ByteCase by Forensics ByteExplore Tools

Digital forensics workflow software

Organize.
Verify.
Defend.

ByteCase is a modular suite for the documentation, verification, organization, and examiner-authored records surrounding digital forensic work.

Explore the product suite See the featured tool →
Examiner-focused Local-first direction Public source repositories Complements forensic platforms
ByteCase
Intake Start with context
Verify Preserve integrity
Notes Record the work
Workflow See what is next

Second-monitor workflow

Built for the second monitor.

Capture the record while the work is still in context.

ByteCase is designed to sit beside the forensic tools examiners already use. Keep the extraction, analysis, or review platform open on the primary monitor, then use ByteCase on the second monitor to document the work as it happens.

Dual-monitor digital forensics workstation with an extraction and analysis platform on the left monitor and ByteCase workflow documentation tools on the right monitor.
Review the extraction or analysis on one screen while capturing structured intake, verification, notes, workflow, and validation records on the other. The illustrated interfaces represent the intended workflow direction rather than a released unified ByteCase application.
01

Work in context

Keep the source information visible while recording the applicable details. Copy identifiers, timestamps, tool information, and observations directly from the examination instead of reconstructing them later.

02

Capture once

Enter the record when the work occurs. ByteCase modules are intended to preserve reusable local records instead of forcing the examiner to repeat the same information across temporary notes and final reports.

03

Preserve momentum

ByteCase complements the primary forensic platform without interrupting extraction or analysis. Open the module needed for the current task, save the record, and continue the examination.

How ByteCase fits

A companion workspace, not another analysis platform.

ByteCase does not perform the extraction, parse the evidence, or decide what an artifact means. It helps preserve the request, acquisition details, integrity checks, examiner-authored observations, validation history, and workflow status surrounding the technical work.

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The workflow gap

Powerful forensic platforms still leave critical work scattered.

Acquisition and analysis tools are only part of the case. Examiners still manage requests, acquisition records, case folders, notes, saved hashes, later verification, exhibits, timelines, validation records, and closeout tasks across disconnected files.

ByteCase is being built for the structured work around the tools examiners already trust.

A modular case workflow

Use one tool now. Connect the workflow over time.

01RequestIntake
02AcquireAcquire
03VerifyVerify
04DocumentNotes
05PresentTimeline / Exhibit
06ReviewWorkflow / Closeout

Pre-release Ready

Core development and release preparation are complete; signed public Windows publication is pending.

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Pre-release Ready

Digital Forensics Request Builder

ByteCase Intake

Incomplete forensic requests force examiners to chase case, authority, scope, device, attachment, and handoff information before work can begin.

  • Build structured examiner-ready forensic requests
  • Record authority, scope, devices, peripherals, attachments, and physical item photos
  • Review required information before export
  • Save TXT, DOCX, and JSON records inside the shared ByteCase case structure
Explore Intake → Source ↗
Pre-release Ready

Acquisition Packet Generator

ByteCase Acquire

Acquisition details are often split across handwritten notes, screenshots, tool logs, report fragments, and examiner memory.

  • Record multiple devices, tools, methods, destinations, timestamps, hashes, and exceptions
  • Generate TXT, JSON, DOCX, and XLSX documentation
  • Apply configurable defaults, report branding, and review-before-export
  • Preserve acquisition records inside the shared ByteCase case structure
Explore Acquire → Source ↗
Pre-release Ready

Hash Manifest and Verification Tool

ByteCase Verify

A one-time hash result is easy to lose and difficult to reproduce when evidence must be checked again before review, handoff, disclosure, or court.

  • Hash files and recursive folders with MD5, SHA-1, and SHA-256
  • Save reusable JSON manifests and reopen them later
  • Verify manifests or compare one manifest with another
  • Export TXT, CSV, DOCX, and XLSX integrity records
Explore Verify → Source ↗
Pre-release Ready

Structured Examiner Notes Workspace

ByteCase Notes

Examiner notes often become fragmented across text files, screenshots, handwritten records, temporary documents, and memory.

  • Create timestamped and categorized examiner-authored notes
  • Assign artifact identifiers and validate artifact references
  • Attach supporting files and embed images in DOCX exports
  • Reopen the JSON-backed workspace and continue the examination later
Explore Notes → Source ↗
Pre-release Ready

Laboratory Tool Validation Repository

ByteCase Validate

Validation records and reference material are often scattered across spreadsheets, screenshots, vendor documents, research papers, and institutional memory.

