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

Network & Lateral Movement

Inside your network.
Nowhere to move.

Once attackers breach your perimeter, they rely on lateral movement to reach high-value targets. PulseADT maps every network connection in real time, detects the first step of lateral movement, and isolates the attacker before they reach their objective.

62s
To autonomous isolation
97%
Lateral attempts blocked
100%
C2 channel coverage
PulseADT · Network Defense · Live
ACTIVE
INFO
NetSensor
SMB lateral: 10.1.4.22 → 10.1.4.87:445 · pid 3912
WARN
ADT
Credential relay pattern detected · 3 hops in 90s
HIGH
ADT
Hypothesis: Pass-the-hash lateral movement (conf. 0.96)
PASS
Policy
Blast-radius: MED · Segment isolation approved
ACT
Engine
Network segment isolated · 2 hosts quarantined · 0 data moved
lateral movement blocked62 seconds · fully autonomous
62s
Median lateral movement isolation
Glemad Research · March 2026
97%
Credential relay attacks blocked
Before second hop
<3s
Micro-segmentation enforcement
Policy-bounded actuation
100%
C2 channel behavioural coverage
No decryption required

Real-Time Network Graph

A live map of every connection - and every anomaly.

PulseADT builds a continuously updated graph of every network connection in your environment - between endpoints, servers, cloud workloads, and external systems. When an attacker begins moving laterally, the deviation from baseline behaviour triggers hypothesis-chain reasoning before a second hop is attempted.

East-west traffic visibility across flat and segmented networks
Peer-to-peer and SMB lateral movement detection
DNS tunnelling and beaconing pattern recognition
Network graph baseline updated every 30 seconds
Encrypted traffic analysis without decryption
62sMedian time to isolate a confirmed lateral movement attemptGlemad Research · March 2026

Credential Relay & Pass-the-Hash

Stop stolen credentials from becoming a breach.

Pass-the-hash, pass-the-ticket, and credential relay attacks are the most common path from initial foothold to domain compromise. PulseADT monitors Kerberos and NTLM traffic in real time, correlates credential use patterns against baseline identity behaviour, and terminates malicious relay chains autonomously.

NTLM relay and Pass-the-Hash detection from traffic patterns
Kerberoasting and AS-REP roasting attack recognition
Golden and Silver Ticket anomaly detection
Credential use velocity and geographic anomaly monitoring
Automated credential invalidation request to identity provider
97%Of credential-relay attacks caught before second hopInternal validation · 2026

Micro-Segmentation Enforcement

Segment attackers in real time - no pre-planned VLANs required.

PulseADT can enforce dynamic micro-segmentation in response to a confirmed threat - isolating individual hosts or workloads without requiring pre-configured VLAN policies. The ADT engine calculates blast radius before isolating, ensuring business-critical systems remain available while the threat is contained.

Policy-bounded host and subnet isolation in under 3 seconds
Blast-radius calculation before every isolation action
Maintains SOC access tunnel through isolated segments
Automatic de-isolation after threat hypothesis invalidated
Integrates with existing firewalls, NGFWs, and SDN controllers
<3sTo isolate a network segment while preserving SOC accessPolicy-bounded actuation

Command & Control Detection

Cut attacker communications before exfiltration begins.

Modern malware communicates through encrypted HTTPS, DNS, and legitimate cloud services to evade detection. PulseADT identifies C2 channels through behavioural patterns - beacon timing, data volume anomalies, and domain generation algorithm (DGA) signatures - and severs them autonomously.

Beacon timing analysis across HTTP, HTTPS, and DNS channels
Domain generation algorithm (DGA) detection in real time
Cloud service abuse detection (AWS, Azure, GCP, Cloudflare tunnel)
Exfiltration volume baselining and anomaly alerting
Autonomous DNS sinkholing for confirmed C2 domains
100%C2 channel coverage across HTTP, DNS, and cloud servicesNo decryption required

The difference

Legacy tools alert
after attackers move

Traditional network monitoring alerts security teams after lateral movement has already occurred - often hours or days later. By then, attackers have reached their target. PulseADT detects the first hop and isolates autonomously.

See full comparisons
Legacy NDR
PulseADT
NetFlow analysis - alerts generated hours later
Real-time graph analysis - autonomous response in seconds
No lateral movement detection without EDR integration
Network + endpoint correlation in a single reasoning model
Manual segmentation rules updated quarterly
Dynamic micro-segmentation enforced in real time
Signature-based C2 detection misses new malware families
Behavioural C2 detection catches novel and custom implants
Alert fatigue - hundreds of network alerts per day
Confirmed hypotheses only - one actionable incident per event
62s
Median isolation time
97%
Lateral attempts blocked
<3s
Micro-segment enforcement
0
Data moved in validated cases

Stop lateral movement
before it starts.

Full network and lateral movement protection active within hours of deployment. No tuning, no rules to write.