Public ecosystem architecture

A technical and restrained view of how PowerForensics public tools relate to each other.

The public layer of PowerForensics is presented as a DFIR workflow built around collection, normalization, timeline reconstruction, and relational analysis. Each module has a concrete role and keeps technical traceability over the processed data.

Four public pillars

PowerTriage

Native and portable tooling for live triage and rapid acquisition on Windows, Linux, and IoT.

PowerLens

Conversion and normalization of evidence or logs into structures consumable across the ecosystem.

Chronos

Timeline reconstruction to order events, sequences, and relevant activity during an investigation.

Nexus

Graph-based relational analysis to represent links between entities, artifacts, systems, users, and events.

Workflow

Collect

Capture relevant artifacts with PowerTriage in the appropriate technical context.

Normalize

Prepare evidence and logs with PowerLens to simplify filtering, reading, and reuse.

Order

Rebuild the event sequence with Chronos to identify transitions, pivots, and key moments.

Relate

Explore dependencies and links with Nexus across users, systems, artifacts, and events.

Public modules

PowerTriage Windows

Live triage and artifact acquisition in Windows environments.

PowerTriage Linux

Fast triage and structured acquisition in Linux systems.

PowerTriage IoT

Technical review of IoT devices and embedded platforms.

PowerLens

Normalization and data preparation for later technical consumption.

Chronos

Timeline-oriented review for event and activity reconstruction.

Nexus

Relational visualization of entities, artifacts, and events.

Documentation and code

Review guides, execution examples, and public repositories across the PowerForensics ecosystem.