1 / ENTRANCE SCREENING
Concealed Weapons Detection
See SSP's controlled-entrance screening test and how a checkpoint can fit into a concealed-threat screening workflow.
Watch concealed detection demo on YouTube
COMMERCIAL SECURITY / WEAPONS DETECTION
Commercial Weapons Detection & Screening Systems
Evaluate the right detection approach for your entrances, facilities, and response teams. SSP designs, integrates, installs, and supports screening and video-based detection solutions that fit how your organization operates.
Concealed entrance screening | Visible firearm detection | Integrated response
TWO DIFFERENT DETECTION LAYERS
One security goal. Different technology.
AT THE ENTRANCE
Screen for Concealed Threats
Sensors assess people passing through designated screening points.
WITHIN CAMERA VIEW
Detect Visible Firearms
Supported analytics flag certain visibly presented firearms for review.
Illustrative technology comparison, not a live detection interface. Capabilities vary by system.
START WITH THE THREAT AND THE ENTRANCE
Concealed Screening and Visible Firearm Detection Are Not Interchangeable
A facility deciding how to identify a concealed weapon at a checkpoint faces a different problem from a facility monitoring a visible firearm in a camera view. Understanding that distinction prevents purchasing a system that cannot address the intended use case.
APPROACH 1 / ENTRY SCREENING
Concealed Weapons Screening
Walk-through and selected sensor-based technologies evaluate items as people pass a controlled entry point. Depending on the equipment, the system may alert on specific metallic threat profiles or broader metal signatures.
Best-fit questions
How many people enter? What objects are carried? What happens when an alarm occurs? Who performs secondary screening?
Important limitation: alert accuracy and object discrimination depend on the equipment, configuration, operating conditions, and screening procedures.
APPROACH 2 / VIDEO ANALYTICS
Visible Firearm Detection
Supported analytics review camera footage for certain visible firearm presentations and can alert operators for verification and response. A firearm must be visible in the camera's effective view.
Best-fit questions
Which areas have camera coverage? Who verifies alerts? How do notifications reach the response team?
Important limitation: ordinary video analytics cannot detect weapons hidden under clothing or inside closed bags.
Neither approach guarantees complete detection. A layered program also relies on trained personnel, appropriate procedures, reliable communications, and response planning.
TESTED BY SSP
See Both Detection Methods in Action
SSP has demonstrated both concealed weapons screening and video-based visible firearm detection. These two videos show the different technologies in use, and why the right approach depends on where detection needs to happen.
2 / VIDEO ANALYTICS
Visible Firearm Detection
See SSP's visible-firearm detection test and how an event may be surfaced for operator verification.
Watch visible firearm demo on YouTube
These demonstrations do not guarantee detection performance. Equipment, site conditions, system configuration, and response procedures affect results.
BEFORE ANY EQUIPMENT IS SELECTED
Design the Screening Operation, Not Just the Checkpoint
A detector is one component of a functioning entry plan. SSP evaluates the entrance layout, the flow of people, staffing, alert resolution, physical constraints, and integrations before recommending an approach.
An effective plan also needs to consider accessibility, queueing, emergency exit routes, privacy, and the organization's existing safety procedures.
1
Map the traffic
Identify entrances, arrival peaks, visitors, staff, bags, and bypass routes.
2
Define the detection goal
Specify which threats and behaviors the selected technology is intended to detect.
3
Plan alert resolution
Establish who verifies alerts, conducts authorized secondary screening, and communicates next steps.
4
Test the complete workflow
Validate throughput, detection settings, site conditions, procedures, and ongoing support.
BEYOND THE CHECKPOINT
What a Successful Screening Experience Needs
The technology works only when people, spaces, and protocols work together. This is a practical operational sequence, not a claim of guaranteed detection.
1
Arrive
People approach a designated entry without obstructing emergency egress or accessible routes.
2
Screen
The installed system evaluates them within its intended detection limits and operating settings.
3
Resolve
Trained personnel assess an alert using established lawful verification and secondary-screening procedures.
4
Proceed
Authorized visitors continue, while staff follow documented escalation or alternative entry procedures when required.
