Plerion Core

Gartner calls it a CNAPP. We call it a complete cloud security platform. Plerion Core gives our agents complete visibility into every asset, identity, workload, and line of code. Enabling decision making and action with full context of your cloud estate. Our core platform is a first class citizen of our agentic security offering.

CSPM
CWPP
CIEM
KSPM
CDR
DSPM
AI-SPM
Code Security
Attack Path Analysis
CNAPP

How the platform works

The platform is built on comprehensive asset context

Full visibility into every asset, identity, workload, code dependency, and AI service in your cloud. Understand who has access to what, what's exposed to the internet, which repo deployed which workload. When everything lives in one data model, the platform can see how individual factors combine into something that's actually exploitable.

The fact-check engine.

The platform analyzes the cloud & AI estate from an attacker's perspective. Is the issue reachable? Can these permissions be chained into a real path? Is this running on something that matters?

Findings that don't hold up under that analysis are not your focus. What's left are the ones that matter now.

Risk that compounds, surfaced as a path.

A misconfiguration on its own is often low priority. Add an over-privileged identity and an exposed workload, and it becomes a realistic breach scenario. The platform maps those combinations as attack paths, showing the full chain of how an attacker could move from entry point to target.

AI Asset Inventory

Every AI model, agent, and MCP server running across AWS, Azure, and GCP, including the ones nobody told security about. Exportable as an AI bill of materials when an auditor asks.

Platform capabilities

See what is vulnerable. Know what is actually exploitable.

Plerion connects code, cloud, identities, workloads, data and runtime activity in one model, so your team can see how risk becomes reachable and focus on the fixes that meaningfully reduce exposure.

IaCSCASBOM

Code Security

Stop cloud risks before they ship.

Plerion connects to your repos and CI/CD, catches issues in code, and traces any cloud risk back to the line of code and the developer that introduced it.

Fewer incidents start in production, and the ones that do trace straight back to the fix.

IaC scanning across Terraform, CloudFormation, CDK, Kubernetes, Helm, ARM, and Serverless, set to block, surface, or notify in CI/CD (IaC)
Secret detection across GitHub, GitLab, and Bitbucket
Dependency scanning with a full bill of materials for everything running in your cloud (SCA · SBOM)

CSPMCIEMKSPM

Cloud Security Posture

Close the gaps that actually open a way in.

Plerion reads misconfigurations and over-privileged identities across AWS, Azure, GCP and Kubernetes, so a config gap and the identity that makes it reachable show up as a single path instead of two disconnected alerts.

Only the ~1% that's actually exploitable surfaces as work, so teams cut triage time up to 60%.

Continuous misconfiguration checks against 40+ compliance frameworks, and your own custom rules (CSPM)
Identity and entitlement analysis that flags over-privileged roles and the third-party access that opens a path to escalation (CIEM)
Kubernetes vulnerability, secret, and IAM coverage in the same model (KSPM)

CWPPDSPM

Workloads and Data

Spend your effort where an attacker could reach.

Plerion scans your workloads and the data they handle together, then ranks by what's reachable rather than by raw CVSS.

Around 90% of findings aren't exploitable in a given environment. This is how your team works on the ones that are.

Vulnerability scanning across VMs, containers, images, and serverless, ranked by reachability and blast radius (CWPP)
Finds and classifies sensitive data across cloud storage, tied to how exposed each store really is
Proof that your critical data is encrypted at rest and in transit.

ExploitabilityVulnerability triage

Exploitability Analysis

Most of your criticals are not.

Pleri checks each vulnerability against the asset it actually lives on. Is the service running? Is it reachable? Is the vulnerable feature even switched on? A CVE is not exploitable everywhere, and a base severity score rarely matches what the vulnerability means in your account.

Around 90% of a typical backlog is not exploitable. This is how teams get out of backlog prison without taking on more risk.

Sorts findings into not exploitable, likely not, likely exploitable, and unclear, with the evidence behind every call
Separates base severity from operational severity, the real risk on your asset in your environment
Ranks the fix by payoff: rebuild the image to clear hundreds of CVEs at once, patch the package, mitigate, or formally accept the risk

CDRAttack Paths

Threat Detection

Catch the attack as it happens.

Plerion watches your cloud event streams in real time and maps the paths an attacker could use to reach what matters.

Your team sees the move while there's still time to act.

Real-time detection from cloud event streams across AWS, Azure, and GCP, with full event history for scoping an incident (CDR)
Alerts where your team already responds: Slack, PagerDuty, ServiceNow, AWS Security Hub

SOC 2ISO 27001CIS

Compliance

Walk into the audit with evidence ready.

Every finding in Plerion is already integrated with your compliance platform, Vanta or Drata so you stay compliant.

Basis eliminated 40 hours a week of manual review this way.

Framework coverage across SOC 2, ISO 27001, CIS for AWS, Azure and GCP, PCI-DSS, HIPAA, APRA, FedRAMP, and NIST AI RMF, plus custom frameworks and report templates

Native to a headless world.

Work where you work. Pleri is accessible via Slack, your browser, the command line, and MCP — the protocol that agent pipelines and AI tools use to call external services. Your engineers reach her directly. So do the agents and workflows they're already running.