Digital Forensics
Quantum Cryptography, Post-Quantum Cryptography and the Future of Digital Investigation
Quantum computing is accelerating toward capabilities that could break today’s cryptographic foundations. This briefing examines quantum cryptography, post-quantum cryptography, timelines, societal impacts, and profound implications for digital investigations. It provides strategic recommendations for CISOs, investigators and policymakers navigating the transition to a quantum-resilient future.
When AI Becomes the Hacker
The first fully autonomous AI-driven cyber-espionage campaign marks a turning point in national-level cyber operations. Anthropic’s investigation into the state-aligned GTG-1002 group reveals how AI executed up to 90% of the intrusion lifecycle—reconnaissance, exploitation, lateral movement, and data theft—at machine speed. DFIR teams now face a new era of AI-orchestrated, high-velocity attacks.
Digital Forensics in UK Law Enforcement: Productivity, Pressure, and the Path Ahead
Digital forensics in UK law enforcement stands at a turning point. The National Audit Office’s 2025 Police Productivity report exposes rising digital demand, fragmented governance, and critical skills shortages. This briefing analyses the findings, links them to forensic capability and reform, and outlines how national standardisation could transform police productivity and justice outcomes.
Briefing: NAO “Overview of the Home Office 2024–25”
NAO’s Home Office 2024–25 overview highlights digital transformation and elevated risks for investigations. LEDS and HOB migrations, Hendon data-centre exit, and ESN delays affect evidence integrity and incident communications. Principal risks—cyber threats, data quality, and insider activity—demand stronger governance, forensic readiness, and skills. Recommendations: standardised toolsets, AI governance, immutable logging, dual-running comms, and whole-system cyber exercises across forces and departments.
Cloud Risks in Space: Securing the Ground Segment in a Cloud-First Era
The space sector is undergoing a transformation. Cloud computing is rapidly reshaping how satellites are controlled and managed on the ground, with Ground Station/Segment as a Service (GSaaS) emerging as a cost-effective, scalable alternative to traditional infrastructure.




