CHECKPOINT

DESIGN

Modern screening equipment offers a wide range of capabilities to detect contrabands and dangerous goods. With a high demand for screening of many different objects such trains, trucks, busses, cars, cargo, bags, food as well as people screening, the security market today provides a wide range of screening technologies and equipment. The reality is that many of such technologies are great on specific items but fail on other scenarios or are simply not mature enough for harsh environments. No matter how modern technology is, there is no equipment without limitations in some form. For this reason, depending on task and requirements, different combinations of equipment, organized in an optimal way will provide full functionality for specific checkpoints.

By ignoring some factors, we can simply separate screening checkpoints into two different types: Vehicle checkpoints and People checkpoints. Vehicle Checkpoints can be organized for different vehicle categories: Truck checkpoints, Car checkpoints, Bus checkpoints as well as mixed checkpoints. In People checkpoints we can differentiate mostly by place of installation into Airport checkpoints, Prison checkpoints, Hotel checkpoints, Bank checkpoints, Governmental Institution checkpoints, Loss Prevention checkpoints and many others.

Sometimes, due to lack of experience, clients tend to copy already existing solutions, which have proven successful in similar environments, only to find out that individual requirements whether different concept of operations or other threat factors lead to completely a completely different outcome.

COMPLETE SCREENING CONTAINER
BY unival

The unival process of Checkpoint design takes many factors in consideration and depends on checkpoint type, requested throughput, environmental conditions, search requirements, connectivity, user experience, and many more. As a specialized integrator we have access to all technologies in the market and can combine many different technologies in order to create the most efficient solution for the particular case.

Projects start with creating the right team of designated professionals, who have previous experience in similar checkpoint design. They will use proven cases with previous practical implementation as a basis for the planning of a new checkpoint.

Understanding the client’s needs and requirements is achieved as part of an extensive dialogue and consultation. Joint conclusions will be put in correlation with defined threats and risks to precisely determine screening goals for that specific case.

uniGATE SCREENING CHECKPOINT

BY unival

After analyzing all potential threats, our team will propose a list of compatible equipment with required technical specifications to address them. If needed, we’ll suggest integration with existing systems. Based on checkpoint parameters and client capabilities, we’ll recommend optimal component placement and workflow algorithms to ensure maximum efficiency. Our process follows international standards (TSA, ECAC, CAAC, DFT, STAC, etc.) and complies with local regulations. This approach ensures high performance, cost-effectiveness, and prevents planning errors—proven to deliver faster, more valuable, and less expensive project implementation.

uniGATE SCREENING CHECKPOINT

BY unival

After analyzing all potential threats, our team will propose a list of compatible equipment with required technical specifications to address them. If needed, we’ll suggest integration with existing systems. Based on checkpoint parameters and client capabilities, we’ll recommend optimal component placement and workflow algorithms to ensure maximum efficiency. Our process follows international standards (TSA, ECAC, CAAC, DFT, STAC, etc.) and complies with local regulations. This approach ensures high performance, cost-effectiveness, and prevents planning errors—proven to deliver faster, more valuable, and less expensive project implementation.

uniGATE SCREENING CHECKPOINT

BY unival

After analyzing all potential threats, our team will propose a list of compatible equipment with required technical specifications to address them. If needed, we’ll suggest integration with existing systems. Based on checkpoint parameters and client capabilities, we’ll recommend optimal component placement and workflow algorithms to ensure maximum efficiency. Our process follows international standards (TSA, ECAC, CAAC, DFT, STAC, etc.) and complies with local regulations. This approach ensures high performance, cost-effectiveness, and prevents planning errors—proven to deliver faster, more valuable, and less expensive project implementation.