You're past the question of whether to invest in weapons detection. The board approved the budget, the superintendent signed off, and the venue operations team wants something live before next season. What you're stuck on is the shortlist.
Xtract One keeps coming up in every RFP response. So does Coram. The two are compared often, and the comparison is usually framed incorrectly, as if they're the same product wearing different logos. They aren't. One is a hardware screening lane installed at your entries. The other is software that turns the cameras you already own into a weapon detection layer running across the entire site.
That difference changes everything downstream: cost per entry point, deployment timeline, what happens when the alert fires, whether your access control and mass-notification systems respond automatically, and whether your operations team can run this without adding headcount.
This article walks through where each platform fits, where it doesn't, and how to make the call based on the facility you're actually protecting in 2026.
TL;DR
- Xtract One sells walk-through hardware (Gateway for schools and workplaces, SmartGateway for stadiums and arenas) that screens people as they enter a controlled choke point.
- Coram runs weapons detection as software on your existing IP cameras, covering entries, hallways, parking lots, and back doors without per-lane hardware.
- Xtract One wins when you have a small number of high-volume entries that you can physically funnel everyone through: stadium gates, single-entry corporate towers, ticketed events.
- Coram wins when you have a multi-building campus, distributed entries, or want detection plus access control and video on one platform.
- For most schools, hospitals, and mid-sized venues evaluating this comparison in 2026, the deciding factor is whether you can realistically funnel every person through a screening lane. If you can't, hardware-only screening leaves the rest of the site uncovered.
How to Evaluate Weapons Detection Systems in 2026
The category has split into two architectures, and most buyers don't realize it until they're three demos deep. The first is screening at the entry: walk-through portals or sensor lanes that scan people one at a time as they cross a threshold. The second is detection across the site: AI models that watch live video feeds from cameras already mounted at entries, hallways, parking lots, and perimeter points.
Both detect weapons, but they answer different questions about where in the facility that detection needs to happen.
Map Your Real Entry Behavior, Not the Floor Plan
A school floor plan shows three doors. The reality is twelve, because staff props the gym door open during practice, the cafeteria delivery door stays unlocked until 10 am, and the back lot door is the one parents actually use. Walk-through screening assumes you can funnel every entrant through a controlled lane. If you can't, the un-screened doors are coverage your detection system never sees.
Before talking to any vendor, count every door that opens during operating hours. Then count which ones you can realistically convert into a screening checkpoint without changing staff workflow. The gap between those two numbers tells you whether hardware screening alone will work.
Decide Where Your Alert Needs to Fire
Some facilities only need to know about a weapon at the front door: a stadium gate, a courthouse entrance, a corporate lobby. The risk window is narrow, the entry is controlled, and screening at that single point is sufficient.
Other facilities care about the entire site. A school cares about the parking lot at dismissal. A hospital cares about the ED ambulance bay and the parking garage. A multi-tenant office cares about the loading dock. For these, an alert at the front door is too late.
Pressure-Test the False Positive Rate Honestly
Every vendor claims low false alarms. The number that matters is how many alerts your security team will field per day, in your environment, with your foot traffic. Ask for references from facilities with similar volume and ask them directly: how many alerts per week, how many were real, how many were laptops or umbrellas or eyeglass cases.
A system with strong accuracy in a stadium can perform very differently in a hospital lobby where people carry medical equipment, wheelchairs, and oxygen tanks. Your environment is the test.
Look at the Total Stack, Not Just the Detection Layer
Weapons detection doesn't exist in a vacuum. When the alert fires, you need access control to lock the right doors, video to confirm the threat and track the person, and mass notification to reach the right people. Vendors who only sell the detection layer leave you to integrate the rest yourself.
Ask how the detection signal flows into your VMS, your access control, your PA system, and your SRO or police dispatch. If the answer involves a custom integration project, factor that into the timeline and the budget.
