Where behavioral insight meets risk intelligence.
Agentix CCC aids organizations in recognizing, assessing, and responding to behavioral risk — combining licensed clinical expertise with practical human-resources and threat assessment experience that many programs keep in separate silos.
The Problem
The Solution
Most workplace violence prevention efforts live entirely with HR or security teams, who were never trained to read the clinical signals that separate a genuine threat from a person in distress. Purely clinical approaches, in turn, often overlook the organizational and procedural realities that shape risk inside a real workplace.
Agentix CCC works at that intersection — bringing both lenses to the same question.
We bring a credentiale stack no generalist HR firm or traditional security consultant can match: clinical behavioral science, senior HR strategy, project management rigor, and certified threat assessment expertise - unified in a single methodology.
01.
Structured, professionally documented assessment of concerning conduct, with a clear path from observation to response.
Threat Assessment & Case Consultation
02.
Practical, defensible-on-paper program design that fits how your organization actually operates.
Workplace Violence Prevention Programs
03.
Behavioral Risk Intelligence™ – our methodology for understanding how concerning behavior emerges, escalates, and can be interrupted in a workplace setting.
Behavioral Risk Methodology
04.
Guidance on policy, documentation, and process, coordinated with your legal counsel where appropriate.
HR Compliance Advisory
MOBILIZE
Deploy tiered, proportional intervention response.
INTERPRET
Contextualize risk - differentiate threat
from distress.
RECOGNIZE
Identify behavioral indicators & early
warning signs.
EMPOWER
Build lasting organizational capacity and resilience.
PROFILE
Assess the individual, environment, & incident simultaneously.
P. R. I. M. E.
A Behavioral Risk Intelligence™ methodology
The PRIME Framework™ organizes behavioral risk across five domains so that no single signal is read in isolation: