LV Stream · The Solution for High-Traffic Venues

LV Stream · The Solution for High-Traffic Venues

Contemporary design · A-EYE-powered inspection · Fast automatic sorting · Easy to move and to install

Security checkpoints at venues, schools, and public spaces face mounting pressure: growing crowds, evolving threats, and an urgent need for faster, less invasive screening. Long entry lines, manual inspections, and outdated baggage scanners compromise both safety and the visitor experience. Even well-staffed locations struggle to balance security with throughput, often placing the burden on operators to detect threats in complex X-ray images.

Meanwhile, threats grow more sophisticated. Concealed weapons, disassembled firearms, and improvised explosive devices (IEDs) pose serious risks—yet traditional systems rely on human eyes to spot these threats, with accuracy dependent on fatigue, training, and chance. School officials, event organizers, and security leads know the stakes—and need smarter, faster ways to safeguard people without slowing them down.

That’s why decision-makers across industries are looking for a new approach: one that combines cutting-edge automation with proven threat detection. They need a screening system that keeps up with foot traffic, doesn’t disrupt normal operations, and most importantly—removes human error from the equation.

Why LV Stream Stands Apart

LV Stream redefines what a checkpoint can be. More than a high-speed x-ray baggage scanner, it is a fully automated gateway solution designed for today’s high-traffic, high-risk environments. It enables security teams to shift from reactive, manual scanning to proactive, Driven by Intelligence Software threat identification—automatically detecting weapons, flares, vapes, disassembled guns, and explosives without operator involvement.

With throughput speeds exceeding 1400 bags per hour, LV Stream ensures uninterrupted entry flows even during peak traffic. Unlike conventional baggage scanners, it analyzes raw X-ray data internally—far beyond what the human eye can interpret—using advanced A-EYE™ models trained on real-world threats. This provides faster, more accurate detection with fewer false positives, and no need for trained personnel to monitor image screens.