THE SCIENCE BEHIND THE DETECTION

Understanding the underlying technology helps agencies make better procurement decisions. Here is a plain-language explanation of each technology platform we integrate.

TECH-01 CHEMICAL IDENTIFICATION

1064 NM RAMAN SPECTROSCOPY

WHAT IT DOES
Raman spectroscopy uses laser light to excite molecular vibrations in a sample. Each compound produces a unique spectral 'fingerprint' that can be matched against a reference library to identify unknown substances — without physical contact or sample preparation.

WHY IT MATTERS
Traditional chemical identification required laboratory analysis, taking hours or days. Handheld Raman analyzers deliver results in under 60 seconds, directly in the field. Operators can scan through sealed packaging — plastic bags, glass containers — without exposing themselves to potentially dangerous substances.

Key Technical Advantages

  • Non-destructive — sample is unaltered after analysis
  • No sample preparation required
  • Scan through translucent packaging
  • Identify solids, powders, gels, pastes, and liquids
  • 1064 nm wavelength minimizes fluorescence interference
  • Analyze colored or impure samples
  • On-board library with 13,000+ compounds

WHO USES IT: Military EOD teams, customs officers, law enforcement, first responders, hazmat units

Certifications & Standards

  • DoD JPEO DR SKO Program Approved
  • SWGDRUG Accepted for Presumptive ID
  • ISO 9001:2015 Certified Manufacturer

TECH-02 NON-INTRUSIVE INSPECTION

X-RAY INSPECTION TECHNOLOGY

WHAT IT DOES
X-ray inspection systems project ionizing radiation through objects to create detailed images of their internal contents. Multi-energy systems can distinguish between organic materials (narcotics, explosives, currency) and inorganic materials (metals, electronics) based on their X-ray absorption characteristics.

WHY IT MATTERS
Non-intrusive inspection allows security agencies to screen cargo, vehicles, baggage, and personnel without physical searches — dramatically increasing throughput while maintaining detection effectiveness. AI-powered threat detection reduces operator fatigue and improves consistency.

Key Technical Advantages

  • Non-intrusive — no physical opening of containers
  • Multi-energy imaging for material discrimination
  • AI-powered automatic threat detection
  • High throughput — minimal operational delays
  • Spectral tomography for 3D analysis
  • Backscatter technology for surface layer inspection
  • Deployable in fixed, mobile, and handheld configurations

WHO USES IT: Border agencies, customs authorities, airports, correctional facilities, military checkpoints

Certifications & Standards

  • CJIS Compliant (Linev Systems US)
  • SAFETY Act Certified (DHS)
  • Cyber Essentials Certified (UK)
  • PLATINUM ASTORS Award — Best Contraband Detection

TECH-03 AI-POWERED SCREENING

COVERT WEAPON DETECTION

WHAT IT DOES
SmartCTS uses discrete sensor arrays — installed at entry points — to continuously scan individuals and their bags for concealed metallic weapons as they walk through normally. Advanced AI algorithms analyze sensor data in real time to identify threat signatures without requiring individuals to stop, remove items, or pass through a visible scanner.

WHY IT MATTERS
Traditional metal detectors create bottlenecks, require dedicated staffing, and are easily circumvented. Covert weapon detection operates passively, continuously, and without the subject's awareness — eliminating queues and reducing the security staffing burden while maintaining or improving detection effectiveness.

Key Technical Advantages

  • Covert installation — no visible security equipment
  • Continuous passive screening
  • No queues or traffic disruption
  • AI-powered real-time threat identification
  • Simultaneous screening of individuals and bags
  • Indoor and outdoor installation capability
  • Significant reduction in security staffing costs

WHO USES IT: Government buildings, stadiums, airports, corporate campuses, critical infrastructure facilities

Certifications & Standards

  • U.S. Military Proven Technology
  • Decade of DoD Development
  • Commercially Available

TECH-04 FORCE PROTECTION

BALLISTIC PROTECTION SYSTEMS

WHAT IT DOES
Modern ballistic protection uses advanced composite materials — including ultra-high molecular weight polyethylene (UHMWPE), aramid fibers, and ceramic plates — to absorb and dissipate the kinetic energy of ballistic projectiles and blast fragments, protecting the wearer from injury.

WHY IT MATTERS
The right protective equipment is the difference between mission success and casualty. EDI-USA's TAA-compliant manufacturing ensures that U.S. government agencies can procure certified equipment that meets NIJ standards, with customization options for specific operational requirements.

Key Technical Advantages

  • NIJ Level III/IV certified protection
  • TAA-compliant for U.S. government procurement
  • Modular systems adaptable to threat level
  • Lightweight materials for extended wear
  • MOLLE compatibility for equipment integration
  • Night vision and communication mount compatibility
  • Rapid deployment packaging

WHO USES IT: Military, law enforcement, SWAT teams, corrections officers, private security, VIP protection details

Certifications & Standards

  • NIJ Standard Certified
  • TAA Compliant Manufacturing
  • Trusted by 50+ Countries

READY TO SEE THE TECHNOLOGY IN ACTION?

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