Confirm What Deployment Actually Looks Like
Hardware screening systems require power, networking, floor space, and often civil work at every lane. Software systems running on existing cameras require evaluating your camera quality, network, and edge computing. Both have real deployment lift; the difference is where the lift lives.
Get a written deployment plan before signing. Not a slide deck. An actual plan with site survey dates, install sequence, and a go-live date for each building.
Quick Comparison: Coram vs. Xtract One at a Glance
Coram: Weapons Detection Inside a Unified Security Platform
Coram is an AI-native physical security platform that connects to any existing IP camera and manages video surveillance, weapons detection, access control, and emergency management from a single dashboard. No camera replacement required.
Where Xtract One requires dedicated hardware installed at each entry point, Coram's weapons detection runs on the cameras you already have. Its AI weapons detection analyzes every video frame for brandished firearms (handguns and long rifles) using proprietary foundation models that run on Coram Point, an on-prem appliance that handles AI inference locally without requiring internet bandwidth at the camera layer. When a possible firearm is detected, the data routes to the cloud for second-pass verification across multiple AI models in parallel, which is how false positives stay low. Confirmed alerts reach your security team within seconds.
When Coram detects a weapon, the response sequence is configurable. Some customers route the alert directly to school resource officers and 911 dispatch with a live snapshot attached. Others trigger an automatic lockdown through Coram Access Control, locking specific zones or the entire building based on which camera saw the threat. The Journey tool then tracks the person across every camera on the site by physical appearance, even when their face isn't visible, so the responding team knows where the threat is now, not where it was thirty seconds ago.
A hardware screening lane sees the person at the entry. Coram keeps watching.
The same platform also handles natural language video search (pulling specific footage in seconds rather than scrubbing hours of feed), floor plan visualization for active incident management, and role-based permissions with door schedules and lockdown automation. SOC 2 Type II and HIPAA certification covers footage handling, which matters for schools and healthcare facilities with compliance requirements.
Best for: Schools, hospitals, multi-building corporate campuses, and mid-sized venues that need weapons detection beyond a single controlled entry, and want that detection wired directly into access control and video on one platform.
To see how detection behaves on your existing camera feeds before committing, book a demo and the team will walk through your specific site layout.
Xtract One: Walk-Through Screening at High-Volume Entry Points
Xtract One builds purpose-designed weapons detection hardware in two lines aimed at different facility types.
Gateway is designed for environments where visitors regularly carry medium-volume personal belongings: schools, workplaces, conference venues, manufacturing and distribution centers. People walk through with backpacks, laptops, and tablets, and the system distinguishes those items from mass-casualty weapons without requiring anyone to stop or empty their pockets. The screening is bi-directional and configurable, and the AI is trained to flag object shape, size, and material matching weapon profiles.
SmartGateway is the higher-throughput line, built for low-volume personal belonging environments with high ingress: stadiums, arenas, entertainment venues, and attractions. SmartGateway holds DHS, FAA, and TSA certifications, which matter for venues with regulatory or insurance requirements that mandate certified screening hardware.
Xtract One performs best at a single controlled entry, a single ticketed gate, or a small set of choke points where you can realistically funnel every person through a lane. The pass-through experience is fast and unobtrusive, and for stadium and arena operators keeping ingress moving on game day, that throughput is the whole point.
Where the architecture runs into limits is facilities with many entries, distributed buildings, or open campuses. Each Gateway or SmartGateway lane is a physical installation with hardware, power, and footprint costs per entry. Twelve doors people actually use means twelve lanes, or accepting that the un-screened doors are coverage you don't have.
Best for: Venues with a small number of high-volume controlled entries, ticketed event spaces, single-tower corporate lobbies, and facilities with regulatory requirements mandating DHS, FAA, or TSA-certified screening hardware.
Coram vs. Xtract One: Which One Fits Your Facility?
