iPAS: Our Platform
A persistent, memory-driven security lifecycle.
How it Works
Traditional security tooling behaves like a stateless scanner. It runs, produces output, and forgets what it found.
iPAS is designed differently. It works like a persistent attacker with memory, because real attackers do not start from zero every time.
In practice, memory means we do not charge you to rediscover the same assets twice. Scapien builds on prior asset intelligence, known exploit paths, and remediation history, so each engagement begins more informed than the last.
The result is less repeat work, shorter validation cycles, and sustained focus on the risks that actually matter.
Scapien mirrors real attacker logic through a structured sequence:
Recon → Explore → Prioritize → Attack → Research → Publish
Each phase feeds the next. When a new engagement is scheduled, the process resumes with accumulated knowledge, not from scratch.
Walk through your environment priorities with a Scapien operator. No sales cycle required.
The iPAS Life Cycle
Recon: Low-Noise Observation
The lifecycle begins with reconnaissance focused on observation rather than interaction. Through the Scapien platform/ipas, passive techniques help identify what exists across the environment without triggering endpoint detection, intrusion detection, or availability risks. This phase builds initial asset awareness, behavioral baselines, and a clearer view of exposed pathways before active testing begins.
Think of this like attacker dwell time. A real attacker sits quietly, watches how the environment behaves, notices what communicates with what, and learns where the high-value paths are likely to be before taking any noisy action.
Unlike predefined breach simulations, reconnaissance begins with environmental awareness, not assumption. This gives security teams a more accurate foundation for offensive security validation, exposure management, and risk-based prioritization.
Explore: Hypothesis-Driven Testing
Exploration converts observation into structured hypotheses. Through the Scapien platform/ipas, observed asset behavior, service exposure, and communication patterns are translated into targeted security questions: What version is running? Is authentication enforced? Are known weaknesses present?
Exploration is selective and bounded. It is designed to answer high-value questions efficiently, not generate noise for its own sake. The goal is to separate meaningful signals from irrelevant findings quickly, helping security teams focus on areas where real exploit paths may exist.
This phase strengthens offensive security validation by moving from passive awareness to evidence-based investigation, while keeping testing controlled, targeted, and risk-aware.
Prioritize: Contextual Risk-Evaluation
Findings and observations are not treated equally. Through the Scapien platform/ipas, prioritization incorporates asset criticality, data sensitivity, exposure context, and exploitability. This ensures security effort focuses on paths that represent meaningful risk and measurable business impact.
For resource-constrained teams, this is the difference between drowning in vulnerability volume and maintaining a defensible remediation queue. The platform surfaces validated, ranked security risks in a clear order, so teams can act on the issues most likely to matter first.
This approach helps security teams reduce noise, improve remediation planning, and align offensive security validation with real-world exposure and business risk.
Attack: Controlled Exploit Validation
Where justified, the Scapien platform/ipas performs controlled exploit validation to confirm whether a potential weakness is actually exploitable within the customer environment. Exploitation is evidence-driven, bounded, and governed by authorization and rules of engagement.
This replaces “the scanner said so” with defensible proof. Findings are validated before they become operational work, helping teams focus remediation on confirmed security risks rather than theoretical issues.
This phase supports risk-based security validation by turning suspected weaknesses into verified evidence, reducing false positives and improving confidence in remediation decisions.
Research: Evidence + Remediation Understanding
Research captures and enriches evidence, including screenshots, command output, credential proof, and data access artifacts, to clearly demonstrate security impact. Through iPAS, evidence is organized into a clear, actionable record that supports validation, remediation, and closure.
Just as important, this is where remediation is defined. Observed findings are translated into safe, environment-specific fixes, including relevant dependencies, likely implementation risks, common false fixes, and clear closure criteria.
This is how teams shorten time-to-remediate, or TTR. Instead of delivering opaque vulnerability data, Scapien provides specific, researched remediation guidance that security and engineering teams can apply quickly with minimal back-and-forth.
Publish: Validated Findings + Efficient Results Set
Validated security risks are published as Findings, each tied to affected assets, supporting evidence, and remediation guidance. Through the Scapien platform/ipas, results are validated and quality-checked before they reach the customer, ensuring teams receive a clean, actionable set of security risks they can address immediately.
Every finding moves through a tracked lifecycle, from discovery to assignment, remediation, retest, validation, and closure. This creates operational clarity, reduces ambiguity, and keeps remediation work connected to verified security evidence.
The result is a single system for managing validated findings, audit-ready state transitions, and measurable remediation progress across the security lifecycle.
