Vehicle Scanner Market Size

The global vehicle scanner market was valued at US$2.62 billion in 2025 and is projected to reach US$4.92 billion by 2035, growing at a CAGR of 6.5% during 2026-2035.

The commercial market is changing from isolated security equipment toward integrated inspection lanes capable of screening vehicles without turning borders, ports and critical infrastructure into traffic bottlenecks.

The highest-value systems now combine multiple functions.

A vehicle can be identified through license-plate recognition.

Its undercarriage can be checked against previous images.

The passenger cabin or cargo area can be imaged using low- or high-energy X-ray.

Software can compare the scan with historical records or shipping manifests.

Radiation detection can be integrated into the same inspection process.

Images can be sent to centralized operators hundreds of kilometres away.

The value is therefore moving beyond the scanner itself.

Throughput, image analysis, data integration and automated threat recognition are increasingly becoming the real procurement criteria.

This shift is highly visible in U.S. border-security spending.

A January 2026 GAO review found that U.S. Customs and Border Protection has received more than US$2 billion since 2019 for its non-intrusive inspection program. Passenger-vehicle scanning at land ports increased from 2% in FY2020 to 8% in FY2024, while commercial-vehicle scanning increased from 16% to 27%. The Securing America's Ports Act requires a plan toward scanning all commercial and passenger vehicles and freight rail entering the U.S. at land ports of entry, although deployment remains behind the original 2027 target.

The market accelerated again in August 2026. OSI Systems received a five-year CBP IDIQ contract with a ceiling of around US$200 million for relocatable Rapiscan passenger-vehicle inspection systems, while a separate international customer placed an approximately US$11 million order for Eagle M60 mobile cargo and vehicle scanners.

Key Highlights

• 2025 Market Size: US$2.62 Billion
• 2035 Market Value: US$4.92 Billion
• CAGR, 2026-2035: 6.5%
• Largest Scanner Type: Fixed/Static - 65.7%
• Portable/Mobile Scanner Share: 34.3%
• Largest Structure Type: Drive-Through - 52.5%
• UVSS Share: 47.5%
• Largest Technology Segment: X-Ray/Advanced Imaging - 40.1%
• Largest Component: Cameras - 35.1%
• Largest Application: Government & Critical Infrastructure - 63.7%
• Largest Region: North America - 39.3%
• Fastest-Growing Region: Asia-Pacific
• Major Procurement Shift: Fixed systems supplemented by relocatable/mobile scanners
• Major Software Opportunity: Remote image analysis and automatic anomaly comparison
• Primary Border Application: Narcotics, weapons, contraband and stowaway detection
• Key Critical-Infrastructure Application: Vehicle access screening at power, defense and government facilities
• Largest 2026 Procurement Signal: US$200 Million CBP relocatable vehicle-inspection IDIQ
• Major High-Throughput Benchmark: 100-150+ vehicles per hour on leading portal systems
• Important Underbody Trend: UVSS combined with ANPR and automated image comparison
• Long-Term Value Layer: Connected inspection software rather than standalone imaging hardware

Why 2026 Is a Procurement Inflection Point

Vehicle-inspection demand has historically been associated with security threats in general.

That explanation is now too broad.

The real 2026 catalyst is large-scale procurement designed to increase the percentage of vehicles screened without slowing legitimate trade.

U.S. CBP illustrates the scale.

GAO reported 153 planned or operational large-scale NII systems across low-energy passenger-vehicle portals, multi-energy commercial-vehicle portals and high-energy rail installations as of February 2025. Only 52 were fully operational at that point.

A July 2026 DHS acquisition forecast then outlined a new five-year procurement requirement for large-scale fixed low-energy and multi-energy portal systems, with an estimated value above US$100 million and performance extending to 2031.

That means the market has entered a replacement and deployment cycle simultaneously.

Authorities need scanners at locations that currently have none.

Existing scanners require service and upgrades.

High-traffic crossings need more lanes.

Passenger vehicles require different energy levels from dense commercial cargo.

And mobile systems are needed when security requirements change faster than civil infrastructure can be built.

Throughput Is Becoming as Important as Image Quality

A vehicle scanner that produces excellent images but forces every truck to stop for several minutes creates an economic problem at a major port.

