How should a business compare fully managed SOC-as-a-service vs hiring in-house security staff for alert monitoring?
Data as of Sep 21, 2026 · Based on 319 AI responses from ChatGPT Search and Google AI Mode · See how Parse measures this
Data as of Sep 21, 2026 · Based on 319 AI responses from ChatGPT Search and Google AI Mode · See how Parse measures this
Choose Managed SOC-as-a-Service if your business needs immediate 24/7 security monitoring with predictable, lower upfront costs and access to existing expertise. Opt for in-house security teams if your organization requires full control and deep operational customization, acknowledging the significant investment needed for salaries, training, and internal tooling.
Brands AI recommends here
Named in 13% of answers
Named in 10% of answers
Named in 9% of answers
Named in 9% of answers
Source | Citation share |
|---|---|
 SOCaaS Pros and Cons: Decide What’s Best for Your Organizationhttps://www.n-able.com/blog/soc-as-a-service-pros-and-cons | 6% |
 24/7 Managed SOC vs In-House Security Teams: What’s the Best Choice? - ClearNetwork, Inchttps://clearnetwork.com/24-7-managed-soc-vs-in-house-security-teams/ | 5% |
 MSSP vs In-House SOC: A Full Comparison ✅https://corsicatech.com/blog/mssp-vs-in-house-soc-a-full-comparison/ | 5% |
 In-House Vs Managed SOC: Which Is Best? | DigitalXRAIDhttps://www.digitalxraid.com/blog/in-house-vs-managed-soc/ | 5% |
 In-House SOC vs Outsourced SOC: Best SOC Model for Businesshttps://www.aicyberwatch.com/in-house-soc-vs-soc-as-a-service-whats-right-for-your-business/ | 4% |
 Managed SOC vs. In-House: What High-Growth Companies Need to Knowhttps://paratuscybersec.com/blog/managed-soc-vs-in-house-what-high-growth-companies-need-to-know/ | 3% |
 SOC Service Explained: Managed SOC vs In-House Security ...https://nocdoc.com/2026/02/11/soc-service-explained-managed-soc-vs-in-house-security-2026/ | 2% |
 Should You Build or Buy? Comparing In-House and Outsourced SOCshttps://www.talanoscybersecurity.com/blogs/the-complete-guide-to-soc-outsourcing/soc-outsourcing-vs-in-house-soc-pros-and-cons | 2% |
 What Is the Difference Between an In-House SOC and SOCaas?https://www.mindpointgroup.com/blog/what-is-the-difference-between-an-in-house-soc-and-a-soc-as-a-service | 2% |
 What is SOC as a Service (SOCaaS)?https://www.paloaltonetworks.com/cyberpedia/soc-as-a-service | 2% |
Comparing a fully managed **SOC-as-a-Service (SOCaaS)** to hiring an **in-house security team** for alert monitoring comes down to `balancing cost, control, scalability, and internal expertise` . Both approaches have distinct operational advantages depending on your business maturity, budget, and risk profile. Here is…
Comparing a fully managed SOC-as-a-Service (SOCaaS) to hiring an in-house security team for alert monitoring comes down to balancing cost, control, scalability, and internal expertise . Both approaches have distinct operational advantages depending on your business maturity, budget, and risk profile.
Here is a structured comparison to help you evaluate which model fits your organization:
To help narrow down which path makes the most sense for you, could you share:
No sources cited
Compare them as **total cost and coverage models**, not simply “subscription vs salaries.” Factor | Fully managed SOCaaS | In-house staff --- | --- | ---
Compare them as total cost and coverage models, not simply “subscription vs salaries.”
| Factor | Fully managed SOCaaS | In-house staff |
|---|---|---|
| 24/7 coverage | Usually built in | Requires multiple shifts/FTEs |
| Up-front cost | Low–moderate onboarding | Recruiting + tooling + setup |
| Staffing | Vendor supplies analysts | You recruit/retain them |
| Expertise | Shared specialists | Deep knowledge of your environment |
| Control | Contract/SLA dependent | Maximum internal control |
| Scalability | Generally easier | Requires additional hiring |
| Alert tuning | Provider responsibility, per scope | Your team owns it |
| Business context | Must be learned by vendor | Naturally strong |
| Vendor dependency | Higher | Lower |
| Predictability | Usually higher | Hiring/tool costs fluctuate |
NIST specifically recommends considering outsourcing when an organization lacks the expertise, resources, or budget for dedicated cybersecurity staff, while emphasizing that outsourcing does not transfer the business's ultimate security responsibility.
