Ascension Labs' autonomous countermeasure execution layer — designed to detect, evaluate, and respond to verified threats at machine speed. Every defensive action is governed by CERTUS policy constraints. Speed without authorization is not a feature.
Speed matters in defense. But unauthorized defensive action at machine speed is a threat, not a capability. PRAETORIAN is built on the principle that every countermeasure — regardless of urgency — must pass a governance gate. The architecture ensures that response speed and response legality are not in competition.
Processes verified threat signals from OCULUS and evaluates countermeasure options within sub-second windows, enabling defensive action before threat propagation reaches simulated critical infrastructure thresholds in evaluation profiles.
Executes policy-authorized defensive actions across network, endpoint, and system layers within pre-authorized defensive categories and controlled evaluation profiles — reducing response latency from minutes to milliseconds on approved threat categories.
Coordinates simultaneous defensive responses across multiple attack vectors, maintaining coherent defensive posture under coordinated multi-front threat scenarios without conflicting countermeasure interference.
Escalation tiers are defined at mission configuration time. Responses within policy bounds execute autonomously. Actions requiring elevated authority are queued for human authorization with full threat context bundled for rapid review.
PRAETORIAN is activated by threat signals from OCULUS that exceed mission-configured confidence thresholds. All activation events are simultaneously submitted to CERTUS for authorization before any countermeasure is dispatched.
Maintains a continuously updated threat response playbook incorporating INFURIO red-team findings, historical countermeasure effectiveness data, and mission-specific defensive priorities. Playbook updates require CERTUS validation before activation.
Authorized countermeasure commands are dispatched through AXIOM for execution. Post-action results are fed back to OCULUS for threat correlation update and to CAI for defensive posture state adjustment.
Simulation and evaluation of autonomous defense for high-value systems where human response latency creates unacceptable exposure windows.
Rapid countermeasure deployment against novel threat vectors before signature-based defenses are updated.
Simultaneous multi-vector defense under coordinated adversary campaigns requiring coherent cross-domain response.