Modern procurement therefore measures both detection capability and vehicles processed per hour.

Leidos' VACIS MLX can process 150 or more vehicles per hour when used as a stationary portal. Its IP6500 is also designed for more than 150 full-length trucks and containers per hour in drive-through operation.

Smiths Detection's HCVP is designed for 100-120 vehicles per hour while checking trucks, containers and vehicles for explosives, drugs and weapons.

Rapiscan's Eagle T60 can screen up to 80 trucks per hour in portal mode.

These differences matter commercially.

A border authority does not purchase the machine only to obtain an X-ray.

It purchases a level of inspection capacity.

The strongest systems therefore combine sufficient penetration with the ability to keep legitimate vehicles moving.

Passenger Vehicles and Commercial Trucks Require Different Scanning Architectures

A passenger car and a fully loaded tractor-trailer do not create the same inspection challenge.

Dense cargo requires substantially more penetrating energy.

Occupied passenger vehicles require very low exposure and strict compliance with radiation-safety requirements.

This is why leading suppliers maintain separate product architectures.

Leidos' VACIS XPL is designed specifically for moving passenger vehicles. It can scan occupied vehicles bumper-to-bumper and automatically compare a current scan with previous scans of the same vehicle through its Easy Match capability.

Rapiscan offers passenger-oriented systems including CarView and Z Portal while maintaining 6 MeV Eagle platforms for dense cargo.

Smiths Detection similarly separates high-volume HCVP commercial screening from products for lighter vehicles.

The market should therefore not be evaluated as one uniform X-ray category.

Passenger screening, commercial cargo screening and underbody inspection increasingly form separate but connected technology layers.

Under-Vehicle Scanning Is Moving from Camera View to Automated Comparison

Traditional under-vehicle inspection used mirrors.

Digital UVSS replaced the mirror with a continuous underbody image.

The next step is automated comparison.

Modern systems combine the underside image with license-plate recognition and historical records so an operator can identify whether something has appeared underneath a vehicle since its previous visit.

This is particularly useful at military bases, government buildings, embassies, power plants and other sites where the same vehicles enter repeatedly.

Current UVIScan systems can automatically read license plates, display previous and current underbody images simultaneously and support integration with radiation detection. The company's portable 2025 UVIScan RD platform can be deployed in around 15 minutes and supports vehicles ranging from SUVs to small trucks.

India provides a current procurement example.

A 2026 Syama Prasad Mookerjee Port tender calls for UVSS capable of producing high-resolution underbody imagery and 3D depth profiles, automatically adjusting for vehicle speeds from 0 to 40 km/h and combining the system with automated license-plate recognition.

The underbody market is therefore increasingly an image-analysis business rather than simply a camera-installation business.

Software Is Becoming a Recurring Revenue Layer

Vehicle scanning was historically hardware intensive.

That remains true because X-ray sources, detector arrays, cameras and shielding represent substantial capital expenditure.

But software's importance is increasing faster.

Smiths Detection's DaiSy platform is installed across its HCV cargo- and vehicle-inspection systems and provides image treatments, comparison tools and configurable operator workflows.

Leidos is pushing further toward an integrated border-data architecture.

Its ports and borders portfolio combines VACIS scanners with a secure enterprise platform capable of integrating multiple NII data sources and using AI and machine learning for risk assessment and operational decision support.

VACIS XPL can already centralize image analysis hundreds of miles from the scanner location.

This changes staffing economics.

Instead of placing a highly experienced image analyst beside every scanner, border agencies can potentially route images from several crossings to centralized analysis teams.

Software can therefore increase the effective value of installed hardware without adding another inspection lane.

AI Will Assist Operators Before It Replaces Them

Vehicle X-ray interpretation is complex.

A truck contains structural members, fuel tanks, axles, cargo, packaging and numerous legitimate dense objects.

Contraband can be deliberately positioned to resemble normal vehicle components.

AI is increasingly suited to identifying anomalies, prioritizing suspicious regions and comparing scans against historical or expected patterns.

But final decisions will remain human-led for many high-consequence security applications.

The strongest near-term use of AI is therefore operator assistance.