Calculate the fully loaded cost of equivalent coverage:
24/7 staffing is particularly important: industry estimates commonly put an internal SOC at roughly 5–8+ people before optional specialist roles, because one “24/7 position” requires coverage for shifts, leave and illness.
Then compare outcomes, not just price: MTTD/MTTR targets, false-positive rates, escalation procedures, incident-response authority, coverage hours, retention of logs/data, compliance requirements, and what happens if the provider misses an alert.
For many smaller organizations, a managed SOC plus one or two internal security/IT people can also be evaluated as a third option rather than treating the choice as binary. NIST explicitly notes that a mix of internal and external resources can be appropriate.
Comparing a fully managed **SOC-as-a-Service (SOCaaS)** to building an **in-house security operations center** for 24/7 alert monitoring comes down to balancing cost, control, speed of deployment, and talent availability. Here is a breakdown of how a business should evaluate both approaches: - **Cost Predictability…
Comparing a fully managed SOC-as-a-Service (SOCaaS) to building an in-house security operations center for 24/7 alert monitoring comes down to balancing cost, control, speed of deployment, and talent availability.
Here is a breakdown of how a business should evaluate both approaches:
If you'd like to narrow this down for your organization, tell me:
I can help you build a custom cost-benefit framework or a hybrid model recommendation.
No sources cited
A good comparison is **not “monthly SOC fee vs. salaries.”** It is **total cost, coverage, response capability, control, and organizational fit** over a 3–5 year horizon. NIST explicitly notes that cybersecurity staffing can range from a single internal role to a full internal team, external providers, or a mix,…
A good comparison is not “monthly SOC fee vs. salaries.” It is total cost, coverage, response capability, control, and organizational fit over a 3–5 year horizon.
NIST explicitly notes that cybersecurity staffing can range from a single internal role to a full internal team, external providers, or a mix, depending on budget, capabilities, risk, and requirements.
| Dimension | Fully managed SOC-as-a-service | In-house security staff |
|---|---|---|
| 24/7 monitoring | Usually easier to obtain because coverage is spread across a provider's team | Expensive to provide continuously; requires enough people for shifts, PTO, turnover, etc. |
| Up-front cost | Generally lower; subscription/service fees | Recruiting, salaries, benefits, tooling and infrastructure |
| Predictability | Usually high if pricing is fixed | Payroll is predictable, but tooling and staffing needs can expand |
| Security expertise | Access to a broader team and specialized skills | Expertise is limited to the people you hire and retain |
| Knowledge of your environment | Has to be developed through onboarding and tuning | Builds deep institutional knowledge |
| Control | Less direct control over processes and staffing | Maximum control over people, priorities and procedures |
| Customization | Depends heavily on provider | Can be tailored directly to business requirements |
| Technology | Provider may supply SIEM, detection, threat intel, automation, etc. | Company must buy, integrate and operate the stack |
| Incident response | Can include escalation and response, but scope varies considerably | Direct control if the team has sufficient IR capability |
| Hiring/retention | Provider bears much of the staffing burden | Organization bears recruiting and retention risk |
| Scalability | Usually easier to scale | Scaling means hiring or reallocating people |
| Vendor dependency | Higher | Lower |
| Data/access concerns | Security telemetry and potentially sensitive data leave the organization | Greater control over where data and investigations reside |
NIST's guidance on outsourced security services emphasizes evaluating provider capabilities, operational requirements, qualifications, trustworthiness, and the provider's ability to protect the organization's systems and information—not simply price.
For the internal option, don't model it as:
number of analysts × salaryInclude:
CISA's security business-case guidance similarly recommends accounting for wages, benefits, supervision, management, administrative support, training and contracted security services when estimating personnel costs.
The important question is therefore:
“What would it cost us to reproduce the provider's actual service internally?”
—not “What does one SOC analyst cost?”
This is often the biggest modeling mistake.
If the requirement is genuinely 24/7 alert monitoring, one or two employees don't equal a 24/7 SOC. You need coverage for nights, weekends, holidays, vacations and unexpected absences.
NIST's incident-response guidance recognizes 24/7 availability as an important consideration and describes outsourced monitoring as one established staffing model.
So compare:
Managed SOC
24/7 monitoring + triage + escalation + defined SLA against
Internal SOC
number of FTEs + shifts/on-call + tooling + management + backup coverage That produces a much more meaningful economic comparison.
