Defense investigation
The changing role of private and defense investigators within a modern criminal-justice system shaped by digital records and specialized evidence.
Academic research relating to digital forensics and investigative methodology
NTRLNK / 06
The NTRLNK Research Library presents academic papers and scholarly analysis by Dr. Odd on digital evidence, forensic examination, investigative reasoning, and emerging systems whose actions must remain reconstructable.
The NTRLNK Research Library brings together work for researchers, investigators, students, attorneys, technologists, and other professionals confronting questions of digital evidence, forensic examination, investigative reasoning, and sound investigative method.
The papers examine both established practice and emerging problems. The collection considers how evidence should be preserved, attributed, contextualized, and tested when software tools, confidential computing, or autonomous systems complicate the traditional investigative record.
Every paper is available as a complete PDF document. Publication pages keep the author, project DOI, ORCID, title, subtitle, and document access together so the library reads as a coherent body of work rather than a list of files.
Select a paper to open its publication page and complete PDF document.
The Changing Role of Private and Defense Investigators in the Modern Criminal Justice System
Authority-Aware Forensic Provenance for Tool-Using AI Agents
A Falsification-First Investigative Methodology for AI-Augmented Digital Forensics
Attestation-Bound Forensic Readiness for Confidential Virtual Machines
Counterfactual Reconstruction for Investigating Autonomous AI Agents
The changing role of private and defense investigators within a modern criminal-justice system shaped by digital records and specialized evidence.
How tool-using AI agents can preserve authority-aware records of what acted, under whose authority, and through which evidentiary steps.
An investigative methodology that actively tests the first account and competing explanations in AI-augmented digital forensics.
Forensic readiness for confidential virtual machines where protected execution complicates independent verification and later reconstruction.
Counterfactual reconstruction for determining how autonomous AI agents acted and whether a different condition would have produced a different result.