Piscium

Platform

Autonomous Cyber Risk Validation

Piscium is a Continuous Threat Exposure Management platform purpose-built for critical infrastructure. Autonomous AI agents validate real-world risk, dynamic attack graphs map blast radius, and orchestrated remediation closes the loop — continuously.

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Platform architecture diagramDiscoveryAssetsExposure MapAnalysisAttack GraphsAI ScoringActionRemediationEvidence

3

Operational layers — Discovery, Analysis, Action

6+

Compliance frameworks mapped

50+

Native connectors in marketplace

24/7

Autonomous agent validation

Core Capabilities

Autonomous AI Agents

Offensive AI agents mimic real adversary behavior — discovering, exploiting, and scoring exposures across IT and OT environments without human intervention. Agents adapt in real time as your attack surface changes.

Dynamic Attack Graphs

Real-time attack path modeling maps how threats chain across assets, visualizing blast radius, lateral movement opportunities, and privilege escalation paths. Every graph updates continuously as new data arrives.

Business-Context Prioritization

Not all vulnerabilities are equal. Piscium scores every exposure by business impact — factoring in asset criticality, regulatory requirements, revenue exposure, and operational continuity to surface what truly matters.

Remediation Orchestration

Automatically generate fix plans, create ITSM tickets, assign owners, and track SLA compliance. After remediation, autonomous agents re-validate to confirm the exposure is truly closed.

Three-Layer Architecture

Piscium's architecture is organized in three operational layers: the Discovery Layer (continuous asset inventory and exposure scanning), the Analysis Layer (attack graph generation, AI validation, business-impact scoring), and the Action Layer (remediation orchestration, ITSM integration, evidence collection). Each layer operates independently but feeds data upward and downward in real time.

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Built for OT/ICS

Critical infrastructure demands a security platform that understands operational technology. Piscium is designed from the ground up for environments where safety and uptime are non-negotiable.

  • Passive-first discovery that never disrupts production PLCs, RTUs, or SCADA systems
  • Protocol-aware scanning for Modbus, DNP3, OPC UA, BACnet, and IEC 61850
  • Purdue Model-aligned network segmentation validation across Levels 0–5
  • IEC 62443 and NERC CIP compliance mapping with automated evidence collection

Frequently Asked Questions

What deployment options does Piscium support?
Piscium is available as fully managed SaaS, hybrid (on-premise sensors with cloud orchestration), or fully on-premise for air-gapped OT environments. All models include SOC2 Type II certified infrastructure.
Is Piscium safe for OT/ICS environments?
Yes. Piscium uses passive-first discovery that never disrupts production PLCs, RTUs, or SCADA systems. Protocol-aware scanning supports Modbus, DNP3, OPC UA, BACnet, and IEC 61850 with configurable safety thresholds.
Which compliance frameworks does Piscium map to?
IEC 62443, NERC CIP, NIST CSF, SOC2 Type II, ISO 27001, and CIS Controls. Automated evidence collection and audit-ready reports are included for each framework.
How does pricing work?
Pricing is based on the number of monitored assets and selected deployment model. Contact our sales team for a tailored quote based on your network architecture and compliance requirements.
How long does implementation take?
SaaS deployments are operational within 48 hours. Hybrid deployments typically take 1–2 weeks including sensor installation. On-premise deployments are scoped during the sales consultation based on network complexity.

Ready to See Piscium in Action?

Every environment is unique. Contact our team for a tailored demo and pricing based on your asset count, network architecture, and compliance requirements.

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