Between the Alert and the Verdict: Where SOC Hours Go
An EDR flags an artifact. That part takes a second. What happens next can take hours, days, and sometimes even weeks.
An analyst opens a sandbox to detonate it. Pulls up threat intel to check for prior sightings. Starts a manual reverse engineering pass if the first two come back inconclusive. Opens a ticket to track the investigation. Two to four hours later, there’s a verdict, and it’s rarely as defensible as the next audit will require. That range isn’t a guess: CodeHunter’s own research puts the realistic floor for a defensible answer at two to four hours per artifact, not the ceiling, once sandbox time, manual reverse engineering, threat intel lookups, and documentation are all added up.
Multiply that by volume. IT security teams are fielding an average of 11,000 alerts a day, and roughly 22 per analyst actually warrant a close look. The other 10,978 still must be triaged enough to know they’re not the ones that need further investigation.
Some of this volume increase traces back to how fast code is entering the environment now. AI-assisted development means more artifacts get written, reviewed, and shipped faster than any one team can manually vet.
While this may seem like an alert volume problem, it’s actually a capacity issue – and one that can’t be fixed simply by adding additional analysts.
The Actual Bottleneck
Every tool sitting between the alert and the verdict today produces a score, not a decision. The EDR says an artifact looks suspicious. The sandbox says it exhibited a pattern. Threat intel says it hasn’t been seen before. None of that provides a deterministic answer to the one question that actually matters: should this be allowed to run?
That question is what a person is currently answering by hand, artifact by artifact, for hours at a time. It’s also the exact step that can be automated without touching anything else in the stack.
What SOC automation looks like here
CodeHunter sits downstream of the EDR. When an artifact gets flagged, CodeHunter analyzes what it’s actually capable of doing: what it touches, what it calls out to, what it modifies, what it’s trying to gain access to. That behavioral read is what produces the verdict, not the other way around. Allow, block, restrict, quarantine, or require review, with the specific behavior that led to it attached.
The result for a SOC team is the same triage step that used to take two to four hours, done in minutes, on every artifact, not just the ones a senior analyst has time to get to. Nothing about the surrounding workflow changes. The EDR still flags. The ticket still opens. The step in between just stops being manual.
The part that shows up later
Once that verdict exists, it doesn’t disappear after the ticket closes. Every artifact evaluated carries its own record: what behavior was found, and why the verdict landed where it did, mapped to MITRE ATT&CK and the Malware Behavior Catalog. That record is what turns into audit evidence, board reporting, or an answer to “how do you know” without anyone having to reconstruct it after the fact. It’s a byproduct of doing the triage step correctly, not a separate project.
What this changes for a SOC team
Senior analysts stop spending their shift on work a machine can do faster and more consistently. The backlog that used to grow every time the headcount stayed flat now starts to shrink instead. And the next time someone asks why a given file was allowed to run, there’s an actual answer, not a memory of what the analyst was thinking three weeks ago.
None of this requires ripping out an existing tool or building a new automation platform from scratch. It’s one step, done automatically, in a workflow that already exists. The hours between the alert and the verdict are the part of the SOC day nobody budgets for, and everybody loses time to. It’s also the part the easiest part to automate first.
Sources
The Real Cost of “Is This Safe to Run?” — CodeHunter, August 5, 2026. Source for the two-to-four-hours-per-artifact figure and the sandbox/manual reverse engineering/threat intel/ticketing breakdown.
Alert Fatigue Is Killing Your SOC. Here’s What Actually Works in 2026. — Torq. Source for the 11,000 alerts/day, ~22 per analyst warranting investigation figures.
2026 GenAI Code Security Report — Veracode. Source for AI-assisted development increasing the volume of artifacts entering environments.
Zero Trust for Code — CodeHunter. Source for the MITRE ATT&CK / Malware Behavior Catalog mapping and verdict-type (Allow/Block/Restrict/Quarantine/Require Review) language.
