From Unknown to Action: Rapid Chemical Identification for Border Security Operations
Today’s border environments face increasingly complex chemical threat challenges, including illicit narcotics and synthetic opioids, suspicious powders and liquids, unknown residues, hazardous cargo, mislabeled or leaking containers, explosive precursors, and materials associated with clandestine production and cross-border trafficking.
This webinar will explore how these challenges can be effectively addressed through a structured unknown substance presumptive identification workflow that combines situational assessment, safe analysis practices, and complementary field-based chemical identification using Raman, FTIR, and optional SERS capabilities. The session will provide an in-depth look at how dual-technology handheld analysis can help border security, customs, law enforcement, HAZMAT, EOD, and CBRN teams move from uncertainty to informed action when confronted with unknown substances in ports, checkpoints, inspection facilities, maritime environments, and field operations.
Participants will gain practical insights into how advanced presumptive field chemical identification technologies can enhance situational awareness, reduce first-touch risk, support safer response planning, guide PPE and escalation decisions, and enable faster, more confident operational decision-making in border security environments.
During this session, you will learn about:
The evolving unknown-substance threat landscape facing border, customs, and public safety teams
Operational challenges associated with suspicious powders, pills, liquids, residues, and leaking or unlabeled containers
How Raman and FTIR technologies support complementary field presumptive identification workflows
How responders can assess sealed containers, exposed spills, and accessible sample materials using a single handheld platform
Safe analysis practices designed to help minimize sample handling and reduce responder exposure
How Scan Assist, Scan Delay, configurable profiles, and analysis settings can support consistent field workflows
How optional SERS and LowDoseID capabilities can support near-trace narcotics detection in challenging samples
The role of field chemical identification in PPE selection, isolation decisions, decontamination planning, and escalation protocols
How presumptive chemical identification can support faster coordination among border security, customs, HAZMAT, EOD, CBRN, and law enforcement teams
Practical workflow considerations for moving from initial assessment to scan result, confirmation, and operational action
The webinar will also present a clear operational framework illustrating how border security teams can transform unknown substance encounters into safer, faster, and more confident response decisions through advanced field identification technologies:
Problem: Unknown substances, illicit narcotics, hazardous chemicals, explosive precursors, limited information, responder safety risks, and operational disruption
Gemini Solution: Dual-technology Raman and FTIR analysis, optional SERS/LowDoseID capabilities, guided workflows, Scan Assist, Scan Delay, configurable profiles, and field-ready chemical identification
Operational Outcome: Faster presumptive identification, reduced uncertainty, improved responder safety, better-informed PPE and escalation decisions, enhanced interagency coordination, and more efficient return to operations