Ask each option to commit to measurable operating metrics such as:
A provider's SLA should define responsibilities, expected performance and response times, rather than simply saying “24/7 SOC.”
“Fully managed SOC” can mean very different things.
Ask:
This distinction matters because alert monitoring isn't the same thing as incident response. NIST's current incident-response guidance treats preparation, detection, response and recovery as connected parts of cybersecurity risk management.
For many organizations, the real choice isn't binary.
A common architecture is:
Managed SOC
Internal security team
That lets the company retain institutional knowledge and decision-making while outsourcing the expensive problem of continuous monitoring.
NIST explicitly identifies mixed internal/external approaches as a viable model rather than treating outsourcing and internal staffing as mutually exclusive.
I'd build a spreadsheet with two scenarios:
Annual subscription
Salaries + benefits
Then calculate cost per year and cumulative 3–5 year cost.
After that, separately score operational characteristics such as coverage, response capability, control, customization and institutional knowledge. I would not collapse those characteristics into a single arbitrary score; they represent different business tradeoffs.
The key questions are:
And importantly, outsourcing doesn't transfer ultimate responsibility for protecting the company's systems and data; NIST specifically cautions organizations about this.
If you give me your company size, number of endpoints/users, cloud environment, required coverage (business hours vs. 24/7), and approximate SOC budget, I can turn this into a concrete SOC-as-a-service vs. in-house TCO model with example staffing levels and break-even points.
Comparing a fully managed Security Operations Center (SOC-as-a-Service) to building an in-house security team for alert monitoring comes down to balancing **cost**, **speed-to-value**, **control** , and **scalability**. Here is a structured breakdown to help you evaluate which model fits your business needs: - Cost…
Comparing a fully managed Security Operations Center (SOC-as-a-Service) to building an in-house security team for alert monitoring comes down to balancing cost, speed-to-value, control , and scalability.
Here is a structured breakdown to help you evaluate which model fits your business needs:
To help narrow down which route makes sense for you, could you share:
No sources cited
The best comparison is **not “monthly SOC fee vs. salaries.”** Compare the two models on the same outcomes: **24/7 coverage, detection quality, response capability, risk, total cost, and how much security expertise you want to retain internally.** Current SOC research is useful here: the 2026 SANS survey highlights…
The best comparison is not “monthly SOC fee vs. salaries.” Compare the two models on the same outcomes: 24/7 coverage, detection quality, response capability, risk, total cost, and how much security expertise you want to retain internally.
Current SOC research is useful here: the 2026 SANS survey highlights enterprise-wide visibility as a major SOC effectiveness problem, while earlier surveys consistently identify staffing and skills as significant constraints.
| Dimension | Fully managed SOC/MDR | In-house alert monitoring |
|---|---|---|
| 24/7 coverage | Usually easier to obtain | Expensive and difficult with a small team |
| Hiring/retention | Provider owns staffing burden | You own recruiting, turnover, training |
| Alert triage | Provider analysts + automation | Your analysts |
| Institutional knowledge | Lower; provider must learn your environment | Stronger over time |
| Response | Depends heavily on contract/SOW | Direct organizational control |
| Customization | Can be limited by provider's platform/process | Maximum flexibility |
| Technology cost | Often bundled into service | SIEM/EDR/SOAR/logging costs are yours |
| Scalability | Generally easier | Requires additional people/tools |
| Management overhead | Vendor management | People + technology + operations management |
| Data/control | Some data leaves your environment | Maximum control |
| Vendor dependency | Higher | Lower |
| Predictability of cost | Usually higher | Can vary substantially with staffing and tooling |
| Strategic security work | Usually secondary to monitoring | Easier to integrate with broader security program |
A managed service can be particularly attractive when the company doesn't have enough personnel to sustain 24/7 monitoring. CISA explicitly identifies managed security services as a useful option for organizations that are understaffed or struggling to find the necessary talent and budget.
Don't compare a SOC subscription against the base salary of two analysts.
For an internal team, include:
People
Technology
Operations
CISA recommends including wages, benefits, supervision, administrative support, training and replacement/hiring costs when evaluating personnel costs—not merely salary.
Annual in-house TCO =
people + benefits + management + recruiting/training + tools/licenses + infrastructure + on-call + turnover + overhead
Then compare that with:
Annual managed SOC TCO =
subscription + implementation + integrations + excess data/log charges + response/IR fees + internal vendor-management effort
That last category is important: managed doesn't mean zero internal staff.
