Piscium
Cloud & SaaS Security

Continuous Threat Exposure Management for Cloud & SaaS

Cloud environments change every minute. Ephemeral workloads, dynamic infrastructure, and multi-cloud complexity create an attack surface that point-in-time tools can't keep up with. Piscium continuously discovers, validates, and remediates cloud exposures across AWS, Azure, GCP, and your SaaS estate.

Why Cloud Security Demands a New Approach

Cloud environments are dynamic, distributed, and complex. Traditional vulnerability management was designed for static networks, not for infrastructure that provisions and decommissions resources hundreds of times per day.

Sprawling, Ephemeral Attack Surface

Multi-cloud environments with ephemeral workloads, serverless functions, containers, and dynamic infrastructure create an attack surface that changes faster than quarterly scans or annual audits can track.

Misconfigurations Are the #1 Cloud Risk

Cloud breaches are overwhelmingly caused by misconfigurations: overly permissive IAM policies, publicly exposed storage buckets, unpatched services, and missing encryption. Most CSPM tools find them but can't prove they're exploitable.

Multi-Cloud Visibility Gaps

Organizations running AWS, Azure, and GCP simultaneously struggle with fragmented visibility, inconsistent security policies, and blind spots at the boundaries where cloud environments connect to each other and to on-premise infrastructure.

Thousands of Findings, No Context

Cloud security tools generate thousands of findings per day. Without business-context scoring and exploitability validation, security teams waste cycles investigating issues that pose no real risk, while critical exposures go unaddressed.

Three Phases of Continuous Cloud Threat Exposure Management

Piscium's CTEM engine maps, prioritizes, and validates exposures across your cloud estate: continuously, across every provider, with business-context prioritization.

Continuous Multi-Cloud Asset Discovery

Piscium automatically discovers and inventories every asset across your AWS, Azure, GCP, and SaaS environments, including ephemeral workloads, containers, serverless functions, and shadow cloud accounts that your CSPM misses.

  • Real-time asset inventory across AWS, Azure, GCP, and 50+ SaaS applications
  • Container and Kubernetes workload discovery with image vulnerability correlation
  • Serverless function inventory with IAM permission mapping
  • Shadow cloud account and unauthorized service detection
Learn more about discovery
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Business-Impact Cloud Risk Prioritization

Not every misconfiguration is exploitable, and not every exploitable finding has the same business impact. Piscium's attack graph engine scores cloud exposures by exploitability chain (IAM privilege escalation paths, cross-account lateral movement, and data exfiltration risk) so you fix what actually matters.

  • Attack paths scored by business impact: data exposure, service disruption, lateral spread
  • IAM privilege escalation analysis across cross-account roles and service principals
  • Lateral movement modeling across VPCs, peering connections, and transit gateways
  • Context enrichment from cloud asset tags, business unit ownership, and data classification
Learn more about prioritization
Cloud platform infrastructure

Proof That Your Cloud Remediations Actually Work

Piscium validates that cloud misconfigurations and exploitable paths are actually closed, not just that a configuration change was applied. Autonomous AI agents test the actual exploitability of findings in your live environment, with evidence-backed results.

  • AI agents validate IAM escalation, storage exposure, and network attack paths in your actual cloud
  • Infrastructure-as-Code remediation suggestions for Terraform, CloudFormation, and Pulumi
  • Post-remediation re-validation confirms fixes are effective and complete
  • Continuous validation catches configuration drift and newly introduced exposures
Learn more about validation
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Built to a Standard for Autonomous Testing

Piscium's autonomous discovery and validation follow the OWASP Autonomous Penetration Testing Standard (APTS), operating safely, transparently, and within the boundaries you define. We produce validation evidence you can feed into your own audit and GRC process; we don't issue regulatory attestations.

Built for Cloud-First Teams

  • Multi-cloud coverage: AWS, Azure, GCP, and SaaS in one unified platform
  • Goes beyond CSPM by validating exploitability, not just misconfiguration
  • Infrastructure-as-Code remediation: fixes at source, not at surface
  • Autonomous testing aligned with the OWASP APTS
  • Proven across financial services, technology, and healthcare cloud environments

Related Resources

Blog
Attack Surface Management vs. CTEM: What's the Difference?

ASM discovers your exposure. CTEM validates, prioritizes, remediates, and verifies it. Understand why discovery alone isn't enough.

Read More
Blog
Building a Business Case for Continuous Validation in Critical Infrastructure

ROI metrics and risk quantification frameworks that translate continuous threat exposure management into language boards and CISOs act on.

Read More
Blog
Zero Trust Architecture for Industrial Control Systems

How Zero Trust principles map to the Purdue Model, and why continuous validation is the enforcement mechanism OT environments need.

Read More

Validate Your Cloud Security Posture, Continuously

See how Piscium extends autonomous threat exposure management across your multi-cloud estate, from misconfiguration detection to exploitability validation and IaC remediation.

Frequently Asked Questions

How is Piscium different from a CSPM tool?
CSPM tools detect misconfigurations. Piscium validates whether those misconfigurations are actually exploitable in your environment by modeling attack paths and running safe validation. We answer "can an attacker use this to compromise my environment?", not just "is this setting correct?"
Which cloud providers does Piscium support?
Piscium supports AWS, Microsoft Azure, and Google Cloud Platform with native API integrations. We also discover and validate SaaS applications via O365, Google Workspace, and Okta integrations. On-premise infrastructure connected to your cloud is included in cross-environment attack path analysis.
Does Piscium work with ephemeral and serverless workloads?
Yes. Piscium's continuous discovery detects ephemeral containers, Kubernetes workloads, Lambda functions, and Cloud Functions as they're provisioned. Validation adapts to the workload lifecycle: findings are assessed against the current state, not a stale snapshot.
Can Piscium suggest Infrastructure-as-Code fixes?
Yes. When Piscium validates a misconfiguration as exploitable, it generates remediation guidance including IaC-native fixes for Terraform, CloudFormation, and Pulumi. These suggestions can be reviewed and applied through your existing CI/CD pipeline.
How does Piscium handle cross-account and cross-cloud attack paths?
Piscium models attack paths that span multiple cloud accounts, subscriptions, and projects, including cross-cloud paths that traverse from AWS to Azure to on-premise. This reveals lateral movement opportunities that single-cloud tools miss entirely.