SOC (Security Operations Center) is advanced IT security monitoring delivered on a 24/7/365 basis. It combines the work of analysts, response procedures, and technology (SIEM, SOAR) to detect and neutralize cyberattacks in real time. Outsourcing your SOC can cut operating costs by roughly 60% compared to building your own team, and it’s key to meeting the requirements of the NIS2 and DORA directives.
As a practitioner with twenty years in the IT industry, I’ve watched cyberthreats evolve from simple viruses to organized ransomware groups that operate like corporations. Today, when I teach at university, I often tell students: “Security isn’t a product, it’s a process.” A SOC service is that process made real. Below, I explain how it works in practice, why antivirus alone isn’t enough, and what the real financial and operational picture looks like for running a center like this.
What exactly is a SOC service, and why isn’t a firewall enough anymore?
In the traditional approach to security, companies built “walls” — firewalls, IPS systems, antivirus software. The problem is that modern attacks often bypass those walls entirely (for example, through phishing, identity theft, or 0-day vulnerabilities).
A SOC service (SOC as a Service) isn’t a “wall” — it’s “intelligent monitoring.” It’s a central operational hub that collects logs (event records) from your entire infrastructure: servers, workstations, the cloud, network devices.
Three key things happen within a SOC service:
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Data aggregation: SIEM (Security Information and Event Management) systems collect millions of logs a day.
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Correlation: Algorithms and analysts look for connections. A single failed login is just noise. But 500 failed logins overnight from an IP address in Asia, followed by a successful login to an administrator account, is a critical incident.
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Response: Triggering procedures (often automated via SOAR) aimed at isolating the threat.
An example from my own practice: A client had the latest firewall, but the attackers got into the network through an unsecured IoT (Internet of Things) thermostat in the server room. The firewall treated the traffic as legitimate. It was behavioral analysis in the SOC that revealed the thermostat was trying to scan a SQL database, which immediately alerted the analysts.
What are the key elements of an effective SOC?
For a SOC service to be effective, it has to rest on a triad: People, Processes, Technology. If one element is missing, the whole thing falls apart.
1. People (the analyst hierarchy)
This is the most expensive and hardest-to-find resource. In a professional SOC, the structure typically looks like this:
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Tier 1 (Triage): The first line of support. Filters out false positives and escalates real threats.
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Tier 2 (Incident Response): Experienced experts. They dig deep into the incident, determine its scope, and define the remediation method.
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Tier 3 (Threat Hunting): The elite. They don’t wait for an alert. They actively hunt through the network for hidden threats that slipped past the automated systems.
2. Processes (playbooks)
During an attack, there’s no time to stop and think “what do we do?” A SOC runs on playbooks — precisely defined response scenarios for each type of threat (e.g., ransomware, DDoS, a data leak). These processes are often based on the MITRE ATT&CK framework.
3. Technology
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SIEM: The brain of the operation (e.g., Splunk, Microsoft Sentinel, IBM QRadar).
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EDR/XDR (Endpoint Detection and Response): An advanced agent on endpoints that sees far more than antivirus software.
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Threat Intelligence: Knowledge bases on current global threats that feed the SOC’s systems.
How much does building your own SOC cost vs. outsourcing (SOC as a Service)?
This is the question I hear most often from company boards. Let’s run a quick calculation based on 2025 market realities.
Your own SOC (in-house):
To provide 24/7 monitoring, you need a minimum of 10-12 people (accounting for shifts, vacations, sick leave, and turnover).
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Team cost (security specialist salaries are very high): the annual expense runs into several million PLN.
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Technology cost (SIEM licenses, hardware): hundreds of thousands of PLN a year.
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Training and skills-maintenance costs.
Outsourcing (SOC as a Service):
You buy a subscription service. The provider spreads the cost of technology and staff across many clients (economies of scale).
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Cost: Usually a fraction of an in-house SOC’s cost (often equivalent to 1-2 specialist salaries).
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Access to enterprise-grade technology that small and mid-sized companies couldn’t afford on their own.
| Feature | In-house SOC | External SOC (MDR/MSSP) |
| Initial cost | Very high (CAPEX) | Low (OPEX) |
| Deployment time | 6-18 months | 4-8 weeks |
| Access to experts | Hard to recruit, high turnover | Guaranteed under SLA |
| Data control | Full, kept in-house | Log data sent externally (encrypted) |
How does a SOC service support compliance with the NIS2 and DORA directives?
2024 and 2025 mark a legislative revolution. New EU regulations force companies (not just banks or energy firms, but also their supply chains) to take concrete action.
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NIS2 (the Directive on measures for a high common level of cybersecurity): Requires reporting serious incidents within 24 hours of detection (an “early warning”). Without a 24/7 SOC in place, meeting this requirement is practically impossible.
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DORA (the Digital Operational Resilience Act for the financial sector): Requires continuous threat monitoring, systems testing, and incident management.
Having a SOC service is the simplest way to demonstrate to an auditor that your organization fulfills the “continuous monitoring” obligation and has the ability to respond quickly — which is key to avoiding massive administrative fines (up to EUR 10 million or 2% of global turnover under NIS2).
A real-world scenario: how a SOC saves a company from ransomware
As a technical expert, the best way I can illustrate the value of a SOC is by walking through a ransomware attack sequence.
Scenario WITHOUT a SOC service:
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Friday, 5:00 PM: An employee clicks a malicious link in an email (phishing).
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Friday, 10:00 PM: Malware quietly installs itself on the workstation and starts scanning the network (lateral movement). Nobody notices, because IT is asleep.
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Saturday, 3:00 AM: The attacker obtains domain administrator privileges.
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Saturday, 4:00 AM: Server encryption begins.
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Monday, 8:00 AM: The company is paralyzed, backups encrypted. Losses run into the millions.
Scenario WITH a SOC service:
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Friday, 5:00 PM: An employee clicks the link. The EDR system detects an unusual process (PowerShell launched with hidden parameters).
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Friday, 5:01 PM: An alert reaches the SOC analyst (Tier 1).
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Friday, 5:03 PM: The analyst confirms it’s a genuine incident and triggers the playbook.
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Friday, 5:05 PM: The employee’s computer is remotely isolated from the network (quarantine). The malware can’t spread.
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Friday, 5:15 PM: The client receives a report on the incident, along with a recommendation to change the user’s password.
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Result: The company keeps working normally; the threat was neutralized at an early stage.
Expert summary
By 2025, a SOC service has stopped being a luxury reserved for banks and become the standard of digital hygiene for mid-sized and large enterprises. In the face of automated attacks (AI now used by attackers), manual defense simply isn’t effective anymore. When you choose a SOC, you’re not just buying technology — above all, you’re buying time: time to react before an incident turns into a reputational and financial disaster.
What can you do right now?
Is your company ready to deploy monitoring? Contact us — we can prepare an initial gap analysis for you, showing which logs are worth collecting first and whether your current infrastructure is ready for integration with a SOC service.