Software can rank risk.

It can highlight unexpected density.

It can compare an underbody scan with a known baseline.

It can connect the image to the container manifest, plate number and prior crossing data.

Smiths Detection's current border-inspection strategy explicitly emphasizes connecting inspection systems, shipment information and operator expertise rather than treating the image as an isolated output.

That represents one of the most commercially significant changes in this market through 2035

Mobile Scanners Are Becoming a Strategic Complement to Fixed Infrastructure

Fixed portals remain the largest scanner category because major border crossings and ports need continuous high-volume inspection.

They represented 65.7% of 2025 market revenue.

But permanent infrastructure has a weakness.

It stays where it was built.

Trafficking routes do not.

Mobile systems allow authorities to move capacity between ports, checkpoints and enforcement operations.

Rapiscan's Eagle M60 is designed for seaports, borders and roadside checkpoints and combines high-energy transmission imaging with mobile deployment.

Leidos' VACIS MLX can deploy or stow in roughly ten minutes and operates from its own generator or shore power.

This explains why CBP's August 2026 US$200 million Rapiscan award focuses specifically on relocatable passenger vehicle inspection systems.

The growth market is therefore not fixed versus mobile.

It is increasingly fixed plus mobile, with authorities using permanent portals at major gateways and relocatable equipment for changing inspection priorities.

Drive-Through Portals Become the Highest-Volume Architecture

Drive-through systems accounted for 52.5% of 2025 market revenue, while UVSS represented the remaining 47.5% within the current structural segmentation.

The advantage is straightforward.

Vehicles remain in motion.

That allows scanning to occur as part of the normal checkpoint flow rather than through a separate inspection procedure.

High-volume border crossings particularly favor this configuration because every additional second per vehicle compounds into congestion.

Rapiscan, Leidos and Smiths all offer high-throughput portal designs.

The next competitive step is integrating several sensors into one passage.

A portal may eventually combine plate recognition, underbody imaging, low-energy passenger-vehicle imaging, radiation sensing and automated risk assessment without requiring the vehicle to pass through several independent inspection stations.

Critical Infrastructure Creates a Different Vehicle Scanner Market

Government and critical-infrastructure applications accounted for 63.7% of vehicle scanner market revenue in 2025.

But a power plant has different inspection requirements from a customs border.

Cargo manifests may be irrelevant.

The site may instead need to determine whether a bomb, weapon or suspicious package has been added underneath an employee or contractor vehicle.

This makes UVSS, ANPR and access-control integration particularly valuable.

The same architecture applies to military bases, government compounds, embassies, nuclear facilities, oil and gas sites, data centers and major event venues.

DataM explicitly includes government facilities and oil, gas, power and water plants in its existing application scope.

Growth in these applications should therefore favor lower-energy optical and underbody inspection systems alongside the high-energy X-ray equipment used at ports.

Vehicle Scanner Market Scope

Detailed Market Segmentation

Fixed/Static Vehicle Scanners - 65.7%

Fixed scanners accounted for 65.7% of 2025 revenue, equivalent to US$1.72 billion.

Permanent systems remain the preferred architecture at major ports, borders and high-security facilities where vehicle volumes are predictable.

Their biggest advantage is operating efficiency.

The scanner can be integrated with traffic lights, barriers, license-plate readers, radiation portals, customs databases and permanent operator facilities.

Fixed installations can also be designed around shielding and safe traffic patterns from the beginning, making high-energy imaging easier to deploy at scale.

The main disadvantage is civil infrastructure.

Power, communications, traffic-lane changes and command-center facilities can materially extend project timelines.

GAO found that several U.S. CBP deployments were delayed because ports required major infrastructure work or vendors encountered installation and acceptance-testing issues.

Fixed-system growth will therefore remain strongest at high-volume gateways where long-term utilization justifies infrastructure investment.

Portable and Mobile Vehicle Scanners - 34.3%

Portable and mobile systems represented 34.3%, equivalent to US$0.90 billion.

They serve several distinct markets.

High-energy mobile X-ray units inspect trucks and containers.

Portable UVSS products protect temporary checkpoints and events.

