AI narcotics detection for the X‑ray scanners you already own.

AI Anywhere. Sovereign by Design.

Detects at every lane. Learns in one sovereign AI centre.

XClarity adds AI narcotics and contraband detection to existing X-ray scanners at borders, seaports, airports, courier and mail centres. It runs at the scanner, in your data centre or in your sovereign cloud, and your data never leaves the country.

One platform: AI at the scanner, learning at the centre

Three properties, in the order they were built

Local Autonomy, Central Intelligence

Every site detects on its own.

Sovereign by Design

Residency, custody, and audit built in.

Any Detector, Any Model

Architected to go beyond narcotics.

If your problem is machines producing images at many sites, from cargo and baggage to industrial inspection, this is your architecture.

Narcotics detection in X-ray scans at customs and borders

Narcotics detection in X-ray imagery at customs crossings

The platform's first application detects hard-to-find narcotics and contraband in X-ray scans, with human operators validating detections in a continuous feedback loop. The application is deployed; the platform is the product.

Cocaine

Powder and crystalline cocaine concealed in luggage, body cavities, and modified containers, detected through density and shape analysis.

Hashish

Cannabis resin in compressed blocks and custom-molded shapes, identified via material discrimination and pattern recognition.

Heroin

Opioid powders and pellets in body packing and cargo concealment, flagged through anomaly detection in organic matter scans.

Methamphetamine

Crystal and powder forms hidden in electronics, vehicle panels, and personal items, detected by crystalline density signatures.

X-ray scan of smuggled pills in mail, flagged by XClarity AI

Pills (Larika, Tramadol)

Prescription narcotics and synthetic opioids in bulk shipments, identified through pill morphology and quantity pattern analysis.

X-ray scan of a concealed firearm, flagged by XClarity AI

Firearms & Weapons

Concealed weapons including disassembled firearms, bladed weapons, and improvised threats, detected via metallic signature mapping.

What it does

From the scanner lane to the national picture

Real-time Processing

Direct integration with X-ray machines

Unified Dashboard

Centralized monitoring for all checkpoints

Alert Management

Intelligent prioritization and dispatch

Analytics & Reporting

Detection patterns, trends, and routes

API Integration

RESTful APIs for customs systems

Narcotics monitoring with AI

One sovereign AI centre for every scanner

Distributed detection. Centralized continuous learning.

Scans flow in from every siteImproved AI flows back to every site

Every scanner the country already owns, connected to one sovereign AI centre. Scans flow in, the AI learns from every confirmed case, and an improved AI flows back to every site. Data stays in the country.

Use cases for a sovereign anti-narcotics AI

What a country gets when every X-ray scanner feeds one AI centre

Central detection oversight
One place to measure, alert and report across every X-ray lane in the country.
Seizures linked across ports
Finds that share a method or route point to the network behind them.
A national picture of methods and routes
New hiding methods show in the figures before seizures rise.
One connected system across all screening sites
Customs, police, free zones and couriers connected. Each keeps its powers.
Capability, measured
How often narcotics are found and how often alerts are wrong, by port and nationally.
A capability model
Detection capability port by port, as a basis for planning staff, equipment and training.
Oversight of private screening
Free zones, couriers and logistics companies get narcotics detection from the same sovereign AI, under government oversight.
Continuous learning
The AI adapts to new concealment methods and new drug variants. A seizure anywhere improves detection everywhere.