From Ticket Monkey to Threat Hunting: Why Your SOC Metrics Are Working Against You

Learn why SOC metrics fail and what to measure instead for better threat hunting and response.

Key Takeaways

  • Most common SOC metrics reward speed over accuracy, which pushes analysts toward closing tickets rather than catching threats.
  • The only metric that proves a SOC works is Time to Detect and Time to Respond, measured through red or purple team exercises.
  • Hypothesis-led threat hunting produces better detection logic even when it finds nothing.
  • False positive rates need hard thresholds. Every noisy rule degrades analyst judgment over time.
  • Analyst satisfaction is a real leading indicator. A miserable SOC is usually a broken-metrics SOC.

The “Ticket Monkey” Problem Nobody Talks About

Most security operations centers are measured like IT help desks. Tickets closed. Time to close. Rules written. Volume of logs collected. These numbers look good in a board deck and mean almost nothing about whether your team can actually catch an attacker.

The UK’s National Cyber Security Centre put it plainly in a recent blog: many of the most common SOC metrics are not just inaccurate. At worst, they actively harm the team’s ability to detect and respond to threats.

The term “ticket monkey” came from real SOC analysts describing their own jobs. Click false positive. Repeat 200 times a day. Get measured on speed, not accuracy.

Number of tickets processed: Analysts are rewarded for closing fast, so they close fast. The incentive pushes toward clicking “false positive” rather than investigating.

Time to close a ticket: Same problem, sharper edge. Analysts under this metric are racing to clear the queue, not to spot the real attack buried in it.

Number of detection rules: More rules sounds logical. In practice it creates alert inflation. Individual rules for individual IP addresses. Rules that trigger on everything and mean nothing.

Volume of logs collected: More logs is not better coverage. One SOC the NCSC visited had their largest log feed configured incorrectly for so long that every entry was cut to the first 30 characters. Nobody noticed for months.

The Only SOC Metric That Actually Matters

There is one question worth asking: does the SOC detect and respond to attacks in time?

Everything else is a proxy. The real metric is Time to Detect (TTD) and Time to Respond (TTR). The challenge is that in a well-defended organization, real attacks are rare. So how do you know if your SOC would catch one?

Red teaming and purple teaming. Simulate the attacks your organization is most likely to face. Run them quietly (red team) or collaboratively (purple team) and watch what your SOC actually picks up. This is the closest thing to a ground truth test that exists.

A word of caution: if you automate specific attack steps and tune detection rules only to those exact indicators, you risk overfitting to known TTPs while missing adversary adaptation. Effective detection balances signature-based rules with behavioral analytics and anomaly detection to catch technique variations.

What Good SOC Work Actually Looks Like

Shifting from ticket-focused to analyst-focused means changing what the team spends time on. 

Here is what works, according to NCSC research and practitioners across the industry.

Hypothesis-Led Threat Hunting

An analyst builds a hypothesis. “Based on what we know about this threat actor, here is how they would move through our environment.” Then they go look for evidence of it in the logs. Most hunts find nothing. That is fine. The output is not the finding. The output is a sharper understanding of the technique and better detection logic for next time.

Hard Thresholds on False Positive Rates

Every false positive trains an analyst to expect false positives. SOCs that work keep strict cutoffs. If a rule produces too many false positives, it gets reworked before it goes live. A crude but effective example: alert on PowerShell execution by anyone outside IT, then whittle down the known exceptions until anything new is worth looking at.

Analyst Awareness and Skill Development

Analysts who understand the threats hunt better. Track training reports read and actioned. Track MITRE ATT&CK technique coverage by the team. Certifications matter too, but only if they stay paired with hands-on tooling practice.

Understanding What “Normal” Looks Like

Detection depends on recognizing the abnormal. That means analysts need to know the organization, the systems, and the people. A SOC that is engaged with the rest of the business will spot anomalies that pure log analysis would miss. Track the relationship between the SOC and IT operations. If they don’t talk, that is a gap.

How Secure.com Helps SOC Teams Move Past Ticket Work

Secure.com’s SOC Teammate is built for exactly this problem: giving analysts back the time and context they need to do real security work instead of alert triage.

  • Secure.com’s conversational AI Security Assistant, summarizes cases and alerts automatically so analysts start each investigation with context, not a blank ticket.
  • The workflow automation layer (powered by Secure.com’s no-code automation engine), runs the repetitive triage steps so your team is not clicking through the same escalation logic a hundred times a day.
  • The Case Management module ingests alerts from SIEMs, applies threat intelligence enrichment, and automates triage through pre-approved playbooks, cutting the noise before it reaches an analyst.
  • The Strategic tier includes Attack Path analysis and Risk Analysis capabilities that help analysts visualize exploit chains and prioritize investigations based on business impact, supporting hypothesis-led threat hunting workflows.
  • The platform integrates with Slack and Microsoft Teams, delivering alerts, case updates, and one-click response actions directly in the collaboration tools your team already uses – eliminating the need to context-switch between multiple portals.

Conclusion

The gap between a SOC that looks productive and one that actually catches attacks is often just the metrics. Counting tickets tells you how fast your team clicks. It tells you nothing about whether a real attacker walking through your environment would get caught.

The fix is not a new tool. It is measuring the right thing, creating the conditions for analysts to develop expertise, and giving them time to hunt rather than triage. That is a management decision as much as a technical one.

If a red team exercise is not on your calendar yet, it probably should be.

FAQs

What is the “ticket monkey” problem in a SOC?
It refers to analysts spending their day rapidly closing alert tickets as false positives rather than investigating threats. It happens when SOCs measure performance by ticket volume or closure speed, which pushes behavior in the wrong direction.
What metrics should a SOC actually track?
Time to Detect and Time to Respond are the only metrics that directly show whether a SOC is working. SOC managers can track supporting metrics internally (analyst satisfaction, log coverage, false positive rates), but these should not be reported outward as KPIs.
How do you measure TTD/TTR if real attacks are rare?
Through red teaming and purple teaming. These simulate the attacks most relevant to your organization and give you a controlled way to measure whether your SOC detects them and how quickly.
Is hypothesis-led threat hunting only for large teams?
No. Even small teams can run basic hypothesis-led hunts using the MITRE ATT&CK framework as a guide. Start by picking one threat actor relevant to your industry, pick one technique they use, and go look for evidence of it in your logs.
What should I do if most of my SOC’s alerts are false positives?
That is a rule quality problem. Introduce hard thresholds: if a rule’s false positive rate exceeds a set percentage, it gets reworked before it stays active. Regular reviews of noisy rules, fortnightly or monthly, can bring false positive rates down significantly over time.