs engineers to maintain; a separate license |
| AI SOC platforms | Few fixed playbooks; agents choose the investigation path for each alert | Coverage by alert type rather than fixed playbooks | Covers long-tail alerts that never got a playbook | Needs clear limits on autonomous actions |
Before you buy, ask three questions. Does it support the exact actions you need on your EDR, identity, email and ticketing tools? Can analysts edit without code while engineers can still write code? Can it replay real alerts before go-live? Then add maintenance time to the cost, and run the bundled phishing playbook against a week of your own reported emails.
Can XDR Execute SOAR Playbooks?
Yes. Many XDR platforms now include a SOAR engine, so the same console can detect, investigate and run playbooks for threat detection, investigation and response (TDIR). Because the XDR agent already sits on the endpoint, a playbook can isolate a host or stop a process as soon as its logic calls for it.
Gartner's 2024 Hype Cycle research suggested that standalone SOAR is losing prominence as SIEM, XDR and adjacent platforms absorb more of its core features. The strengths and limits of XDR-native playbooks are compared in the platform types table above.
AI-Powered SOAR Playbooks and the Agentic SOC
AI-powered SOAR combines AI investigation with deterministic automation. The AI agent takes the messy alerts, the ones that are unclear or new, gathers evidence and suggests a verdict. A rule-based playbook then carries out the approved response, quickly and with every step logged.
How AI and Playbooks Share the Work
The AI finds out what happened, people approve, and the playbook acts
AI doesn't replace playbooks. The agent works out what happened, and the playbook quarantines, isolates, opens tickets and suspends accounts. Some platforms can also draft a playbook from a plain-language description for an engineer to review and test.
Want to see how AI agents are set up, controlled and audited inside a SOC? Read our guide on what an AI SOC is and how it works.
Best Practices for AI-Powered IR Playbooks
- Route AI verdicts into existing playbooks as a new trigger, rather than giving the agent its own response actions.
- Keep approval gates on every action with business impact, even when AI suggests it.
- Log the AI's reasoning and evidence with the case.
- Start AI on read-only work: enrichment, summaries, triage scores.
- Measure AI verdict accuracy against analyst decisions before widening its scope.
SOAR Playbooks for MSSPs: What Changes at Scale
MSSP playbooks have to handle multi-tenancy, contract SLAs, each client's own tools and per-client audit trails. An in-house SOC almost never deals with all of that. Get it wrong and the time you saved turns into a security and compliance problem. Four design choices make the difference.
Client-scoped execution. Every action must stay inside the client it came from. Cross-client access, even by accident, is a security incident. Playbook logic should use each client's own asset list, contacts and escalation tree, not shared defaults.
Central library with per-client settings. A separate playbook set per client falls apart quickly. Keep one versioned, tested core library and apply client settings at runtime, so a fix reaches every client at once.
SLA-aware escalation. Playbooks should know each client's SLA tier. A critical alert for a Tier 1 client takes a different path than the same alert for a Tier 3 client.
Per-client audit trails. Every action needs a client-level log for reporting, investigation and contract evidence. For regulated clients, the same records feed NIS2 and DORA reporting.
Response is easier to get right when your multi-tenant SIEM architecture already isolates logging, alerting and data routing per client.
When Off-the-Shelf SOAR Is Not Enough
Off-the-shelf SOAR stops being enough when your environment or obligations go beyond what the product was designed for. At that point, a custom SOAR layer gives you full control over logic, connectors and evidence. The signs are usually these:
- Unsupported tools. A proprietary EDR, in-house ticketing or legacy systems need connectors the platform does not ship.
- Complex logic. Deep branching, stateful flows and multi-stage approvals push past what low-code builders handle well.
- Weak client isolation. A shared engine with poor client separation creates risk at scale.
- Fixed audit formats. Regulators or clients require evidence in a set format, which is far easier to produce when it is designed into the workflow from the start.
Cost matters too. Off-the-shelf SOAR often means a second license on top of your SIEM, plus the ongoing work of keeping the two in sync.
Where WhyCrew Fits
WhyCrew builds custom SOAR environments for MSSPs and regulated operators that need tighter control over logic, tenancy, and evidence than off-the-shelf tools usually provide. We design playbooks around the tools, approval paths and clients you actually have, and build response directly into your SIEM.
- Custom playbooks for your exact tools, logic and approval paths
- Multi-tenant isolation with client-scoped execution and per-client audit trails
- NIS2 and DORA evidence built into every workflow
- No per-seat SOAR license: you own the code and the platform
If you need only a few standard playbooks, a SIEM-native or XDR-native SOAR will serve you better. Learn more about custom SOAR development and AI-powered SOC automation.
Frequently Asked Questions About SOAR Playbooks
A SIEM finds problems and a SOAR platform acts on them. The SIEM collects and correlates logs and raises an alert when a rule matches. SOAR picks up that alert and runs a playbook to enrich it, decide what to do and act across your tools. Most mature SOCs use both, and many vendors now sell them as a single platform.
Low-code is enough for most playbooks, including enrichment, triage, phishing response and standard containment. Teams usually add code for custom parsing, unusual APIs or calculations the visual builder can't express. A common pattern is low-code for the overall flow, with small scripts for the hard steps.
A simple enrichment playbook can be built in days. A phishing or containment playbook usually takes several weeks once you include integration work, testing on past alerts and a recommend-only trial period. The build itself is the short part. Testing, tuning and approvals take most of the time.
It depends on the pricing model, which may be per user, per asset, per action or bundled with a SIEM or XDR license. The license is rarely the biggest cost. Integration upkeep and the engineering time to build and maintain playbooks often cost more over three years, so compare total cost of ownership, not list price.
MTTR, or mean time to respond, is the average time from an alert to containment. SOAR reduces it most for routine, high-volume alerts, where a playbook replaces manual lookups and clicks. In our deployments, phishing shows the largest drop, as described in the phishing example above. Results depend on how much of each process can be automated.
Yes, for low-risk work such as enrichment, deduplication, known-bad blocking and closing confirmed false positives. Steps with real business impact, such as isolating a production server or disabling an executive's account, should wait for a named approver. Most teams run a semi-automated model, keeping full automation for predictable, reversible steps.
It stops safely and hands the case to a person. A good playbook alerts its owner and opens a task so an analyst can finish the job using the written runbook. Any half-finished containment is rolled back or confirmed. The failure is logged too, which helps the owner track down the cause (often a changed API or data field) before the next run.
A team needs incident response knowledge to define the right steps, integration skills to work with APIs and data formats, and testing discipline to catch edge cases. Scripting, usually Python, helps with custom logic, and fluency in your SIEM's query language makes enrichment steps much easier to build.
Yes. Start with two or three playbooks, such as phishing triage and alert enrichment, then add containment behind approval gates once those run reliably and the team trusts the results. Keep the first playbooks simple enough that one person can maintain them alongside their analyst work.
SOAR playbooks support compliance by producing a timestamped record of each response as it happens. That record shows auditors your handling was consistent and on time, without relying on analysts' notes. For EU entities, the same records can feed NIS2 and DORA incident reporting.