Xtract One is a well-built system that solves a specific problem: fast, certified screening at a controlled choke point. For stadiums, arenas, and single-lobby corporate facilities, it's the right answer. For any facility where people move through more entry points than you can physically screen (most schools, hospitals, and distributed campuses), the hardware-per-entry model leaves gaps that software-based site-wide detection is better equipped to close. Coram adds access control and video on the same platform, so the detection event triggers a response rather than just a notification.
How to Choose Between Coram and Xtract One
The right answer depends on the facility you're defending. Here are the patterns most buyers fall into.
You Run a K-12 School District with Multiple Buildings
Each site has between four and ten doors that open during the day. Drop-off and dismissal create natural funnels, but most of the day, doors are used unpredictably by staff, deliveries, and parents.
A walk-through lane at the main entrance covers the main entrance. It doesn't cover the gym door, the cafeteria delivery, the portables, or the parking lot at dismissal. Software running on cameras already mounted across the campus gives you coverage everywhere a camera sees, plus auto-lockdown wired into door controllers. For a multi-building district, that coverage gap is the whole problem.
You Operate a Stadium, Arena, or Ticketed Venue
You have a small number of gates. Every attendee passes through one of them. Throughput is the operational constraint, and you may have insurance or league requirements specifying DHS or TSA-certified hardware.
This is exactly what Xtract One SmartGateway is built for. Software-based camera detection adds value for back-of-house and parking areas, but the gate screening itself is a hardware problem. If your facility is a gate, buy a gate solution.
You Manage a Hospital or Healthcare Campus
You have an ED ambulance bay, multiple visitor entrances, a parking garage, and you cannot stop patients carrying medical equipment, walkers, or oxygen tanks for screening. Workflow disruption is a clinical risk, not a convenience issue.
Walk-through screening at a hospital lobby creates throughput problems that staff will work around within a week. Software detection on existing cameras across entries and high-risk zones delivers the alert without the chokepoint, and HIPAA certification covers footage handling. For hospital campuses, Coram's architecture fits more naturally than hardware screening will.
You Manage a Corporate Campus with a Single Secured Lobby
One main entry, badge access for employees, visitors check in at a front desk. The lobby is the only point you need to screen, and you want a visible deterrent for visitors.
A Gateway lane gives you the screening, the visible presence, and a clean flow. Coram can add coverage for the parking garage, the loading dock, and executive floors, but if budget forces a choice, the lobby hardware is doing the heaviest lift. One entry, one answer.
The Per-Lane Cost Doesn't Pencil Across All Your Entries
You priced Xtract One Gateway across every entry you need to cover, and the hardware-per-entry total exceeded budget by a wide margin. This is the most common reason buyers start looking for an Xtract One alternative, and it usually means the facility has too many entries for a hardware-only model to make economic sense. Coram's software model running on existing cameras changes the math, because there's no per-entry hardware multiplier.
The Right Call: Coram or Xtract One for Your Facility
The question most buyers on this shortlist are actually asking isn't which product is better. It's whether they can funnel every person who enters their facility through a screening lane. If the honest answer is yes, Xtract One is a strong choice. If the honest answer is no, hardware screening leaves gaps that software-based detection is better positioned to close, and the per-entry economics usually confirm it.
Coram runs AI weapons detection on the cameras already covering those sites, with access control and video unified on one platform. The alert doesn't stop at notification. It triggers the lockdown, tracks the person, and gives the responding team everything they need in one place.
Which Is Better: Coram or Xtract One?
It depends entirely on your facility type. Xtract One is better for venues with a small number of high-volume controlled entries, such as stadium gates, ticketed event spaces, or single-lobby corporate buildings, especially where DHS or TSA-certified screening hardware is required. Coram is better for distributed campuses, multi-building school districts, hospitals, and any facility where the entry points are too numerous or operationally complex to funnel through screening lanes. For most K-12 districts and healthcare campuses, Coram's site-wide AI weapons detection covers more of the facility at lower total cost. For stadiums and arenas, Xtract One's SmartGateway is the stronger fit at the gate.
