Rigorous, data-driven research on forensic technology, criminal defense methodology, and the intersection of AI ethics with legal practice. Free to download.
A comprehensive analysis of resource disparity in criminal justice forensic technology
The criminal justice system is built on the premise of equal adversarial advocacy, yet a growing technology gap threatens to undermine this foundation. This research report presents original data from over 500 public defender offices and 200 prosecution agencies, revealing that prosecution spending on forensic analysis tools outpaces defense spending by a ratio of more than ten to one.
Ensuring attorney-client privilege through physically isolated analysis environments
In an era where cloud-based tools dominate legal technology, criminal defense attorneys face a unique challenge: how to leverage powerful AI-driven forensic analysis while maintaining the absolute confidentiality that attorney-client privilege demands. This technical guide provides a complete framework for establishing air-gapped forensic analysis workflows that never expose sensitive evidence to external networks.
A technical and legal framework for cryptographic evidence authentication
Digital evidence presents unique challenges for chain of custody that traditional paper-based tracking systems cannot adequately address. A video file can be altered at the pixel level without leaving visible traces, metadata can be stripped or modified, and copies can diverge from originals in ways that are undetectable without proper verification tools. This technical guide bridges the gap between cryptographic security and legal admissibility requirements.
Navigating the ethical landscape of artificial intelligence in legal practice
As AI-powered tools become increasingly central to criminal defense practice, the legal profession faces unprecedented ethical questions. When an AI system analyzes evidence, who is responsible for its conclusions? Can attorney-client privilege survive when case data passes through machine learning models? How should defense attorneys evaluate AI-generated findings for bias, accuracy, and reliability before presenting them in court?
How forensic video analysis could have prevented hundreds of wrongful convictions
Since the advent of DNA exoneration in the late 1980s, the criminal justice system has acknowledged that wrongful convictions are not rare anomalies but systemic failures. This research report examines a lesser-studied dimension of this crisis: the role that video evidence — or the failure to properly analyze it — plays in wrongful convictions and subsequent exonerations.