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

Kill-Chain Interception

The full attack.
Cut at stage two.

PulseADT sees attacks as sequences - not isolated alerts. The ADT engine maps every signal to a kill-chain stage, builds a hypothesis of attacker intent, and intercepts the chain before objectives are within reach.

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0.8min
Mean time to detect
Stage 2
Median interception point
100%
ATT&CK coverage
PulseADT · Kill-Chain Interception · Live
ACTIVE
T1
Recon
Phishing lure delivered · user credential harvested
T2
Access
VPN login: new geography · off-hours · credential confirmed stolen
T3
ADT
Kill-chain hypothesis: APT lateral pre-staging (conf. 0.93)
CUT
Engine
Session revoked · credential locked · SIEM alerted · analyst notified
DONE
Evidence
Attack chain severed at T2 · attacker objective: BLOCKED
kill-chain stage cutstage 2 of 7 · attacker objective never reached
0.8min
Mean time to detect (MTTD)
vs. 204-day industry average
Stage 2
Median interception point
Before lateral movement or objective
100%
MITRE ATT&CK coverage
Full kill-chain technique mapping
98%
Multi-vector campaign correlation
No analyst correlation required

Full Kill-Chain Visibility

Every stage of an attack - visible in real time.

Most tools see individual alerts. PulseADT sees the attack. The ADT engine correlates signals across reconnaissance, initial access, execution, persistence, privilege escalation, lateral movement, and exfiltration - building a single kill-chain timeline per attacker, not thousands of disconnected alerts.

Full MITRE ATT&CK kill-chain mapping per incident
Cross-layer correlation: endpoint, network, identity, and cloud signals unified
Attacker timeline reconstructed from first indicator to current position
Multi-stage campaign tracking across extended dwell periods
Zero-day kill-chain inference from behavioural progression, not signatures
100%MITRE ATT&CK technique coverage mapped across the full kill-chainEnd-to-end attack lifecycle visibility

Early-Stage Interception

Cut the chain at stage two - before objectives are reachable.

The most valuable interception point is early in the kill-chain - before the attacker reaches their objective. PulseADT's hypothesis-chain reasoning identifies attack progression patterns after only 2-3 stages, enabling it to cut the chain before lateral movement, data access, or ransomware staging ever begins.

Stage-2 interception capability - catch attackers before they move laterally
Reconnaissance pattern detection from login anomalies and access patterns
Initial access detection from credential misuse and phishing execution chains
Persistence mechanism detection and removal before privilege escalation
Hypothesis confidence scoring per kill-chain stage
Stage 2Median kill-chain stage at which PulseADT intercepts an active intrusionBefore lateral movement or objective

Multi-Campaign Correlation

One investigation - not 10,000 separate alerts.

When the same attacker is operating across multiple vectors simultaneously, PulseADT correlates all of their activity into a single campaign view. Your team sees one attack, one timeline, and one containment action - not fragmented alerts across endpoint, network, and identity consoles.

Cross-asset campaign grouping by attacker behaviour profile
Multi-vector attack correlation in a single incident timeline
Attacker re-entry detection - recognises returning adversaries after initial eviction
Persistence re-check after containment to ensure complete clearance
Unified incident view replacing siloed console fragmentation
98%Of multi-vector attacks correlated into a single campaign viewNo analyst correlation required

Dwell-Time Elimination

The average attacker dwells for 204 days. Yours: 0.

PulseADT's continuous kill-chain monitoring catches attackers in environments where they have already established persistence - not just during active attack sequences. Dormant implants, sleeping backdoors, and long-duration campaign infrastructure are detected from behavioural signals even during quiet periods.

Dormant implant and backdoor detection from periodic beaconing
Persistence mechanism audit: scheduled tasks, registry keys, WMI subscriptions
Long-duration anomaly baselining - catches slow-moving attackers
Historical telemetry replay for retrospective detection of new threat patterns
Zero-tolerance dwell policy enforcement with SOC notification
0.8minMean time to detect (MTTD) - vs. 204-day industry averageGlemad Research · March 2026

The difference

Alert tools watch.
PulseADT intercepts.

Traditional SIEMs and EDR tools produce alerts. Analysts then manually correlate those alerts to understand if an attack is in progress. By the time the picture is assembled, attackers have often already reached their objective. PulseADT assembles that picture autonomously - in real time.

See full comparisons
SIEM + Analyst
PulseADT
Thousands of disconnected alerts per day
One unified kill-chain timeline per attacker
Detection only at known IOC stages
Kill-chain hypothesis from first 2-3 behavioural signals
No multi-vector campaign correlation
98% of multi-vector attacks correlated into single view
204-day average attacker dwell time
0.8-minute mean time to detect
Dormant implants go undetected for months
Persistent monitoring detects dormant threats continuously
0.8min
MTTD
Stage 2
Interception point
98%
Campaign correlation
100%
ATT&CK coverage

See the full attack.
Cut it before it lands.

Deploy PulseADT and replace thousands of fragmented alerts with a single, unified attack view - and autonomous interception that stops threats before objectives are reached.

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