detect attackers other tools can't see.

Purpose-built for OT environments, Galvanick is a behavioral threat detection system that correlates endpoint, network, infrastructure, and application data to detect attackers before they can disrupt industrial operations.

stop observing. start detecting.

Monitoring tools provide visibility into the inner workings of your environment: what's there, who's talking to who, and what normal operations look like. Attackers know this. That's why they are living off the land. Credential harvesting, lateral movement, and attack staging stay invisible to defenders.

Your security posture is defined through detecting threats rather than maintaining inventories. Knowing exactly what actions attackers are taking is the only way to truly reduce risk.

Better data. Fewer alerts. Real threats.

10x more real detections.

Monitor the entire attack surface: endpoints, infrastructure, network, and applications.

100x fewer false positives.

Cross-verify detections automatically across multiple data sources to eliminate noise.

Detection from OT pivot.

Identify lateral movement and reconnaissance before attackers reach critical systems.

How Galvanick detects threats.

Sees everything: Galvanick ingests data from networks, endpoints, infrastructure, and applications across your OT environment into a single detection engine.

Connects the dots: Galvanick identifies attack patterns across the MITRE ATT&CK framework, from early-stage reconnaissance to late-stage exfiltration and impact. Galvanick searches for patterns attackers must follow to compromise OT environments, rooting out sophisticated attackers who use legitimate tools and valid credentials.

Explains what's happening: Galvanick automatically investigates every detection, reconstructs the complete attack path, and links affected assets, users, and historical patterns into a single finding.

Tells you what to do: Galvanick's environment-aware response recommendations allow your team to act immediately.

!
!
!
!
!
!
!
AUTOMATED INVESTIGATION
HIGH2 min ago
Potential Intrusion Detected
Related events suggest potential attacker activity in Work Cell 3:
  1. Network Reconnaissance T0846
  2. Endpoint Credential Dump T1003
  3. PLC Access via Industrial FW T0886

Engineering Workstation → PLC Controller (×2)
Production Facility – Building A – Work Cell 3

T1003T0846T0886
Similar activity detected 3 months ago
SUGGESTED RESPONSE
  1. Review PLC_12 and PLC_14 program change logs for ladder logic modifications or setpoint writes since time of first detected access
  2. Determine if EWS access was by an authorized user
  3. Sweep historical logs for persistence indicators

If Attacker Activity Confirmed
  1. Rotate credentials for all accounts on EWS_07
  2. Isolate EWS_07 at the industrial DMZ after confirming no active control sessions to PLC_12 or PLC_14
trusted by boeing
america's #1 exporter.

Galvanick has been an exceptional partner because they understand that in aerospace manufacturing, operational continuity is non-negotiable… their team’s operational technology expertise provides significant value to Boeing.

Nathan VanRheenen, Chief Engineer & Executive Director, Boeing Ventures

Built by engineers who lived the problem.

Our team built the industrial security team at Amazon, protecting 700+ facilities and 35,000+ PLCs across 20+ countries. We investigated OT intrusions at Mandiant, including some of the most consequential attacks in OT history. We built Galvanick because we saw the gap firsthand: the tools we relied on to monitor industrial environments couldn't detect the attackers inside them.

We felt your pain. here's how we help.
Challenge
How Galvanick solves it
Network monitoring tools show us traffic patterns. They can't show us what's actually executing on our endpoints or happening inside our applications.
Full attack surface coverage: network, endpoint, infrastructure, and application logs are ingested simultaneously and correlated in a single detection engine.
Traditional EDR agents require kernel-level access and active scanning. That's an unacceptable risk in production OT environments.
Galvanick cannot execute commands, push updates, or modify systems. The sensors run in user-mode only. No kernel driver, no control channel, no active scanning.
Our team burns hours triaging alerts from tools that flag anomalies without context. Most findings lead nowhere.
Galvanick cross-verifies detections across multiple data sources before surfacing a finding. Each finding includes the full attack path, affected assets, and recommended response.
We don't have the headcount or the months of integration work to stitch together a detection pipeline from scratch.
Galvanick ships pre-built with detection logic, correlation rules, and investigation workflows. No SIEM or custom rules to maintain.
Leadership won't approve the budget until there's an incident. By then, we're already behind.
On installation, Galvanick ingests historical endpoint logs and applies behavioral analysis retroactively, surfacing compromises that predate deployment, even adversarial activity that occurred months earlier.

See how Galvanick reconstructs an OT attack in seconds.