Risk-Based Security Controls
A checklist treats every system the same. A control set built on consequence does not. It spends the most effort where a compromise would matter the most.
A control that costs the same everywhere shouldn't be applied everywhere
Generic control frameworks are written to apply broadly, which means applied uniformly they either overprotect low-consequence systems at real operational cost or underprotect high-consequence ones because the framework had no way to know which was which. Neither outcome is defensible when a regulator, or an incident, asks why a given control was or wasn't there.
GSS starts from consequence rather than from the framework. A system whose compromise could affect safety, security, or continuity of a protected function gets a materially different control set than a system whose compromise would be an inconvenience, and that distinction is documented, not assumed.
The result is a control set that is defensible on its own terms. Every control on the list traces to a specific risk it addresses, and every risk of consequence has a control addressing it. That traceability is what a regulator, an auditor, or a new security director needs to see, and it is what a checklist alone cannot produce.
- 01
System Categorization
Systems grouped by the consequence of compromise, not by network location or vendor.
- 02
Threat & Risk Analysis
Realistic threat scenarios evaluated against each system category.
- 03
Control Selection
Controls chosen and tailored to the specific risk and consequence identified, not applied uniformly.
- 04
Gap Analysis
Existing controls compared against the target set, with gaps prioritized by consequence.
- 05
Implementation Support
Control deployment sequenced to close the highest-consequence gaps first.
- 06
Documentation
The rationale behind every control captured for audit, licensing, and regulatory review.