What a SOC Does
A SOC performs five core operational functions:
1. Continuous monitoring. SOC analysts monitor logs, alerts, and telemetry from endpoints, networks, servers, cloud environments, and applications around the clock. Modern SOCs use SIEM (Security Information and Event Management) platforms to aggregate and correlate data from across the environment.
2. Alert triage and investigation. Not every alert is a real threat. A significant portion of SOC work is distinguishing genuine attacks from false positives — failed login attempts from an employee on vacation, legitimate admin tools flagged as suspicious, or security scanner traffic misidentified as an attack. Skilled analysts apply judgment that automated tools cannot replicate.
3. Incident response. When a genuine threat is confirmed, the SOC executes the incident response plan — isolating affected systems, containing the threat, collecting forensic evidence, and coordinating remediation. Speed matters: the average dwell time for an undetected attacker is 24 days; a SOC with 10-minute detection dramatically limits the blast radius.
4. Threat intelligence. SOC teams monitor threat intelligence feeds — new vulnerabilities, active ransomware campaigns, emerging attack techniques — and proactively adjust monitoring rules and defenses before attacks arrive.
5. Compliance and reporting. SOC activity generates the audit logs, incident records, and security event documentation required for HIPAA, CMMC, SOC 2, and cyber insurance compliance.
Human-Operated SOC vs. Automated SOC: Why It Matters
Many MSPs and MSSPs market "24/7 SOC monitoring" that is, in practice, fully automated — alerts are generated by SIEM rules, automated playbooks run standard responses, and a human only looks at the alert if the automation escalates it. This is a cost-effective approach, but it has significant limitations.
Automated SOCs are fast and scalable for known threat patterns. They struggle with novel attack techniques, context-dependent analysis (an alert that is benign in one context but critical in another), and the judgment required to distinguish a sophisticated attacker from normal business activity.
Human-Operated SOCs have trained analysts actively reviewing alerts, investigating anomalies, and making threat-level determinations. This is the standard used by enterprise security teams and government agencies. Securafy's 24/7 Human-Operated SOC means that when an alert fires at 2:47 AM, a trained analyst — not an automated playbook — evaluates it and initiates response if warranted.
What to Ask Your MSP About Their SOC
When evaluating an MSP or MSSP's SOC capability, ask these questions:
1. Is your SOC human-operated 24/7/365, or does off-hours coverage rely on automation? Many providers staff their SOC during business hours and rely on automated playbooks overnight and on weekends — when most ransomware attacks are deliberately timed to execute.
2. What is your mean time to detect (MTTD) and mean time to respond (MTTR)? Industry benchmarks are MTTD under 60 minutes and MTTR under 4 hours for critical incidents. Ask for documented SLAs, not marketing claims.
3. What SIEM platform do you use, and do I have access to my own logs? You should own your security logs. They are critical evidence in breach investigations and regulatory audits. Some providers retain logs on systems you cannot independently access.
4. What is your incident response process, and who contacts us when an incident is declared? You should have a named contact and a documented escalation path — not a generic support queue.