This is often the biggest economic swing.
Suppose you need continuous coverage. A single employee obviously can't provide it. Even a small internal team has to account for vacations, sick days, weekends, overnight shifts and simultaneous incidents.
SANS' 2024 survey found that only 20% of surveyed SOCs did not operate 24/7, and the most common SOC size remained 2–10 people.
So ask:
Do we need someone capable of investigating a serious alert at 2:00 a.m., or do we only need business-hours monitoring with an on-call escalation? If the answer is genuinely 24/7, managed monitoring often becomes financially attractive for smaller organizations.
This is where SOC-as-a-service proposals can look better than they actually are.
Ask prospective providers:
CISA specifically recommends establishing clear vendor/customer responsibilities through a shared-responsibility model. Outsourcing doesn't transfer the organization's ultimate risk-management responsibility.
Don't accept "24/7 monitoring" as sufficient.
A useful SLA should distinguish:
Detection → triage → notification → containment
For example, you might require:
Also determine whether the SLA measures time to acknowledge or time to actually investigate. Those can be very different.
CISA advises organizations to pay careful attention to cybersecurity-service contracts and SLAs to ensure that purchased services actually meet their needs.
For many organizations, the strongest answer isn't either/or.
A common model is:
MDR/SOC provider → 24/7 alert monitoring, initial investigation, threat hunting, escalation
Internal security/IT team → business context, policy, architecture, remediation, risk decisions, vendor management
Specialist IR provider → major breach/forensics when needed
This gives the organization internal ownership without requiring it to build a miniature 24/7 SOC.
SANS' research also shows a pattern of organizations keeping strategic/security-administration capabilities in-house while outsourcing specialized capabilities.
I'd score the options roughly like this:
| Factor | Weight |
|---|---|
| 24/7 coverage | 20% |
| Detection/triage quality | 15% |
| Incident-response capability | 15% |
| Total cost | 15% |
| Access to skilled personnel | 10% |
| Environment-specific knowledge | 10% |
| Flexibility/customization | 5% |
| Data/control | 5% |
| Scalability | 5% |
Score each option from 1–5, multiply by the weight, and compare.
Importantly, don't let cost dominate the model. A cheaper SOC that generates mountains of false positives or performs poorly during a real incident can be dramatically more expensive in practice.
Lean toward managed SOC/MDR when:
Lean toward in-house when:
Lean toward hybrid when:
The key question I'd put to the CFO/CIO is therefore:
“What is the cheapest model that gives us an acceptable probability of detecting and containing a serious incident within our required timeframe?” That framing tends to produce a much better decision than simply comparing SOC subscription price vs. employee salaries.
I'd score the options roughly like this:
| Factor | Weight |
|---|---|
| 24/7 coverage | 20% |
| Detection/triage quality | 15% |
| Incident-response capability | 15% |
| Total cost | 15% |
| Access to skilled personnel | 10% |
| Environment-specific knowledge | 10% |
| Flexibility/customization | 5% |
| Data/control | 5% |
| Scalability | 5% |
Score each option from 1–5, multiply by the weight, and compare.
Importantly, don't let cost dominate the model. A cheaper SOC that generates mountains of false positives or performs poorly during a real incident can be dramatically more expensive in practice.
Lean toward managed SOC/MDR when:
Lean toward in-house when:
Lean toward hybrid when:
The key question I'd put to the CFO/CIO is therefore:
“What is the cheapest model that gives us an acceptable probability of detecting and containing a serious incident within our required timeframe?” That framing tends to produce a much better decision than simply comparing SOC subscription price vs. employee salaries.
A business should compare fully managed **SOC-as-a-Service (SOCaaS)** against hiring **in-house security staff** by evaluating **Total Cost of Ownership (TCO)**, **speed to operational readiness**, **staffing resilience (24/7 coverage)** , and **control over custom telemetry**. | Comparison Metric | Fully Managed…
A business should compare fully managed SOC-as-a-Service (SOCaaS) against hiring in-house security staff by evaluating Total Cost of Ownership (TCO), speed to operational readiness, staffing resilience (24/7 coverage) , and control over custom telemetry.