Relocatable passenger-vehicle portals allow authorities to shift inspection capacity according to changing threat patterns.

The category's primary value is deployment flexibility.

Rapiscan's 2026 international Eagle M60 order and the US$200 million CBP relocatable-system contract demonstrate that mobility is becoming a strategic procurement priority rather than merely an emergency requirement.

Mobile products also reduce the risk that an agency invests heavily in a permanent lane before future traffic or threat patterns are fully known.

By Structure Type

Drive-Through Systems - 52.5%

Drive-through systems generated US$1.38 billion in 2025 and remain the leading structure category.

Their commercial strength lies in high-volume operation.

Passenger and commercial vehicles can be scanned while moving through a controlled lane, substantially reducing inspection delays.

The latest systems also automate more of the workflow.

OCR identifies containers or plates.

Cameras capture the vehicle.

The scan is linked with transaction data.

Risk-analysis software routes the image for assessment.

For ports handling thousands of vehicles per day, these workflow improvements can be as valuable as incremental gains in image resolution.

Under-Vehicle Surveillance Systems - 47.5%

UVSS represented an estimated US$1.24 billion in 2025.

The segment serves a broader range of sites than high-energy X-ray.

Government buildings, defense facilities, hotels, airports, power plants, border checkpoints, corporate campuses and event sites can all use underbody inspection.

The technology is also becoming more intelligent.

Modern systems compare current and previous scans, use ANPR and increasingly incorporate 3D or anomaly-detection functionality.

This strengthens recurring software and maintenance opportunities alongside the initial camera installation.

By Technology

X-Ray and Advanced Imaging Lead the Market

X-ray backscatter alone accounted for 40.1% of the 2025 market in current benchmarking.

High-energy transmission imaging remains essential for dense cargo because it can reveal objects inside trucks and containers without unloading them.

Backscatter technologies provide a complementary advantage by highlighting organic materials including drugs and explosives.

Rapiscan's Eagle M60 ZBx combines high-energy transmission with Z Backscatter imaging specifically for this reason.

Future systems will increasingly combine rather than choose between imaging modes.

The buyer is seeking material discrimination and anomaly visibility rather than allegiance to one detector architecture.

By Component

Cameras - 35.1%

Cameras accounted for 35.1% of market revenue in 2025, equal to US$0.92 billion.

Their importance extends beyond UVSS.

Scene cameras, OCR cameras and contextual imaging are used alongside X-ray systems to establish vehicle identity and associate the security scan with the physical vehicle.

Underbody products depend even more heavily on camera resolution and illumination because the entire inspection outcome comes from optical imaging.

The category should remain the largest hardware component even as software grows faster.

Vehicle-Scanning Softwar

Software is expected to gain share faster than hardware because image interpretation, remote analysis, automated comparison and data integration can be deployed across an installed scanner fleet.

Smiths DaiSy and Leidos' integrated border-data architecture illustrate the direction.

The strongest future platforms will aggregate images from several scanners rather than operate one machine independently.

Regional Security and Procurement Map

North America - 39.3%

North America accounted for 39.3% of 2025 market revenue, equal to US$1.03 billion, making it the largest regional market.

The United States dominates demand through CBP, defense, ports, federal facilities and critical infrastructure.

The policy environment provides unusually strong visibility into future spending.

Since 2019, CBP's NII program has received over US$2 billion, while a new 2026 acquisition forecast covers a five-year fixed portal procurement valued above US$100 million.

Rapiscan's August 2026 US$200 million relocatable-system IDIQ adds another large procurement channel.

United States

The United States represented an estimated 33.0% of global market revenue, equal to US$0.86 billion.

Its vehicle scanner market is becoming increasingly divided into low-energy passenger portals, multi-energy commercial portals, mobile scanners and rail systems.

GAO reports that CBP's passenger-vehicle scanning rate remained only 8% in FY2024, despite significant investment, indicating substantial remaining deployment opportunity.

The commercial opportunity therefore extends well beyond replacement equipment.

Europe - 25.0%

Europe accounted for an estimated US$0.66 billion in 2025.

The region combines customs inspection with a large critical-infrastructure and event-security market.

