IN Brief:
- ClanTect will supply six human-presence detection systems for state border-security operations.
- The technology combines sensitive vibration measurement with signal processing to detect concealed people.
- The award is ClanTect's first significant contract since Image Scan acquired the company in August.
Image Scan Holdings has secured the first significant ClanTect contract since acquiring the business in August, with six human-presence detection systems ordered for state border-security operations in Eurasia.
Image Scan Holdings says the systems are designed to detect people concealed inside vehicles, trucks, and trailers using sensitive vibration sensing and proprietary signal-processing technology. The award provides an early commercial test of the company’s strategy for adding ClanTect’s technology to its established international security sales network.
The customer, country, and contract value have not been disclosed. Image Scan has also classified the announcement as non-regulatory, stating that the order is not considered material enough to change management’s expectations for the company’s financial performance. The significance therefore lies more in the first post-acquisition deployment than in the disclosed scale of the order.
Image Scan completed its acquisition of ClanTect in August. The transaction added human-presence detection to a group whose 3DX-Ray business is centred on portable X-ray inspection equipment for security, defence, explosive-ordnance-disposal, and industrial applications.
The two sensing methods address different questions. X-ray equipment is used to examine the contents or internal structure of an object, while ClanTect’s technology is designed specifically to determine whether a person is concealed inside a vehicle or enclosed space. That creates an adjacent capability for border crossings, ports, prisons, and other controlled locations where operators may need to screen vehicles quickly.
ClanTect’s system detects the small vibrations generated by a person inside a stationary vehicle. Environmental sensing and signal processing are then used to separate those movements from external vibration caused by surrounding activity. The effectiveness of the system therefore depends not simply on sensor sensitivity, but on the software’s ability to distinguish relevant movement from background noise.
The latest product incorporates wireless sensor technology. Image Scan says this allows more than one vehicle to be screened at the same time, increasing potential throughput at border checkpoints and other security locations where inspection speed can be almost as important as detection performance.
That operational requirement is significant. A security system that produces excessive false alarms or requires lengthy preparation can slow a checkpoint enough to create congestion and pressure operators to reduce its use. Human-presence detection therefore has to balance sensitivity against the practical need to screen large numbers of vehicles without unnecessarily escalating every inspection.
Wireless operation also removes some of the physical cabling around an inspection lane, but it introduces different engineering requirements. Sensors need reliable communications, power management, robust pairing with the correct vehicle, and procedures to prevent data from simultaneous inspections being mixed. Those considerations become more important as several vehicles are processed in parallel.
The acquisition was intended to give ClanTect access to a broader commercial structure. Image Scan bought the entire issued share capital from its founders and University of Southampton Holdings, with total consideration expected to be approximately £0.9 million to £1 million including deferred and contingent payments.
ClanTect was relatively small before the transaction, making access to an established international sales channel one of the clearer reasons for bringing the businesses together. Image Scan’s existing customers and distributors already work in security environments where concealed-person detection can complement X-ray equipment rather than compete with it.
The first six-system order provides evidence that the enlarged group can begin selling the technology, but it is too early to infer a large rollout. No follow-on quantities, additional sites, or programme value have been announced, while the customer’s identity remains confidential.
The next question is whether the Eurasian deployment produces repeat demand. Border-security systems typically become more valuable commercially when an initial installation leads to deployment across multiple checkpoints or agencies, because training, spares, software support, and maintenance can then be standardised across a larger installed base.
Product support will also test the integration of ClanTect into Image Scan. A vibration-based detection system requires different technical expertise from portable X-ray equipment, particularly in sensor calibration, environmental noise analysis, wireless communications, and signal-processing software. Expanding sales without retaining that specialist knowledge would undermine the capability that motivated the acquisition.
The contract therefore represents a modest but useful first milestone. Image Scan has moved from acquiring ClanTect to securing an external deployment within weeks, while the latest wireless system adds a practical route to higher checkpoint throughput. The more important measure will come after installation: whether the equipment performs reliably enough in real border conditions to turn an initial six-system order into a repeatable security product line.
