SOC & SIRT considerations¶
Building and operating a SOC and SIRT is not just about tools, roles, or processes. Some nuances and trade-offs influence how your teams function, interact, and stay effective over time. This page outlines key considerations to guide your decisions.
Detection vs. response¶
The line between detecting threats and responding to them is often blurry.
Threat hunting, for example, identifies risks proactively but frequently overlaps with response activities.
Lean SOCs and agile SIRTs benefit from understanding this overlap, so that teams collaborate smoothly without stepping on each other’s toes.
Tooling and automation¶
Both SOC and SIRT leverage Security Orchestration, Automation, and Response (SOAR) tools to streamline workflows.
Automation can speed up routine tasks, like alert triage or data collection, freeing analysts and responders for higher-value work.
However, tools are only as effective as the processes and human oversight behind them—don’t rely solely on automation.
Team structure and job rotation¶
Tier 1 SOC work, monitoring dashboards, alerts, and logs, can be repetitive and exhausting, especially during nights and weekends.
Combined SOC + SIRT teams can rotate roles, giving analysts exposure to more interesting incident response tasks, helping maintain motivation and skill development.
Some argue that keeping SOC and SIRT separate allows each team to focus on its core objectives, but overly rigid separation can reduce overall effectiveness.
Multi-site operations¶
Organisations with multiple locations often benefit from distributed SOCs at each site for local monitoring.
A centralised SIRT coordinates cross-site incidents, ensures consistency, and supports complex investigations.
This hybrid model balances responsiveness with strategic oversight.
Resources for further reading¶
Pros and Cons of Outsourced SOC – overview of advantages and disadvantages of outsourcing security operations.
Pros and cons of an outsourced SOC vs. in-house SOC – detailed comparison for organisations evaluating SOC models.