Smiths Detection provides a particularly strong European technology base, while SecureOne/UVIScan supplies under-vehicle inspection from the Netherlands.

Europe's future demand should increasingly emphasize networked image processing, mobile screening and efficient border flow.

This becomes more important as customs agencies attempt to strengthen security without increasing delays to freight moving through already congested transport corridors.

Asia-Pacific - 22.0%

Asia-Pacific represented an estimated US$0.58 billion in 2025 and remains the fastest-growing region, consistent with the current DataM page.

Regional growth is supported by airports, government facilities, ports, logistics corridors and expansion of critical infrastructure.

India provides a particularly visible UVSS opportunity.

The Technology Development Board currently highlights commercialization of Vehant Technologies' under-vehicle scanning platform, combining camera hardware and software for automatic undercarriage security inspection.

A 2026 port procurement in Kolkata requires systems integrating high-resolution color images, 3D depth information and automatic number-plate recognition.

India

India represented an estimated 6.0% of global market value, equal to US$157 million.

Demand spans ports, airports, government buildings, military facilities, refineries, power infrastructure and major private facilities.

The country's domestic security-technology manufacturing base is also strengthening.

Vehant's UVSS commercialization work demonstrates local capability beyond imported equipment.

The opportunity should grow fastest in integrated systems combining ANPR, underbody imaging and automated security gates.

Japan - High-Security Infrastructure and Customs Automation

Japan represented an estimated 3.2% of the global market in 2025, equal to US$84 million.

Its vehicle-inspection market is smaller than the U.S. but technologically demanding.

The strongest opportunity is likely to be high-throughput customs and infrastructure inspection rather than broad deployment at ordinary commercial sites.

Japanese Customs continues to invest in more advanced inspection technologies. In February 2026, Moji Customs issued procurement covering CT and 3D image-manipulation X-ray cargo inspection systems equipped with AI drug-analysis capability for delivery by March 2027. While this tender focuses on cargo rather than road-vehicle lanes specifically, it demonstrates the wider Japanese Customs transition toward AI-supported non-intrusive inspection.

This should increase demand for interoperable inspection systems capable of sharing images and risk information across different customs checkpoints.

Middle East & Africa - 8.0%

Middle East & Africa accounted for an estimated US$210 million in 2025.

The strongest demand comes from defense facilities, oil and gas sites, government compounds, airports and high-security urban developments.

Underbody systems are especially attractive because these facilities frequently inspect recurring employee, contractor and visitor vehicles.

Large port projects create an additional high-energy imaging opportunity.

Smiths Detection's Port of Tema deployment in Ghana uses HCVP scanners capable of processing 100-120 vehicles per hour and centralized data management for customs inspection.

Latin America - 5.7%

Latin America represented roughly US$149 million in 2025.

Border modernization and narcotics interdiction provide the strongest demand catalysts.

Smiths Detection currently has an El Salvador Customs project involving automatic drive-through vehicle and container portals together with a mobile high-energy system, with equipment being manufactured and delivered through 2026 and early 2027.

This project is particularly relevant because it combines permanent and mobile architectures within the same national inspection strategy.

2026 Developments Reshaping the Market

January 2026 - GAO Calls for Wider U.S. Vehicle Scanning Deployment

GAO reported that CBP's future plans omitted passenger vehicle scanning at nine southwest border crossings, including three locations representing nearly 40% of FY2024 southwest-border passenger traffic. The agency was urged to expand deployment planning.

May 2026 - Smiths Detection Advances El Salvador Border Deployment

Smiths Detection's current El Salvador program covers automatic HCVP portals plus a mobile high-energy scanner, with deliveries across 2026 and early 2027.

July 2026 - CBP Forecasts New Fixed NII Procurement

DHS published a new procurement forecast for large-scale Low-Energy and Multi-Energy Portal systems, expected to use a five-year IDIQ and valued above US$100 million.

August 2026 - Rapiscan Receives US$11 Million International Vehicle-Scanner Order

OSI Systems announced an approximately US$11 million order for Eagle M60 mobile cargo and vehicle inspection systems, together with training support.

August 2026 - Rapiscan Wins US$200 Million CBP Vehicle-Inspection IDIQ

OSI Systems received a five-year CBP contract with a ceiling of approximately US$200 million for relocatable passenger-vehicle inspection systems.

