An independent primary validation study by the Arizona Department of Public Safety (AZDPS) Crime Laboratory has formally approved and recommended the foster+freeman Crime-lite Auto for active forensic casework, demonstrating its superior ability to uncover trace body fluids on heavily autofluorescent substrates.
foster+freeman Launches VSC ForeFront®: Triple-Layer Identity Authentication for Frontline Operations foster+freeman, a global leader in forensic technology, is proud to announce the ufoster+freeman, a global leader…
Earlier this month we were pleased to take part i n the UK Government’s
Security & Policing event, delivered by the Home Office and bringing together government, law enforcement and industry partners to address complex
security challenges.
foster+freeman, a global leader in forensic technology, is proud to announce the upcoming launch of ContraSCAN™, a revolutionary handheld device designed to detect dangerous synthetic drugs, including “Spice” in real-time.
Strengthening Forensic Science Capabilities in Bolivia: Foster+Freeman and HANSA Expand Strategic Partnership Foster+Freeman is pleased to continue strengthening its partnership with HANSA Proyectos & Servicios,…
Advancing Forensics in Brazil: First DCS6 Installed in Manaus In February, the Federal Police in Manaus, Brazil marked a major step forward in their fingermark…
The foster+freeman Applications Team has already made a strong start to the year, following an exceptionally busy 2025 spent supporting customers and distributors around the world. Between the six members of the team based in the UK, over 90 training sessions were conducted last year, all ensuring our technology is implemented correctly, confidently and consistently.
Shortwave Reflected Ultraviolet Imaging (RUVIS) is a cutting-edge technique used for the detection of latent and cyanoacrylate-fumed fingermarks on a wide range of surfaces, including those that are patterned or multi-coloured.
foster+freeman Congratulates Al Faiha on the Launch of New Regional Forensic Centre of Excellence foster+freeman is proud to celebrate the official opening of a new,…
Blood is often a critical form of forensic evidence. Its analysis can aid in reconstructing events at a crime scene, identifying individuals, and potentially linking suspects to criminal activity. On light-coloured surfaces, blood is typically easy to detect due to the strong contrast it creates against the background. However, detecting blood on darker substrates presents a greater challenge, as both the blood and the surface absorb significant amounts of visible white light—resulting in minimal contrast when using standard white illumination.
