DRSE Event-Driven Rule Engine
Backend correlation triggered by API events after findings are processed. Fires on scanner signals, state transitions, CVE matches.
Exposure-Based Attack Framework
Verify Real Exposure. Eliminate Assumed Risk.
One control plane for ASM, Vulnerability Management, Breach Attack Simulation and Automated Pentest.
Discovers, triages, and prioritizes real exposure across your entire infrastructure.
Unify Security Operations
Into One Control Plane
One architecture. One triage pipeline.
Full offensive coverage.
Before
- Scanner findings without exploitation context
- Periodic point-in-time pentests
- Static CVSS-based prioritization
- Manual triage without structured evidence
With Pentesterra
- Verified exposure with exploitation evidence
- Continuous offensive assessment
- Context-aware, attack-chain prioritization
- Attack-path analysis for compromise chain visibility
- Automated triage through DRSE rule engine
Comprehensive Security
Across Your Entire Environment
Offensive assessment across every layer.
From network perimeter to CI/CD pipeline.
External, Internal & Identity
Attack Surface Assessment
Perimeter probing and internal segment enumeration.
Identity exposure analysis.
Web & API Exploitation Testing
Authenticated and unauthenticated exploit testing.
Applications, APIs, and exposed services.
CI/CD & Dev Environment Risk Gate
DevGuard intercepts vulnerable dependencies,
leaked credentials, and insecure configs
before code reaches production.
Full-Spectrum Offensive Coverage
Every offensive security discipline.
One triage-first control plane.
VM
Vulnerability Management
Detection, classification, and structured lifecycle tracking of every identified vulnerability.
ASM
Attack Surface Management
Continuous discovery and mapping of external and internal exposure across your infrastructure.
BAS
Breach & Attack Simulation
Automated testing of defenses through controlled offensive scenarios across the environment.
ANPTT
Controlled Automated Pentest
Real exploitation with evidence capture - proof of compromise, not theoretical risk scoring.
Evidence-Backed Findings
AI-Assisted Script Generation
Verification logic generated and adapted to real asset context within controlled infrastructure.
Knowledge-Driven Checks
Knowledge base and ruleset-backed checks ensure repeatable, evidence-first outcomes.
Multi-Source Exploit Correlation
Exploit paths are correlated across scanners, DRSE outputs, and attack-chain context.
Non-Destructive Controlled Checks
All checks are controlled by design and safe for production-aligned environments.
From Findings to Business Risk
Verified findings are correlated into multi-step attack chains, scored by exploitability, and mapped to business impact and compliance gaps.
- Attack Chain Analysis - Findings from web, network, and supply-chain sources are combined into directed attack graphs with DFS traversal and cross-domain scoring.
- Business Impact Scoring - Each chain maps to an impact category: data breach, system compromise, credential theft, lateral movement, or supply-chain risk - with financial risk rating.
- Compliance Mapping - Automated mapping to OWASP Top 10, PCI-DSS, GDPR Art. 32/33, NIST 800-53, and ISO 27001 controls. Gaps are aggregated per framework.
Offensive Assessment as Operational Control
Managed Risk Posture
Verified exposure data replaces assumptions. Risk decisions are based on evidence before issues enter executive reporting or remediation planning.
Operational Predictability
Continuous assessment supports faster triage and shorter remediation cycles. Infrastructure drift is surfaced continuously, not only during periodic assessments.
Compliance Readiness
Findings mapped to regulatory frameworks and audit obligations. Evidence-backed reporting ready for board-level review.
Cost Optimization
Designed to reduce external pentest cycle dependency and manual revalidation effort. One platform replaces fragmented toolchains and repetitive workflows.
Controlled Architecture. Protected Data.
All data processing happens within Pentesterra's controlled infrastructure. AI assistance operates on sanitized payloads, and sensitive fields are redacted before any model processing. Credentials and assessment evidence remain inside the protected processing perimeter.
- End-to-end encryption across all processing stages
- Credential vault isolation - secrets never stored alongside scan data
- No raw secrets are transmitted to third-party models
- Per-scope processing isolation within controlled infrastructure
- Distributed scanner isolation - each node operates within its own security boundary
- Role-based access segmentation across all platform tiers
Triage Status Model
- High-Watermark Logic - Best results never downgrades.
Even if a rescan returns a lower signal, the peak is retained. - Latest-Scan Tracking - Status updates every scan cycle.
Historical and current perspective on each finding. - Analyst Overrides - False Positive, Accepted Risk, or Mitigated.
Applied through approval workflows with optional expiry.
Pentesterra Core Concepts
The building blocks behind every finding - from detection to decision.
Playbooks Runtime Enrichment
Executed by scanners during scan runtime. Enrich findings with context, additional checks, and service-specific logic.
Evidence Proof Attached to Findings
API discovery, CSRF confirmation, access proof, logs, POC capture - attached to every Verified and Exploited finding.
Suppression FP / FN Control
False positives and false negatives are managed through analyst overrides with approval workflows and expiry control.
Platform Architecture
Full-cycle offensive security - from scanning to verified exploitation.
Pentesterra
Vulnerability Scanner
Web App Pentesting
Evidence‑backed Exploit Triage
AD Lateral Path Mapping
Automated Penetration Tests
DRSE Rule Engine
Attack Chain Correlation
Distributed Scanner Network
Credential Vault Isolation
False Positive Suppression
Executive Risk Reports
Compliance Impact Mapping
DevGuard CI Gate
Playbook Automation
Active Threat Intelligence
PentesterraOffensive Security Platform
Core CapabilitiesVulnerability Scanner · Web App Pentesting · Evidence‑backed Exploit Triage · AD Lateral Path Mapping · Automated Penetration Tests
Intelligence & CorrelationDRSE Rule Engine · Attack Chain Correlation · Distributed Scanner Network · Credential Vault Isolation · False Positive Suppression
Infrastructure & ReportingExecutive Risk Reports · Compliance Impact Mapping · DevGuard CI Gate · Playbook Automation · Active Threat Intelligence
Agentless. Distributed. Scalable.
No persistent agents on target systems. Pentesterra operates through distributed scanner nodes - deployed externally, internally, or on-premise - orchestrated from a central control plane. Agentless means no resident software on targets. Scale assessment coverage without adding endpoint footprint.
Zero agent installationDistributed scanner nodesCentral control planeHorizontal scaling
Built for Security Leaders and Technical Teams
Security Leadership
CISOs · VP Security · IT Risk
Verified exposure data, attack chain context, and business impact mapping - decision-grade intelligence, not scanner noise.
Offensive & Engineering Teams
Red Teams · DevSecOps · Developers
Evidence-backed findings, CI/CD risk gating, and automated penetration testing integrated into development workflows.
Managed Security Providers
MSSPs · Security Consultants
Multi-tenant assessment control with per-client isolation, distributed scanner management, and white-label reporting.
Flexible Deployment. Full Control.
External Scanners
Perimeter assessment across public-facing infrastructure
Cloud Platform
Centralized control within Pentesterra infrastructure
PentesterraControl CoreExecution Layer
Internal Scanners
Segmented network and Active Directory assessment
On-Premise
Full local control within your own infrastructure
Support You Can Rely On
Every tier includes onboarding, operational guidance, and access to the full platform. Enterprise plans receive priority handling.
All Tiers Supported
Including Free Tier onboarding and operational support.
Enterprise Priority
Priority handling and expanded support windows for critical operations.
Continuous Evolution
Ongoing module expansion and controlled platform development.