The development of the mobile scanner system will start from the core technology developed by GScan (TRL4). The primary focus point for the development to TRL7 will be spatial resolution improvements, mechanical stability and calibration algorithm development for the mobile purpose.
The most notable development points are:
• Develop and produce the geometrically customised and cost-optimised SiPMs.
• Develop and produce the cost-optimised Data Acquisition (DAQ) system.
• Develop and produce the mechanically more stable and higher-resolution position-sensitive Plastic Scintillator Fibre (PSF) based hodoscopes.
• Improve AI based reconstruction, tomography & material classification algorithms for mobile use.
• Develop mobile-system-specific (self)calibration algorithms.
Following a dedicated methodology, the system will be deployed in five demonstration campaigns after having integrated all enhancements during laboratory testing. This offers the chance to the end users to bring forward valuable feedback which can be integrated to further evaluate the system and set the basis for the technical partners to further fine-tune the system’s components accordingly in the future.
The CosmoPort demo methodology is aiming at:
• Initiating constructive and trustful relationships with end-users taking into account that their availability will be limited and the that the CosmoPort team will build its works on a “synthetic information” basis.
• Developing high TRL demonstrators for improved capacities of the proposed solution and enhanced interoperability and high availability requirements.
• Producing appropriate reports on the operational impact that the five realistic scenarios will demonstrate.
• Muon transmission tomography, or ART-systems, offers a unique blend of 3D imaging with atomic composition data, a capability that traditional X-rays lack.
• They utilize autonomous decision-making through machine learning, reducing the need for human interpretation, and are cloud-ready for seamless integration with the IoT.
• ART-based technologies are highly scalable, allowing for versatile applications limited only by creativity.
• With no artificial radiation source, these systems are radiation-free and easily modifiable, enabling novel uses such as mobile solutions.
• They also significantly reduce operating costs due to extended lifespan, reduced power consumption, and absence of radiation-related regulations or equipment needs.
• Safe to operate.
Milestones
Project kick-off
The requirements for a mobile scanner have been identified and the testing methodology described.
The research and development work necessary for the production of the mobile scanner has been carried out.
Mobile scanner system is commissioned and tested.
Mobile scanner system demonstrated in operational environment
Airport passenger security and random cargo checks
Random security checks at airports have become increasingly essential in the face of evolving threats to aviation safety. Muon transmission tomography, with its capacity to provide highly detailed images of luggage and cargo, offers a crucial tool for enhancing airport security. By conducting non-intrusive scans of checked and carry-on baggage, this technology enables authorities to detect hidden items of concern, such as explosives or weapons, while minimizing the inconvenience to passengers. It not only improves security but also helps maintain the smooth operation of airports, reducing delays and enhancing overall passenger experience.
Logistic centres of smaller courier companies
Muon transmission tomography holds great potential in optimizing security measures within logistic centers of smaller courier companies. This advanced imaging technology offers a non-invasive solution for screening packages and cargo, allowing for the detection of concealed contraband, hazardous materials, or threats without the need for physical inspection. By implementing muon tomography, smaller courier companies can enhance their security protocols, streamline cargo screening processes, and significantly reduce the risk of potential security breaches. This technology not only bolsters security but also ensures the efficient flow of goods, contributing to the overall success of these courier companies.
Small-scale maritime cargo checks
The security of yacht harbors is a priority, given the potential for maritime environments to be exploited for illicit activities. Muon transmission tomography can play a pivotal role in ensuring the safety and security of these harbors. By conducting non-invasive scans of vessels, this technology can identify potential security risks, such as hidden contraband or concealed weapons, promoting a safer maritime environment. By implementing such advanced imaging systems, authorities can effectively deter illegal activities and ensure the protection of both yacht owners and the surrounding community.
Optimization of the usage of stationary x-ray system
Certain concealed materials, including those wrapped in dense substances like lead, foil, and plastic, remain undetectable by conventional X-ray scanning systems. This limitation underscores the need for more advanced imaging technologies, such as muon transmission tomography, which could potentially surpass X-ray measurements. Muon transmission tomography offers the advantage of providing highly detailed 3D images of objects, rendering it a promising solution for security and inspection purposes. The technology's ability to penetrate dense materials could significantly enhance detection capabilities, making it a valuable asset in security operations where traditional X-ray systems fall short.
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