Criminal Network maps show who is connected. MOSAIC shows how the critical nodes are likely to behave when the network is stressed
Structural charts reveal relationships. They do not model the decision patterns of the individuals who actually hold the network together… or who will break it.
Law enforcement and interagency teams already build detailed network maps from names, records, communications, and activity logs. These maps are necessary. They are also incomplete.
A structural map tells you who is linked to whom. It does not tell you which nodes are likely to absorb pressure, defect, escalate, or seek accommodation when the network comes under stress.
It does not surface succession logic. It does not distinguish which facilitators or financial nodes carry the highest leverage for disruption based on how those individuals actually decide.
MOSAIC layers Behavioral Signatures™ onto the existing network picture. It organizes publicly available information into structured models of decision logic for the nodes that matter most.
The goal is not another static chart.
It is a clearer view of how the network is likely to react when pressure is applied.
Law enforcement and interagency teams already build detailed network maps from names, records, communications, and activity logs. These maps are necessary. They are also incomplete.
A structural map tells you who is linked to whom. It does not tell you which nodes are likely to absorb pressure, defect, escalate, or seek accommodation when the network comes under stress.
It does not surface succession logic. It does not distinguish which facilitators or financial nodes carry the highest leverage for disruption based on how those individuals actually decide.
MOSAIC layers Behavioral Signatures™ onto the existing network picture. It organizes legally obtained information into structured models of decision logic for the nodes that matter most.
The goal is not another static chart.
It is a clearer view of how the network is likely to react when pressure is applied.
IDENTIFY PATTERNS IN HIGH-LEVERAGE NODES
Better anticipation of succession and substitution effects
MORE ACCURATE TARGETING DECISIONS BASED ON BEHAVIOR
This helps teams answer sharper questions:
Which individuals are more likely to hold the line, break, or negotiate when the network is stressed?
What succession or substitution effects become probable if a key node is removed?
Which financial, logistics, or facilitation nodes offer the highest leverage because of how those people actually weigh risk and loyalty?
Where does applying pressure risk counterproductive escalation rather than disruption?
MOSAIC helps investigators and interagency teams move from structural awareness of the network to a working model of how its critical individuals are likely to respond.
All done in a fraction of the time, with lower bias, and with a 70–90% accuracy range.
This helps teams answer sharper questions:
Which individuals are more likely to hold the line, break, or negotiate when the network is stressed?
What succession or substitution effects become probable if a key node is removed?
Which financial, logistics, or facilitation nodes offer the highest leverage because of how those people actually weigh risk and loyalty?
Where does applying pressure risk counterproductive escalation rather than disruption?
MOSAIC helps investigators and interagency teams move from structural awareness of the network to a working model of how its critical individuals are likely to respond.
All done in a fraction of the time, with lower bias, and with a 70–90% accuracy range.