These developments make 2026 one of the clearest procurement years in the recent vehicle-scanning cycle.

Key Players

The refreshed competitive landscape includes Rapiscan Systems/OSI Systems, Leidos, Smiths Detection, SecureOne/UVIScan, Gatekeeper Security, Vehant Technologies, Bharat Electronics, Godrej & Boyce, SecuScan, International Road Dynamics and other specialist non-intrusive inspection and under-vehicle security providers.

The current DataM page highlights Bharat Electronics, UVIScan, Intelliscan, Omnitec, Godrej & Boyce, Gatekeeper Security and Infinite Technologies, while its summary also identifies Smiths Group, Rapiscan Systems and Leidos.

The global competitive market is increasingly separating into two groups: suppliers capable of delivering high-energy border and cargo inspection infrastructure, and specialists focused on UVSS and access-control vehicle screening.

Detailed Company Profiles

Rapiscan Systems / OSI Systems - Building the Broadest Mobile-to-Portal Inspection Portfolio

Rapiscan Systems has one of the widest current portfolios across cargo and vehicle inspection.

Its vehicle lineup spans mobile systems, fixed portals, gantries, trailers, rail inspection and passenger-vehicle scanners. Current platforms include Eagle M60, Eagle M60 ZBx, Eagle P60, Eagle G60, CarView, Z Portal and multiple other inspection configurations.

The Eagle M60 is particularly important to Rapiscan's mobile strategy.

It uses high-energy transmission X-ray, material discrimination and multiple operating modes and can scan vehicles up to five metres high. An optional driverless configuration is designed to reduce operating requirements.

Rapiscan also differentiates through multi-technology systems.

The Eagle M60 ZBx combines high-energy transmission with Z Backscatter technology, helping operators identify both dense cargo anomalies and organic materials such as narcotics or explosives.

The company's competitive momentum strengthened materially in August 2026.

It received an approximately US$11 million international Eagle M60 order, followed days later by a US$200 million five-year CBP IDIQ for relocatable vehicle inspection.

Rapiscan states that its broader security business has more than 100,000 systems installed, serves over 170 countries and operates 26 service centers globally.

Its strategic advantage is therefore not only image technology.

It is the ability to supply several energy levels and deployment formats while supporting large government customers over long equipment lifecycles.

Leidos - Combining VACIS Imaging with Border Data Integration

Leidos occupies a particularly strong position in government non-intrusive inspection through its VACIS product family.

The company states that it has deployed thousands of NII systems globally since 1999 for government and commercial customers.

The VACIS portfolio is structured around different checkpoint needs.

The MLX is a compact mobile high-energy X-ray platform capable of scanning 150 or more vehicles per hour in stationary portal mode.

The M6500 offers mobile scanning with dual-energy material discrimination.

The IP6500 targets high-volume cargo and truck lanes.

The XPL/MXPL specifically addresses passenger vehicles and can scan occupied vehicles while linking the X-ray with license-plate and video information.

The Easy Match functionality on XPL is strategically important because it automatically compares a vehicle with its previous scan and highlights changes.

This anticipates where the wider market is heading: difference detection instead of operator interpretation from a blank starting point.

Leidos also differentiates through systems integration.

Its U.S. CBP Multi-Energy Portal architecture combines high- and low-energy imaging with QR readers, license-plate recognition, RFID, situational-awareness cameras and interoperable DHS data interfaces.

The company's ports and borders platform extends further into enterprise software capable of consolidating scanner data and supporting AI/ML risk assessment.

Leidos therefore has a particularly strong position where the buyer wants scanner hardware integrated into an enterprise border-security architecture.

Smiths Detection - Competing on High-Throughput Portals and Connected Image Analysis

Smiths Detection maintains a broad HCV product family for vehicle and container security.

The portfolio includes HCVP drive-through portals, HCVG gantry systems, HCVM mobile scanners, HCVS stationary systems and HCVT rail inspection.

Its HCVP is a core product for high-volume border and port applications.