SSP can assess the entire sequence: floor plan, throughput, staffing, integration points, alerts, training, and ongoing support.
THE REAL VALUE IS AFTER THE ALERT
Detection Must Connect to a Response
Screening systems and analytics can produce alerts. Your security operation needs a clear, tested process for verifying the event, coordinating staff, and taking appropriate action.
DESIGN FOR THE ENVIRONMENT
Four Environments. Four Different Screening Priorities.
The right weapons detection approach is shaped by who enters, how they arrive, and who responds to an alert.
1 / EDUCATION
Schools & Campuses
Support screening where students, staff, visitors, and events place very different demands on an entrance.
Explore industry security
2 / HEALTHCARE
Hospitals & Healthcare
Consider public access, patient movement, accessible circulation, staffing, and clinical operations.
Explore industry security
3 / PUBLIC FACILITIES
Government Buildings
Plan controlled public entry, operator verification, visitor flow, and documented response workflows.
Explore industry security
4 / COMMERCIAL
Business & Industrial
Address shifts, contractors, visitor screening, and operational sites without unnecessary disruption.
Explore industry security
TECHNOLOGY SELECTION
Match the Technology to the Detection Requirement
SSP helps organizations evaluate distinct screening approaches. Manufacturer-specific capabilities and integrations are addressed on our dedicated technology pages.
ENTRANCE SCREENING
CEIA Weapons Screening
Explore CEIA OPENGATE and entrance-focused screening systems, including lane planning, throughput, alert resolution, and long-term support.
Explore CEIA screening
ANALYTICS AND SCREENING
Motorola Solutions & Avigilon
Explore SSP's manufacturer-focused overview of supported concealed screening and video-based visible firearm analytics, with verification and response planning.
Explore Avigilon detection
Capabilities, throughput, integration options, and product availability depend on the specified equipment, configuration, and applicable approvals.
PROJECT PLANNING
What Determines the Scope of a Weapons Detection Project?
A screening proposal is more than the equipment itself. Project scope depends on the facility, entrance configurations, operational staffing, technology selection, and follow-up procedures. SSP evaluates the total deployment rather than suggesting an unsupported price per entrance.
For video-based detection, existing camera quality, coverage, compatible software, notification paths, and operating procedures can materially change the work involved.
1
Entrances and lanes
Number of checkpoints, queuing space, accessibility, power, and physical mounting.
2
Throughput and staffing
Peak arrival volumes, expected alarms, secondary screening, and training.
3
Technology and integration
Sensors or cameras, supporting software, networking, and access control or communications connections.
4
Deployment and support
Testing, documented procedures, preventive maintenance, service, and system changes.
FREQUENTLY ASKED QUESTIONS
Commercial Weapons Detection FAQs
What is the difference between concealed weapons screening and camera-based firearm detection?
Concealed weapons screening evaluates people at a designated checkpoint using screening sensors. Camera-based visible firearm detection analyzes camera footage for certain visibly presented firearms and cannot see items concealed by clothing or closed bags.
Can one weapons detection system identify every weapon?
No. Detection limits depend on the technology, configuration, threat types, conditions, and human procedures. Alerts need appropriate review.
Do weapons detection systems replace security personnel?
No. Personnel and documented procedures remain essential for monitoring, alert verification, lawful secondary screening, escalation, and response.
Can weapons detection integrate with access control and cameras?
Some compatible products can share alerts or video context with existing security systems. SSP evaluates the platforms and integration requirements before proposing a design.
How should schools or hospitals plan screening entrances?
Start with entrances, peak traffic, safety and accessibility needs, staff capacity, alarm procedures, privacy, and the effects on daily operations.
What affects weapons detection installation costs?
Entrance count, equipment type, throughput requirements, staffing procedures, power and networking, integrations, software, testing, training, and maintenance affect scope and project costs.
DESIGN A SCREENING STRATEGY THAT FITS
Start with Your Facility, Not a Product Catalog
Share your entrance layout, screening objectives, traffic patterns, and existing security systems. SSP can help evaluate the detection approach, implementation needs, and operational requirements.
Talk to an SSP Specialist