| Comparison Metric | Fully Managed SOC-as-a-Service (SOCaaS) | In-House Security Staff |
|---|---|---|
| Financial Model | Predictable operational expense (OpEx) scaling with ingestion/scope; runs $300,000 to $800,000+ annually. | High capital expense (CapEx) for tooling + massive OpEx for salaries (8 to 12+ staff for 24/7 coverage). |
| Time to Readiness | Immediate or rapid deployment (days to weeks) utilizing pre-integrated vendor tech stacks. | Slow ramp-up time (12 to 24 months ) to hire, onboard, and tune tools. |
| Staffing & Coverage | Out-of-the-box 24/7/365 monitoring without worrying about employee attrition, sick leave, or burnout. | Extremely difficult to maintain 24/7 coverage due to high cybersecurity labor shortages and analyst burnout. |
| Customization & Control | Bound by provider playbooks, multi-tenant tooling architectures, and standard reporting. | Complete ownership of security stack, data sovereignty, custom detection engineering, and precise tuning. |
If you'd like to narrow this down further, tell me:
I can help estimate whether an outsourced or hybrid staffing model fits your operational profile.
The best comparison is **not “vendor price vs. salaries.”** Compare the two models on the **same security outcome**: who monitors, how quickly they respond, what happens overnight, how much expertise you get, and what the total cost is. NIST explicitly recognizes both in-house and outsourced models, including MSSP/SOC…
The best comparison is not “vendor price vs. salaries.” Compare the two models on the same security outcome: who monitors, how quickly they respond, what happens overnight, how much expertise you get, and what the total cost is.
NIST explicitly recognizes both in-house and outsourced models, including MSSP/SOC arrangements, and recommends evaluating them based on risk, capabilities, cost, service expectations, and responsibilities.
| Factor | Fully managed SOC-as-a-service | In-house security staff |
|---|---|---|
| 24/7 monitoring | Usually a major advantage; built into the service | Expensive unless you build shifts/on-call coverage |
| Hiring difficulty | Provider handles recruiting/retention | You compete for scarce security talent |
| Breadth of expertise | Access to analysts, threat hunters, IR specialists, etc. | Depends on size and seniority of your team |
| Business context | Provider needs time to learn your environment | Employees develop deep institutional knowledge |
| Speed to deploy | Generally faster | Hiring + onboarding + tooling takes time |
| Fixed costs | Predictable recurring expense | Salaries + benefits + tooling + training + recruiting |
| Control/customization | Less direct control; contract/SLA dependent | Maximum control |
| Incident response | Depends heavily on contract scope | Directly owned, but limited by staffing |
| Security tooling | Often bundled/integrated | You buy and operate it separately |
| Staff turnover risk | Provider absorbs much of it | You bear it |
| Compliance evidence | Can be included, but must verify | More directly under your control |
| Strategic security work | May be outside the base SOC service | Internal staff can combine monitoring with broader security work |
A key point: “24/7” needs scrutiny. NIST's incident-response guidance notes that organizations commonly outsource 24/7 monitoring to an MSSP, with the provider identifying/analyzing suspicious activity and reporting incidents to the organization's response team.
For in-house, calculate:
Fully loaded annual cost =
Don't compare a SOC subscription against one employee's salary. If you genuinely require 24/7 human monitoring, one employee isn't equivalent to a 24/7 SOC.
For the managed SOC, calculate:
Annual SOC cost =
Then model the cost over 3–5 years, including likely headcount and technology changes.
This is where many comparisons go wrong. Ask each provider:
NIST specifically recommends documenting responsibilities, service levels and expectations in the managed-services agreement, and emphasizes that outsourcing doesn't transfer the organization's ultimate responsibility for protecting its systems and data.
For many businesses, the strongest model is:
Managed 24/7 SOC + small internal security capability.
For example:
That can give you 24/7 coverage without trying to maintain a full internal SOC.
NIST's current incident-response guidance explicitly recognizes that incident handlers can be internal, contracted, or a combination of the two.
I'd generally lean toward managed SOC-as-a-service when:
I'd lean toward in-house when:
I'd strongly consider hybrid when you want internal ownership but can't economically provide continuous monitoring.
Put both proposals into a spreadsheet with these five headline metrics:
Then score less tangible factors—control, institutional knowledge, vendor dependency, hiring risk and scalability—separately.
The critical question isn't “Which costs less?” It's:
“What level of security coverage and response capability do we get for the next dollar?” That's especially important because NIST's newer workforce guidance emphasizes aligning cybersecurity workforce decisions with actual organizational risk and adapting the workforce as threats and technology evolve.