The system can inspect 100-120 vehicles per hour and provides penetration through roughly 230-300 mm of steel depending on configuration. Optional functionality includes organic/inorganic material identification, radioactive-material detection and OCR.

Smiths' competitive direction increasingly extends beyond the scanner.

Its DaiSy software is standard across the HCV portfolio and provides image processing, comparison functionality and configurable analyst roles.

At Ghana's Port of Tema, Smiths connected several HCVP systems to centralized data infrastructure so customs operators could pool and distribute inspection information rather than treating every scanner independently.

The company's current El Salvador Customs deployment continues that approach, combining permanent drive-through portals with mobile high-energy inspection equipment across 2026 and 2027.

Smiths is therefore positioned strongly in customers seeking high-volume physical scanning linked to centralized customs data and operator workflows.

SecureOne / UVIScan - Specializing in Underbody Inspection and Rapid Deployment

SecureOne's UVIScan business occupies a different part of the market from high-energy border scanners.

Its specialty is automated under-vehicle inspection.

This matters because many high-security facilities do not need to inspect the contents of a loaded truck.

They need to determine whether something unusual has been attached beneath a vehicle.

Current UVIScan platforms include fixed, portable and specialized configurations.

The portable UVIScan RD is designed for temporary use and events and can be deployed in around 15 minutes. Its 2025 configuration combines an under-vehicle scanning unit, high-intensity illumination, ANPR and a rugged workstation.

UVIScan systems support image comparison between current and previous inspections, which is particularly useful for recurring vehicles at military bases and critical infrastructure.

The company also offers specialized variants such as UVIScan Gamma, which integrates underbody scanning with radiation detection.

This gives SecureOne a differentiated competitive position.

Rather than competing directly with multi-MeV cargo X-ray companies, it addresses the access-control security layer where optical imaging, identity and anomaly detection matter more than penetrating dense cargo.

Strategic Takeaways

Borders Are Moving from Selective Scanning Toward Higher Scan Coverage

The U.S. trajectory illustrates the direction. Passenger and commercial scan rates remain far below full coverage, but legislation and continuing procurement are pushing agencies toward much higher percentages of vehicles screened.

Fixed Infrastructure Will Remain Largest, but Mobile Systems Will Grow Strategically

Permanent portals provide the best economics at high-volume crossings. Mobile scanners are increasingly purchased to provide geographic flexibility and faster deployment.

Software Will Gain a Larger Share of Lifecycle Value

Hardware installation creates the first transaction. Image-analysis software, remote analyst networks, maintenance and data integration can generate value over the entire scanner life.

UVSS Is Moving Toward Automated Anomaly Detection

Comparing a vehicle with its historical baseline can reduce dependence on manual image inspection and make underbody scanning suitable for high-frequency access-control environments.

Passenger Vehicle Scanning Is a Major White Space

CBP's FY2024 scan rate remained only 8% for passenger vehicles. This leaves substantial capacity expansion ahead if large land-border programs move closer to their stated scanning objectives.

The Winning System Will Integrate Several Inspection Layers

The strongest lanes increasingly combine plate recognition, X-ray, underbody imagery, radiation detection, identity records and customs information.

Throughput Will Determine Which Technologies Scale

A system that creates better imagery but halves border throughput may not win the procurement. Detection quality has to improve without creating unacceptable queues.

Market Restraints

High capital cost remains the primary constraint for high-energy systems.

The scanner itself can be only one portion of project cost.

Ports may need lane redesign, shielding, command centers, power systems, and network infrastructure.

GAO reports that these requirements have already delayed U.S. NII deployments beyond original timelines.

Radiation safety adds another requirement.

Passenger scanning needs low-dose systems designed specifically for occupied vehicles.

Vehicle throughput creates a separate operational challenge.

An alarm must be resolved quickly enough that legitimate traffic does not accumulate behind the inspection point.

False positives can therefore be expensive even when a scanner is technically sensitive.

Cybersecurity becomes more important as equipment is connected to remote analysis centers and customs databases.

Vendor dependency is another issue because government scanners can remain operational for many years and require long-term parts, calibration, software, and technical support.

Finally, smaller commercial facilities may find high-energy X-ray economically unjustified and instead choose UVSS, cameras, or manual inspection.