  • Create structured internal validation records
  • Track versions, environments, datasets, expected results, and observed results
  • Preserve limitations, exceptions, references, and revalidation triggers
  • Maintain reusable laboratory knowledge outside individual case folders
Explore Validate → Source ↗

Active Development

Implementation is underway around an established and documented product direction.

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Active Development

Case-Folder Workflow Status and Next-Step Guide

ByteCase Workflow

Examiners may need to repeatedly inspect a case folder and reconstruct which documentation steps are complete, missing, waiting, or not applicable.

  • Inspect the case folder for recognizable ByteCase outputs
  • Mark detected workflow records complete
  • Surface missing, waiting, review, optional, and not-applicable steps
  • Show the examiner what comes next without judging the examination
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Active Development

Examiner Education and Workflow Coaching

ByteCase Playbook

Forensic training is often split between static references, occasional classes, informal mentoring, local procedures, and experience gained under pressure.

  • Study guided workflows with explanations of why each step matters
  • Use concise fieldwork guides during preparation and active work
  • Preserve department-specific best practices and lessons learned
  • Practice with senior-examiner-style coaching and tiered question packs
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Active Development

Case and Module Orchestration

ByteCase Hub

Separate workflow utilities still require examiners to locate cases, reopen tools, and remember which outputs already exist.

  • Search and open local ByteCase case work without browsing folders manually
  • View the active case, workflow stage, module record counts, warnings, and missing records
  • Launch compatible standalone ByteCase modules from one local workspace
  • Build reports from structured source records while preserving source revision details
Explore Hub →

Product Design

The product direction is accepted, but workflows, interfaces, and capabilities may still change.

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Product Design

Case Presentation and Exhibit Builder

ByteCase Exhibit

Turning selected forensic findings into a clean presentation or exhibit packet is repetitive and disconnected from case documentation.

  • Organize examiner-selected screenshots and references
  • Create consistent exhibit numbers, captions, and source details
  • Link presentation material back to ByteCase Notes
  • Support future presentation and document output
Explore Exhibit →
Product Design

Manual Case Timeline Builder

ByteCase Timeline

Examiners often need a focused timeline of important events without committing to another automated artifact parser.

  • Create examiner-authored timeline entries
  • Record date, time, time zone, source, and artifact reference
  • Assign examiner-selected confidence and relevance
  • Link entries to Notes and future exhibits
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Product Design

Case Completion and Readiness Review

ByteCase Closeout

Missing reports, manifests, notes, or handoff records may not be discovered until a case is being archived, transferred, or revisited.

  • Review expected outputs before handoff or archive
  • Use customizable completion and archive checklists
  • Surface missing documentation without judging the examination
  • Generate a final examiner-authored closeout summary
Explore Closeout →

Built beside the forensic stack

ByteCase supports the workflow. It does not replace the forensic platform.

ByteCase does not parse evidence, perform extractions, automate artifact interpretation, or make investigative conclusions. It helps structure the request, document the acquisition, preserve verification records, organize examiner-authored notes, and track the work surrounding established forensic platforms.

Documentation Verification Workflow Validation Presentation

One case folder

Predictable outputs that remain connected to the case.

Each module can save its own records inside a shared ByteCase case structure. Future workflow and Hub tools can inspect that structure to show what exists, what is missing, and what may not apply.

ByteCase/
└── 2600001/
    ├── bytecase-intake/
    ├── bytecase-acquire/
    ├── bytecase-verify/
    ├── bytecase-notes/
    ├── exhibits/
    ├── timeline/
    └── reports/

Transparency and trust

Ready-to-run releases with source available for inspection.

Official signed Windows downloads will be offered through ByteCase after the release-signing workflow is complete. Public repositories remain available for users who want to inspect the code or compile it independently.

Signed releasesOfficial executables will identify Forensics Byte as the publisher.
Published hashesRelease pages will provide SHA-256 values for the final signed files.
Public sourceUsers can review repository history, dependencies, and implementation.
Build it yourselfAdvanced users may compile from the matching public source revision.

ByteCase by Forensics Byte

Built from real workflow friction.

Follow development, inspect the code, test the tools, and help shape a practical workflow suite for digital forensic casework.

View on GitHub Read the roadmap →