TRIS scores every vulnerability with 7 layers of contextual intelligence. Know exactly what to patch first.
When everything is "critical," nothing is. Your analysts are drowning in noise while real threats hide in the backlog.
Based on CVSS alone, nearly 30% are "Critical"
CVSS was designed to measure technical severity, not business risk. It tells you HOW BAD a bug could be, not whether anyone is actually exploiting it or if it even affects your environment.
The result? Security teams burn weeks patching theoretical "Critical" vulnerabilities while actively exploited, moderate-scoring bugs slip through.
Each vulnerability is evaluated across seven intelligence dimensions, weighted and combined into a single actionable score.
Confirmed active exploitation from the CISA Known Exploited Vulnerabilities catalog. If attackers are using it in the wild right now, it moves to the top of your queue.
Technical severity straight from NVD. The starting point, but never the final answer. Attack vector, complexity, privileges required, and impact are all factored in.
Machine learning-based exploitation probability from FIRST.org. Predicts the likelihood a vulnerability will be exploited in the next 30 days using real-world threat data.
Asset criticality combined with sector-specific targeting intelligence. A vuln in your payment processing server matters more than the same vuln on a dev sandbox.
Combined attacker score from active campaigns, exploit kit availability, proof-of-concept code, dark web chatter, and threat actor interest. Real-time signal, not static data.
Your actual scanner data mapped against affected assets. Internet-facing, DMZ, internal-only, air-gapped. A network-exploitable vuln on an internet-facing host is radically different from the same CVE on an isolated system.
How long the vuln has existed, exploit maturity trajectory, patch availability, wormability indicators, and velocity of exploit development. Fresh zero-days score differently than 5-year-old bugs.
See how TRIS transforms a panic-inducing CVSS score into an actionable, contextualized priority.
Windows TCP/IP Remote Code Execution. CVSS says: drop everything and patch immediately across your entire fleet.
TRIS evaluated 7 layers and determined: this is not an emergency for YOUR environment right now.
This is one example. Every organization gets different TRIS scores based on their unique asset exposure, business context, and threat landscape.
TRIS maps every vulnerability into actionable SLA bands so your team always knows the timeline.
SLA windows are defaults. Fully configurable per organization, asset group, or compliance framework.
Each scoring system was designed with a different purpose. TRIS combines the best of both and adds five more dimensions.
| Capability | TRIS™ | CVSS v3.1/4.0 | EPSS |
|---|---|---|---|
| Technical severity | ✓ | ✓ | ✗ |
| Exploitation probability | ✓ | ✗ | ✓ |
| Active exploitation (KEV) | ✓ | ✗ | ✗ |
| Business context | ✓ | ✗ | ✗ |
| Your asset exposure | ✓ | ✗ | ✗ |
| Threat campaign data | ✓ | ✗ | Partial |
| Temporal / exploit maturity | ✓ | Optional metric | ✗ |
| Actionable SLA bands | 5 bands with timelines | 4 static labels | Raw percentage |
| Environment-specific | Unique per org | Same for everyone | Same for everyone |
| Auto-remediation guidance | ✓ AI-generated | ✗ | ✗ |
CVSS and EPSS are valuable inputs. TRIS uses both as part of its 7-layer scoring. The difference is that TRIS adds your environment, your business, and real-time threat data.
Once TRIS tells you what to patch first, CVEasy AI generates the exact fix commands for your operating systems.
TRIS scoring does not stop at prioritization. For every vulnerability that needs action, CVEasy AI's local LLM generates step-by-step remediation tailored to your actual environment.
See how TRIS scoring transforms your vulnerability management program. 7 layers of intelligence. One clear answer.