Comparing a fully managed **SOC-as-a-Service (SOCaaS)** to hiring **in-house security staff** for alert monitoring requires looking past simple sticker prices. It is fundamentally an exercise in math, coverage realities, and risk ownership.[](https://www.bdemerson.com/article/soc-as-a-service-vs-in-house-soc)…
Comparing a fully managed SOC-as-a-Service (SOCaaS) to hiring in-house security staff for alert monitoring requires looking past simple sticker prices. It is fundamentally an exercise in math, coverage realities, and risk ownership.
Before looking at budgets, look at the calendar: a standard year has 168 hours per week.
| Factor | Fully Managed SOCaaS | In-House Security Team |
|---|---|---|
| Financial Model | Predictable, recurring operational expenditure (OPEX). | High capital/operational mix: salaries, benefits, recruiting fees, continuous tooling licenses. |
| Time to Value | Weeks (plugging into existing logs and SIEM/XDR telemetry). | Months (average time-to-hire for specialized security talent is 4–6 months). |
| Staff Retention Risk | Managed by the vendor; turnover doesn't disrupt your daily posture. | High burnout and turnover rates in tier-1/tier-2 alert triage require constant re-hiring. |
| Tooling Costs | Usually bundled or leverages your existing stack with integrated licensing. | Requires separate, expensive enterprise licenses for SIEM, SOAR, and threat intelligence feeds. |
If you'd like to narrow this down further, tell me:
A business should compare **fully managed SOC-as-a-Service** vs **in-house security staff for alert monitoring** as a **business capability decision**, not just a headcount vs vendor-cost comparison. The key question is: *What level of detection, response, expertise, control, and accountability does the organization…
A business should compare fully managed SOC-as-a-Service vs in-house security staff for alert monitoring as a business capability decision, not just a headcount vs vendor-cost comparison. The key question is: What level of detection, response, expertise, control, and accountability does the organization need, and what is the most sustainable way to deliver it?
| Factor | Fully managed SOC-as-a-Service | In-house security staff |
|---|---|---|
| Staffing | Provider supplies analysts, shifts, and coverage | Company recruits, trains, and retains analysts |
| 24/7 monitoring | Usually included as part of the service | Requires multiple people to cover nights, weekends, holidays |
| Tooling | Often includes or integrates SIEM, SOAR, EDR, threat intelligence | Company buys, operates, and tunes the stack |
| Expertise | Access to a broader security team | Deep knowledge of internal systems |
| Control | Shared operational control | Maximum control |
| Scalability | Add coverage through contract changes | Hire more staff and expand tools |
| Management burden | Vendor management | People management, training, retention, tooling ownership |
A true 24/7 in-house SOC is more than one or two analysts. Organizations generally need enough staff to cover shifts, vacations, and turnover; estimates commonly put this at roughly five or more full-time employees before considering all tooling and operational costs.
Avoid comparing:
That comparison is misleading.
People
Technology
Operations
Managed SOC providers typically spread these capabilities across multiple customers, which can make 24/7 monitoring more economically achievable for organizations that cannot justify a full internal team.
The important metrics are not “number of analysts” but:
Ask:
Ask:
Compare:
A managed SOC is not “outsourcing responsibility.” The business still owns risk decisions.
Ask potential providers:
What exactly does “24/7 monitoring” mean?
Human analysts?
Automated alerts only?
Response included?
What are the SLAs?
Alert acknowledgment time?
Investigation time?
Escalation time?
Who owns the data?
Logs?
Detection rules?
Incident records?
Can you audit their processes?
Do they support your compliance requirements?
What happens if you terminate the contract?
Many organizations choose:
Internal security/IT team for:
business context
risk decisions
architecture
incident leadership
Managed SOC for:
24/7 alert monitoring
triage
threat hunting
after-hours response
This often balances control and coverage better than either extreme.
Score each option from 1–5:
| Question | Managed SOC | In-house |
|---|---|---|
| Need 24/7 coverage quickly | ✓✓✓✓✓ | ✓✓ |
| Need maximum control | ✓✓ | ✓✓✓✓✓ |
| Limited security hiring capacity | ✓✓✓✓✓ | ✓ |
| Complex proprietary environment | ✓✓ | ✓✓✓✓✓ |
| Predictable budget | ✓✓✓✓✓ | ✓✓ |
| Need internal security expertise | ✓✓ | ✓✓✓✓✓ |
A common outcome:
The best comparison is a 3-year total cost and capability analysis: “What security outcomes do we need, what coverage gaps exist today, and which model can maintain that capability continuously?”
Score each option from 1–5:
