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

Endpoint & Server Protection

Every machine.
Continuously defended.

PulseADT deploys one lightweight sensor across every endpoint and server. The ADT engine builds a persistent behavioural model of each host - detecting threats from behaviour, not signatures, and containing them autonomously.

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359×
Faster than signature EDR
<2s
To autonomous isolation
<0.5%
CPU overhead
PulseADT · Endpoint Defense · Live
ACTIVE
WARN
Sensor
powershell.exe spawned by winword.exe · pid 4821
HIGH
ADT
Hypothesis: macro-exec dropper (conf. 0.94)
PASS
Policy
Blast-radius: LOW · Reversible: YES · Approved
ACT
Engine
PID 4821 terminated · parent chain suspended
LOG
Evidence
Exec-chain sealed · hash: d4f8…b2c1 · regulator-ready
total elapsed48 seconds · 100% autonomous
359×
Faster than signature-based detection
Glemad Research · March 2026
<2s
To autonomous host isolation
Policy-bounded actuation
<0.5%
CPU overhead in production
Across Windows, Linux, macOS
100%
Forensic evidence per incident
Zero manual collection required

Continuous Behavioural Baseline

Not signatures. A live model of every host.

The ADT sensor builds a continuous behavioural baseline for every machine - processes, network connections, file system activity, and memory patterns. Deviations from that baseline trigger hypothesis-chain reasoning, not signature lookups. Threats that have never been seen before are detected from behaviour alone.

Process lineage and exec-chain monitoring on every host
Memory injection and hollowing detection without signatures
Living-off-the-land (LOLBin) and fileless malware detection
Behavioural baselining updated continuously - not weekly scans
Kernel-level visibility with <0.5% CPU overhead
359×Faster detection than leading signature-based EDRGlemad Research · March 2026

Autonomous Containment

Threats stopped before the analyst picks up the alert.

When the ADT engine reaches sufficient hypothesis confidence, it executes containment autonomously - within the bounds of the policy you've defined. Process termination, host isolation, and network segmentation happen in under two seconds, without an analyst in the loop.

Autonomous process tree termination on confirmed threat
Host network isolation with automatic allowlist for SOC access
Automated forensic snapshot preserved at time of containment
Configurable confidence thresholds per action class
Automated rollback when threat hypothesis is invalidated
<2sFrom confirmed threat to autonomous host isolationPolicy-bounded actuation

Cross-Platform Coverage

Windows. Linux. macOS. One unified agent.

A single lightweight agent covers every major operating system in your environment. No separate consoles, no separate policies, no coverage gaps between platforms. The ADT reasoning model is unified - so a threat pattern seen on Windows informs detection on Linux.

Windows 10/11/Server 2016+ - full kernel visibility
Linux (RHEL, Ubuntu, Debian, Amazon Linux) - eBPF-based sensor
macOS 12+ - Endpoint Security Framework integration
Container runtime protection (Docker, containerd, CRI-O)
Air-gapped and disconnected endpoint support
3OS families. One unified reasoning model.Windows · Linux · macOS

Complete Forensic Preservation

Every incident, fully reconstructed.

The sensor captures a complete forensic timeline for every incident - exec chains, parent processes, network connections, file operations, and registry changes - all preserved with cryptographic integrity from the moment of detection. No manual evidence gathering required.

Full process exec-chain captured from boot - not just on alert
Network connection state at time of incident preserved
File system and registry change timeline with hash verification
Memory dump capture for malware analysis on demand
Cryptographically signed evidence chain - admissible in legal proceedings
100%Forensic evidence coverage per incidentZero manual collection required

The difference

Legacy EDR leaves
gaps attackers exploit

Signature-based tools were designed for known threats. Modern attackers use fileless techniques, living-off-the-land binaries, and zero-days that signatures can't catch. PulseADT detects from behaviour - so new threats are never truly new.

See full comparisons
Legacy EDR
PulseADT
Signature database updated weekly
Behavioural baseline updated continuously
Alert sent to analyst - response delayed
Autonomous containment in <2 seconds
Separate agents for AV, EDR, and forensics
Single lightweight unified sensor
No forensic data without manual collection
Full exec-chain preserved automatically
Cannot detect fileless or LOLBin attacks
Fileless and LOLBin detection from behaviour
359×
Faster detection than signature EDR
95%
Threats contained autonomously
<0.5%
CPU overhead on protected hosts
100%
MITRE ATT&CK technique coverage

Deploy endpoint
protection today.

15-day free trial. Full endpoint coverage across all operating systems - active within minutes of sensor deployment.

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