The Acorn Digital Forensics Platform

Portable DFIR workflows for real-world investigations

Integrated forensic workflows, evidence protection, and investigator-focused reporting
within a portable secure Linux forensic environment

Evidence Protection Controls

Portable Investigation Platform

Integrated Forensic Toolset

Built Around Investigative Workflows

The Acorn is a portable digital forensics and incident response platform developed by Squirrel Forensics Ltd. It combines evidence acquisition, forensic analysis, evidence protection and investigator-focused reporting within a Linux-based investigation environment.

Built around real-world investigative workflows, it integrates more than 30 forensic and incident response technologies into a structured environment that guides investigators through the key stages of digital evidence acquisition, analysis, validation, review and reporting.

Evidence Protection

Integrated write-blocking, forensic imaging, and controlled evidence handling workflows designed to support investigator-led acquisition and preservation..

Forensic Analysis

Disk, memory, timeline, registry, and network investigations organised into guided forensic workflows and investigator review processes.

Investigator Outputs

Generate structured reports, timelines, logs, CSV exports, and investigator-focused forensic outputs within analyst-controlled locations.

Portable Operations

Portable forensic workflows designed for field investigations, remote analysis, offline operation, and investigator-led evidence review.

The Acorn Workflow Ecosystem

The table below provides an overview of the investigative workflows available within The Acorn, showing how technologies and outputs are aligned to different stages of the digital forensic and incident response process.

WORKFLOW

INVESTIGATIVE FUNCTION

INTEGRATED TECHNOLOGIES

TYPICAL OUTPUTS

Acquisition & Protection

Capture forensic images using write-protected acquisition workflows and integrated evidence protection controls.

Guymager • dc3dd • dcfldd • Integrated Write-Blocker

E01 / DD forensic images • hash verification

Mount & Explore

Safely mount forensic images and encrypted evidence volumes in read-only mode for investigator review and analysis.

EWF Mount • Dislocker/BitLocker Workflows

Mounted evidence sessions • forensic filesystem access • decrypted evidence containers

Verify Integrity

Validate forensic evidence using integrated hashing, verification, and integrity checking workflows.

EWF Mount • Dislocker/BitLocker

MD5 / SHA verification logs • evidence integrity reports • hash verification records

Analyse Artefacts

Investigate registry artefacts, browser data, memory captures, endpoint activity, and forensic evidence across integrated analysis workflows.

Autopsy • Volatility • Velociraptor • RegRipper

Extracted artefacts • memory analysis findings • parsed registry outputs • investigator review data

Timelines & Events

Build investigative timelines from forensic artefacts, Windows events, logs, and incident activity across multiple evidence sources.

Log2Timeline (Plaso) • Hayabusa • Chainsaw

export.csv • review.tln • command-log.txt • timeline.plaso • summary.txt

Persistence & Malware Analysis

Investigate persistence mechanisms, suspicious processes, malware artefacts, and attacker activity across forensic and incident response workflows.

Volatility • YARA • Chainsaw • Hayabusa

Suspicious process findings • persistence artefacts • malware detection outputs • IOC correlations

Live Response & Endpoint Collection

Perform live endpoint triage, rapid evidence collection, and incident response acquisition workflows during active investigations.

Velociraptor • NetworkMiner

Velociraptor Collections • NetworkMiner Sessions • Endpoint Triage Workflows • Live Response Collection Workflows

Explore The Acorn Platform

Explore the evidence protection architecture, integrated technologies, and investigative outputs that support digital forensics and incident response workflows within The Acorn platform.

Questions About The Acorn?

Request a demo • Partnership enquiries • Academic collaboration

info@sqfr.uk