Detections and sampling
Tools that support the detection, identification, and secure handling of biological or chemical agents. These systems help first responders obtain reliable results in the field and ensure that sampling and evidence remain traceable and compliant with operational procedures.
Forensics Sample Tracking – T&T
Forensics T&T
A secure chain-of-custody tracking system for collecting, handling, and transporting CBRN/biotoxin samples. The tool ensures that every sample is uniquely tagged, monitored, and verifiable throughout its journey from the incident scene to accredited forensic laboratories. Based on PRO’s Tag&Trace technology, it strengthens evidence integrity, supports legal admissibility, and improves coordination between responders and laboratories.
- Target Users: Forensic laboratories, first responders, law enforcement, security agencies
Verifin CBRN Toolbox
Blue box
A comprehensive software and database for detecting, understanding, and responding to CBRN compounds. It provides first responders with data on agents, monitoring techniques, protection measures, symptoms, medical response, and triage. The toolbox includes visual guidelines, sampling training materials, and PPE instructions, making it a practical, quick-reference resource during both real incidents and training exercises.
- Target Users: First responders, medical support teams, command units
Portable BioDetector – pBDi
Airsense
The pBDi is a portable, battery-powered detection device capable of rapidly identifying biological threat agents in the field. Designed for non-scientific personnel, it can be operated while wearing protective equipment and directly inside the hot zone. It supports quick decision-making by providing highly sensitive detection results within minutes and can be integrated into mobile response platforms.
- Target Users: First responders, emergency response personnel, non-scientific operators
Differential Mobility Analyzer
DMA
Once a sample is collected and properly prepared for analysis, it is injected into the DMA in liquid form. The analytical sequence is as follows: (1) sample ionization; (2) isolation of the target ion of interest; (3) fragmentation of the target ion; (4) detection of characteristic fragments using a multidetector array; and (5) interpretation of the data by a detection algorithm to generate the final result (i.e., the analysis outcome and, if positive, the intensity level).
- Target Users: First responders
BreathDraw
An innovative post-PCT-filed device enabling precise collection of Phase III human breath, with secure storage of volatile organic compounds (VOCs) on thermal desorption tube technologies. The system is engineered to maintain performance across different atmospheric pressures, allowing consistent breath sampling volumes at varying altitudes.
- Target Users: TBC
