ADT-4 Pro Model Release:The definitive threat intelligence for the AI eraRead the research paper

ADT Autonomous Defense

Threats blocked.
No analyst required.

ADT Autonomous Defense closes attacks in 1.4 seconds - without waiting for an analyst to pick up the alert. Policy-bounded, blast-radius-aware, and fully reversible. Your rules. Our execution speed.

Start free trial Full platform overview
1.4s
Detection to containment
95%
Threats contained autonomously
0
Files encrypted (ransomware)
PulseADT · Autonomous Defense · Live
ACTIVE
DET
ADT
Ransomware staging: shadow copy deletion · VSSADMIN.exe
CONF
Engine
Hypothesis confidence: 0.98 · action threshold exceeded
CALC
Policy
Blast-radius: LOW · Reversible: YES · No prod systems affected
ACT
Actuation
Process tree killed · host isolated · volume restore initiated
DONE
Evidence
Threat neutralised · 0 files encrypted · chain-of-custody sealed
detection → full neutralisation1.4 seconds · zero analyst input
1.4s
Detection to full containment
Zero analyst input required
95%
Threats contained autonomously
Across all attack categories
0
Files encrypted in ransomware events
Validated production deployments
3×
Blast-radius reduction vs. point tools
Coordinated cross-layer response

Policy-Bounded Actuation

Autonomous - but exactly within the limits you set.

ADT Autonomous Defense executes containment and remediation actions within the policy boundaries you define. You choose which action classes are permitted at each confidence level, which systems are exempt from isolation, and what approval workflows apply to higher-blast-radius actions. Full autonomy with full control.

Configurable confidence thresholds per action class (terminate, isolate, rollback)
Asset-level exclusion lists - critical systems can require human approval
Blast-radius calculation before every autonomous action
Approval workflows for high-impact actions with SOC notification
Full audit trail of every autonomous decision and action taken
1.4sMedian time from confirmed threat to full containment - no analyst requiredGlemad Research · March 2026

Multi-Layer Containment

Block, isolate, and reverse - in a single automated sequence.

When the ADT engine confirms a threat, it executes a coordinated containment sequence: process termination, network isolation, user session suspension, and - where applicable - automated system rollback to a clean state. Each step is logged, reversible, and transparent.

Process tree termination with parent-chain preservation for forensics
Network isolation with automatic allowlist for SOC and management access
User session suspension and credential invalidation on account compromise
Automated volume snapshot and rollback for ransomware events
Cloud resource remediation: revoke public access, rotate credentials, disable accounts
95%Of confirmed threats fully contained without analyst interventionInternal production telemetry

Coordinated Defense Agents

Defenses that work together - not in silos.

Multiple attack vectors require coordinated defense. PulseADT's Coordinated Defense Agents share threat context across endpoint, network, cloud, and identity layers simultaneously - so a detection on one vector triggers coordinated containment across all affected surfaces, not just the single point of detection.

Cross-layer threat context sharing in real time
Simultaneous endpoint, network, and identity containment actions
No silo between EDR, NDR, and CSPM responses
Shared hypothesis state prevents duplicate or conflicting actions
Coordinated rollback across multiple systems after threat clearance
3×Reduction in total blast radius from cross-layer coordinated containmentvs. single-layer point tools

Self-Healing & Rollback

Not just blocked. Reversed.

Most security tools stop at containment. PulseADT goes further: where possible, it reverses the damage done by an attacker - restoring deleted files, rolling back registry changes, re-enabling disabled services - all autonomously, after the threat has been cleared. Leave attackers with nothing to show for their effort.

File-level rollback using VSS integration on Windows and snapshot APIs
Registry change reversal for persistence mechanism removal
Malicious scheduled task and service uninstallation
Cloud resource restoration: bucket policies, IAM roles, security groups
Automated post-incident health verification before host return to production
0Files encrypted in ransomware events where PulseADT was active at detectionValidated across production deployments

The difference

Four-hour response time
is a breach in progress

The average analyst response time for a confirmed critical alert is over four hours. In that window, ransomware can encrypt a network, an attacker can exfiltrate terabytes, and credentials can be sold on dark web marketplaces. PulseADT responds in 1.4 seconds.

See full comparisons
Legacy SIEM + SOC
PulseADT
Alert sent to analyst - median 4-hour response time
1.4-second autonomous containment from confirmed threat
Containment requires manual firewall rule and ticket
Automated network isolation, process kill, and rollback
No blast-radius calculation before action
Blast-radius assessed before every autonomous action
Damage already done before analyst responds
0 files encrypted in validated ransomware events
No automated rollback or self-healing capability
Autonomous damage reversal after threat clearance
1.4s
Detection to containment
95%
Autonomous containment rate
0
Ransomware files encrypted
3×
Blast-radius reduction

Respond to threats
in 1.4 seconds.

Deploy ADT Autonomous Defense and close the window between detection and containment - permanently.

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