More than $500B of contraband is smuggled into the U.S. every year, yet only 2-4% of cargo is inspected. every year Vibrations Technologies automates inspection scans of every cargo container entering the U.S. to virtually eliminate smuggling. Our AI-driven acoustic technology scans the entire contents of every truck or container at 5mph, a 20X speed improvement over traditional methods. The system automatically detects concealed contraband, tampering, and trafficking with real-time alerts.
See our AI-driven cargo security system transforming inspections at ports and borders. Non-invasive, sub-30 second scans that deliver 100% visibility, instant results, and security to all cargo entering the facility
We are proud to be part of the Northeast Regional Defense Technology Hub (NORDTECH), supporting defense innovation and advancing national security technologies. Through this initiative, we contribute to strengthening the domestic microelectronics industry, enhancing supply chain resilience, and driving AI-powered cargo inspection solutions for critical infrastructure protection.
Proud member of Veteran Owned Business Project and the American Veteran Owned Business Association. VOB is a network portal of nearly 40,000 businesses owned by military veterans (VOB), active duty military, reservists, service disabled veteran owned businesses (SDVOSB).
Add a des We are proud to be part of the North Carolina Military Business Center (NCMBC) and DefTech programs, supporting national security and defense innovation. Through these partnerships, we advance AI-driven cargo inspection and border security solutions, enhancing global trade protection and supply chain resilience. cription about this item
Acoustic Resonance Technology (ART) delivers advanced, non-invasive detection and inspection solutions for securing cargo, enhancing container management, and enabling flexible system configurations. ART supports border security, maritime operations, and compliance-driven inspections, ensuring precision and efficiency without disrupting workflows or damaging cargo integrity.
ART enhances security operations by enabling touchless detection of hidden compartments, structural irregularities, and tampering. It supports rapid inspections at border crossings and maritime ports, identifying anomalies without requiring physical access or breaking seals.
ART detects material density variations and voids, providing high-accuracy results for contraband screening and human trafficking prevention. Its capability to analyze both metallic and non-metallic substances allows identification of organic materials, such as narcotics and trafficked humans that traditional systems may overlook.
With real-time feedback, ART facilitates immediate identification of security risks, enabling faster decision-making and reducing reliance on manual inspections. It also generates audit-ready data logs, ensuring compliance with regulatory requirements while improving accountability.
ART streamlines cargo processing by verifying shipment accuracy and assessing structural integrity without physical contact. It scans containers for tampering, voids, and weaknesses, supporting compliance with customs and transportation regulations.
By validating cargo contents against manifests, ART reduces risks tied to mislabeling, smuggling, or compliance violations. Its automated logging capabilities provide detailed records, simplifying audits and regulatory reviews while maintaining chain-of-custody integrity.
ART reduces inspection delays and operational costs by replacing manual checks with efficient, non-invasive scans. It improves accuracy, preserves seals, and ensures compliance while seamlessly integrating with data systems for reporting and oversight.
ART adapts to high-traffic environments with modular configurations and portable designs, enabling flexible deployments across permanent checkpoints, seaports, and remote inspection sites. Multi-lane systems handle simultaneous inspections, minimizing delays during peak periods and supporting scalability as traffic demands grow.
Mobile units provide rapid setup for temporary checkpoints and emergency deployments. Portable configurations operate independently, making them ideal for off-grid or temporary locations without extensive infrastructure.
ART’s modular design supports cost-effective scalability while integrating advanced features for data management and compliance reporting. Whether deployed in fixed installations or mobile units, ART ensures adaptable, future-ready performance in dynamic security environments.
Our advanced vibration detection and monitoring technologies deliver non-invasive, real-time assessment capabilities designed for security applications, infrastructure protection, and construction safety. These systems integrate seamlessly into facility security frameworks, infrastructure monitoring programs, and compliance-driven safety processes, enabling precise evaluations without disrupting workflows or compromising structural integrity.
Enhance security with vibration detection technologies that identify unauthorized access, tampering, and environmental disturbances before they escalate.
These systems analyze vibration patterns to detect forced entry attempts, structural compromise, or suspicious activity, providing a critical layer of defense for sensitive environments.
By delivering real-time alerts and automated reporting, vibration detection systems allow security teams to respond swiftly to potential threats. Integrated directly into existing security infrastructures, these technologies ensure continuous protection while maintaining compliance with industry safety standards. Their ability to operate non-invasively makes them ideal for safeguarding government facilities, data centers, and sensitive storage areas, offering both proactive monitoring and forensic-level data capture.
Ensure the safety and stability of critical infrastructure with vibration analysis technologies designed for structural evaluation, construction monitoring, and long-term asset protection. These systems assess vibrations caused by heavy machinery, traffic loads, and environmental factors, providing detailed insights to prevent damage and minimize risk.
By delivering early warnings of excessive vibrations or structural fatigue, these technologies enable corrective actions before failures occur. They support compliance with building codes, engineering standards, and safety regulations, protecting bridges, tunnels, buildings, and industrial facilities during both construction and operation.
With continuous data collection and automated reporting, vibration monitoring systems extend asset lifespans, reduce downtime, and demonstrate a proactive commitment to public safety and infrastructure resilience.
Drive innovation with vibration technologies designed for custom applications and specialized environments. Focused on advancing detection accuracy and structural analysis, these solutions provide customizable configurations to meet unique operational demands.
Through collaborative partnerships and industry research, these systems evolve to address emerging challenges in security, construction monitoring, and infrastructure diagnostics. The ability to adapt to dynamic conditions ensures ongoing compliance, long-term performance, and improved reliability across high-risk environments.
Co-Founder. Service-disabled veteran and counterterrorism expert
Co-Founder. Cybersecurity strategist with 23 years of experience
PhD, Advisor. Inventor and AI expert
Advisor. Law enforcement expert specializing in human trafficking and smuggling
Integrating Vibration Monitoring Technologies with Existing Methods (A Summarization of Original Paper) Shane Molinari, Vibrations Technologies & Leonardo Soto, Detective, New Haven
A Comprehensive Two-Part Analysis of Operational, Intellectual Property, and Application Impacts (Summary Version) Paul Hinds & Shane Molinari 1 Abstract This study
Abstract This paper presents a novel integrated vibration detection and alarm system designed to enhance security, efficiency, and operational resilience in industrial
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