You know the risk. Here’s how to fund the fix.
Supply-chain security is obvious to the people defending it. The hard part is getting budget, headcount, and tool approval from stakeholders who don’t live in incident response. This page gives you the frameworks, numbers, and language to make the case — without overselling or hand-waving.
Positive ROI when annual material-event probability × CTI-attributable mitigation exceeds the scenario ratio.
You’re already doing the work. Now prove the value.
Prevented supply-chain breaches leave no ticket, no forensics bill, no regulator call. That’s the whole point — and it’s also why finance, the board, and engineering leads treat security tooling as a discretionary cost. The frameworks below turn invisible prevention into a language the business understands.
Prevention is invisible
When CTI blocks a malicious package, nothing happens. No breach cost. No news headline. The value is a non-event by design.
Attribution is hard
Intelligence improves firewalls, EDR, SOAR, and human analysts simultaneously. The control works; the contribution is indirect.
Benchmarks are noisy
Sector breach reports measure broad populations, not your organization’s specific material-event probability. Raw averages mislead.
“…of security professionals report difficulty in measuring the ROI of their CTI program.”
— Enterprise Strategy Group, cited in Assessing the ROI of Cyber Threat Intelligence
Four operational dimensions. One maturity score. One financial boundary.
The Threat Intelligence Effectiveness Index (TIEI) converts program maturity into a weighted geometric score — then links that score to a breakeven ROI frontier.
Penalizes weak links
A geometric mean means one stalled dimension drags the whole score down — just like real security programs.
Tracks over time
Re-run the same scorecard each quarter to prove operational improvement to the board.
Maps to dollars
Higher TIEI shifts the range of plausible risk reduction — directly feeding the ROI model.
Breakeven-first ROI: know the unknowns before you spend.
Instead of guessing a single ROI number, the framework asks two questions: how likely is a material event, and how much of it can CTI actually mitigate?
Finance scenario
Average breach cost ≈ $5.82M. All-in CTI investment ≈ $400K/year.
At 20% CTI-attributable mitigation, the program breaks even if your annual material-event probability exceeds 34.4%.
Healthcare scenario
Average breach cost ≈ $8.60M. All-in CTI investment ≈ $600K/year.
At 30% mitigation, break-even requires a 23.3% annual probability of a material supply-chain event.
Source: illustrative inputs from Strada & Cimato, Assessing the ROI of Cyber Threat Intelligence (arXiv:2507.17628). Actual probabilities and mitigation rates must be estimated from your own telemetry, threat model, and control gaps.
Operational metrics that stand up in a budget review.
A defensible business case pairs financial boundaries with evidence from your own environment. These are the numbers that help you ask for tooling, headcount, or contract approval — and defend the decision later.
Mean time to detect
−32%
CTI-informed detections cut the interval between compromise and discovery.
Mean time to respond
−28%
Contextual TTP knowledge lets responders skip reconnaissance and contain faster.
False-positive reduction
−41%
Threat-enriched correlation suppresses low-fidelity alerts and reclaims analyst hours.
Priority TTP coverage
+53%
ATT&CK-mapped defenses validate that controls cover the threats actually targeting you.
Statistics are illustrative, derived from the cited CTI literature. We build customer-specific baselines from registry telemetry, SIEM/SOAR data, and incident-response records.
We operate at the registry level, where prevention becomes measurable.
Most supply-chain security vendors sell around the registry — IDEs, CI gates, artifact proxies. Yeeth Security builds inside the registry, catching malicious packages before a single developer installs them.
- Argus scans every publish on Open VSX and customer registries before the package goes live.
- DevGuard surfaces registry-native verdicts inside the IDE with no extra tooling.
- We deliver operation metrics — blocked packages, dwell-time reduction, coverage lift — ready for your TIEI scorecard.
Get the slides, the numbers, and the talking points.
We’ll help you build a business case tailored to your threat model, control gaps, and telemetry — so you can walk into the room with defensible numbers instead of another fear pitch.
Build your internal case