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How Do AI SOC and Agentic SOC Pricing Models Compare?
AI SOC and agentic SOC platforms are priced five ways: per investigation, per token, in credits, per endpoint, or as a subscription with 100% of…
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The Story of an Alert, in 8 Stages You Can Prove
Investigating every alert at L2 depth is an engineering problem. Here is the 8-stage lifecycle behind it: autonomous at every stage, governed at every stage.
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What a Governed Agentic SOC Does When It Can’t Be Sure
The most useful moment in an agentic SOC demo is the failure path, not the clean verdict. Here’s what to ask to see, and what…
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What Is Command-Risk Tagging? | D3 Security Glossary
Command-risk tagging ships the approval requirement with each integration action as risk metadata, so the approval gate sets itself per action instead of depending on…
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What Is Effective Alert Risk? | D3 Security Glossary
Effective Alert Risk (EAR) is the environment-specific risk score a governed agentic SOC assigns each alert, opened to its factors, weights, and evidence so the…
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100 Wrong Verdicts a Day: The Fine Print Inside a “99% Accurate” AI SOC
LLMs perform pattern completion over whatever context they’re given. Why AI triage reads missing evidence as benign, and the guardrail that prevents it.
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Designing an AI SOC That Fails Toward a Human
Fail-open is a design principle: when an AI SOC can’t reach a reliable conclusion, it defaults to human review. Here’s the architecture.
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The Playbook Estate Problem: When Your SOAR Needs a Full-Time Owner
Year one with a playbook SOAR is exciting. Year three, an engineer owns it full-time. The agentic SOC question nobody budgets for at renewal.
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When Mythos Finds Thousands of Zero-Days, EU Regulators Won’t Wait for Your SOC to Catch Up
Can your SOC triage thousands of Mythos findings in 24 hours? NIS2, CRA, and DORA are all waiting. Miss one clock and the penalties begin.
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