Modular hybrid pentesting

Modular, hybrid pentesting platform

A unified orchestration platform combining vulnerability management, breach & attack simulation, automated network and web pentesting, and consolidated reporting - deployable in cloud or on-prem environments.

  • Continuous discovery and validation of vulnerabilities across hybrid infrastructures
  • AI-driven automation for network and web exploitation workflows
  • Human-in-the-loop verification keeps results actionable and audit-ready
  • Automated discovery feeding AI-driven assets & exploitation chains
  • Flexible deployment for enterprises, integrators, and MSSPs
Integrated modules53+
Automation coverage90%
Support assist24/7

Why hybrid architecture matters

Hybrid architecture lets Pentesterra orchestrate internal and external scanning, validation, and automation through distributed nodes - keeping data isolated, workflows consistent, and scaling effortless across any environment.

Distributed orchestration

Run coordinated scans and tests across internal networks and cloud environments.

  • Deploy scanner nodes as containers or dedicated servers.
  • Execute jobs via API or central console.
  • Scalable, isolated workloads with full control.
  • Unified management and result correlation.

Agent-less validation

Validate vulnerabilities and exploits without deploying agents.

  • Passive discovery and safe exploitation workflows.
  • Real data correlation instead of synthetic tests.
  • Continuous validation cycles for vulnerability lifecycle.
  • No software footprint on target systems.

Hybrid deployment

Adapt to any topology - enterprise, MSSP, or single-tenant.

  • Cloud, on-prem, or mixed infrastructure ready.
  • Role-based access for multi-tenant operations.
  • Supports private nodes for sensitive networks.
  • API and console integration for unified automation.

Pentesterra modules

Each module extends the same orchestration core - combine vulnerability management, attack simulation, and automated pentesting in one unified platform.

Vulnerability Management (VM)

Identify, validate, and prioritize vulnerabilities across internal and external assets.

  • Continuous discovery and correlation of hosts, services, and CVEs
  • Context-based risk scoring for remediation workflows
  • Integrated validation to eliminate false positives
  • Unified reporting and retesting management

Automated Web Application Pentest (AWAP)

Perform full web and API pentests with automated validation and payload chaining.

  • AI-assisted testing for XSS, SQLi, LFI, SSRF, and auth flaws
  • SPA and GraphQL coverage with dynamic endpoint discovery
  • Automated validation of stored and reflected vulnerabilities
  • Optional manual review for business-logic or complex findings

Automated Network Penetration Testing Tool (ANPTT)

Execute autonomous network pentests with controlled exploitation.

  • Automated discovery, privilege escalation, and lateral movement
  • Configurable rulesets and safe exploitation boundaries
  • Hybrid operation across on-prem and cloud environments
  • Scheduled or API-triggered pentests with full audit trail

Breach & Attack Simulation (BAS)

Simulate real-world attacker behavior safely across hybrid environments.

  • Scenario-driven attack chains mapped to MITRE ATT&CK
  • Continuous validation of security controls and defenses
  • Safe exploitation to assess exposure and resilience
  • Supports recurring or on-demand simulation cycles

Core system components

These services power Pentesterra's unified control plane, keeping automation, validation, and reporting in sync across every deployment.

Web Console

Centralized interface for configuration, orchestration, and monitoring of scans, nodes, and results.

  • Role-based access and tenant separation
  • Policy management, scheduling, and analytics

API Layer

Full REST API for automation and integration.

  • Launch scans, manage jobs, and fetch results programmatically
  • Integrate with CI/CD, dashboards, or custom scripts

Scanner Nodes

Containerized or dedicated agents executing scans in distributed environments.

  • Deploy inside networks or in the cloud
  • Agent-less communication with central orchestrator
  • Isolated execution for security and performance

Worker Nodes

Task-processing layer for queued scan tasks, validation jobs, and correlation.

  • Handles asynchronous workloads and AI-assisted validation
  • Scales horizontally to support large concurrent operations

Orchestration Engine

Core logic layer coordinating distributed components.

  • Assigns tasks, correlates results, and enforces policies
  • Ensures real-time synchronization across tenants and modules

From discovery to remediation

Pentesterra’s distributed engine runs close to your environment while orchestration and evidence stay centralized.

Every action is tracked, validated, and audit-ready - from reconnaissance to post-remediation testing. Use built-in automation or custom playbooks to coordinate discovery, exploitation chains, and validation workflows across hybrid infrastructures.

Deployment & integrations

Deploy Pentesterra in the way that fits your environment - from managed SaaS with distributed scanner nodes to fully isolated on-prem installations, all with unified orchestration and API access.

SaaS with distributed scanner nodes

Default deployment for most users.

  • Managed cloud orchestration with built-in scanner nodes
  • Option to connect your own internal or external nodes for perimeter coverage
  • Automatic updates, scaling, and evidence synchronization

Dedicated PaaS

For enterprises or MSPs needing a private environment.

  • Single-tenant control plane with isolated data and compute
  • Deploy nodes in your private cloud or datacenter
  • Maintain full control while retaining managed orchestration features

Full on-prem deployment

For restricted or air-gapped infrastructures.

  • All Pentesterra components (API, console, workers, and nodes) run locally
  • No external connectivity required
  • Ideal for government, defense, and high-compliance environments

Take Control of Your Attack Surface.