Frequently Asked Questions

SCANU is a patented AI analytical engine developed by zuMedia Inc. that turns everyday materials into passive threat detection systems. It combines embedded sensors with advanced pattern recognition software to detect weapons, explosives, and other threats in real time while remaining invisible to users.

The core patent is U.S. Patent No. 12,436,231 ("Sensor Enhanced Wall Covering"), granted October 7, 2025. It covers embedding sensor arrays into flexible materials like wallpaper and connecting them to the SCANU software for threat analysis.

Thin sensor arrays using mmWave, THz, IR, and other detection methods are embedded into materials during manufacturing or as a layer. They passively collect environmental data on shapes, density, and electromagnetic signatures without emitting strong signals.

It processes raw sensor data in real time using proprietary AI algorithms. It distinguishes real threats from benign objects with 99% accuracy and under 1% false positives.

SCANU achieves 99% detection accuracy with less than 1% false positives, thanks to its advanced pattern recognition that cross-references against threat models.

It is fully passive. Sensors collect data without emitting beams or signals that could affect privacy or health, making it discreet and safe for continuous use.

It triggers silent alarms, automated containment protocols, or other configured responses without causing panic or alerting the threat.

Yes. It can be applied as wallpaper, tiles, carpets, or overlays on walls, floors, ceilings, and other surfaces during renovation or new construction.

No. It operates completely passively and invisibly — no buttons, no visible hardware, and no disruption to daily activities.

Wallpaper, wall coverings, tiles, carpets, textiles, floor finishes, windows, rooftops, vehicle interiors, tactical gear, streets, sidewalks, and more.

Yes. Embedded in walls, floors, ceilings, and windows, it provides passive protection against weapons in classrooms, hallways, and common areas while maintaining a normal learning environment.

It turns walls, floors, and ceilings into intelligent scanning surfaces that detect threats discreetly and alert authorities silently if needed.

Yes. It embeds into headliners, dashboards, and door panels to provide continuous mobile threat detection for families and fleets.

Yes. Large-scale integration into walls, floors, and seating areas enables passive crowd monitoring and threat detection without visible security equipment.

It embeds into vests, uniforms, and equipment to give first responders real-time, discreet awareness of nearby threats.

Yes. It supports physical checkpoint scanning and digital vetting extensions for enhanced, privacy-preserving threat assessment.

For telephony and access control, SCANU intercepts calls or gate requests before any ring or buzz. It emits one short non-verbal beep, then requires validation via one-time DTMF code or voice recognition. Only successful validation allows the call to ring or the gate to unlock.

Unwanted callers hear only the beep and must enter a valid code or speak a recognized phrase. Invalid attempts are terminated silently — no ring reaches you.

Yes. The analytical engine can be adapted to detect health-related anomalies or safety issues in care facilities and personal environments.

Yes. Integration into buildings, streets, and systems provides passive monitoring for threats in power plants, transportation hubs, and other high-value sites.

Yes. It can protect individual units, common areas, and entry points (intercoms/gates) with unified threat detection and access control.

Yes. The sensor arrays and AI engine identify signatures consistent with explosives and other dangerous materials.

Integration into sidewalks, streets, and building facades creates ground-level and large-scale passive protection across cities.

No. The core engine adapts to digital signals and hybrid scenarios.

Yes. The modular design allows the same engine to power threat detection, silent alarms, access control, and other functions simultaneously.

SCANU is designed for passive, localized processing. Alerts and responses can be configured with strong privacy controls; raw data is not constantly transmitted.

It is engineered for low-power, continuous operation, making it practical for large-scale or embedded installations.

No. Many implementations use roll-based or modular materials similar to standard wallpaper or flooring, allowing straightforward integration during construction or renovation.

Yes. Overlays, replacement materials, or targeted panels make retrofitting feasible in homes, offices, and public buildings.

It can operate locally for core detection, with optional secure connectivity for alerts and updates.

Advanced pattern recognition and continuous learning allow it to differentiate threats from everyday items with very low false positive rates.

Yes. System owners can configure alert levels, silent vs. audible responses, and integration with existing security infrastructure.

Certain implementations (e.g., streets, sidewalks, exterior panels) are designed for outdoor durability.

The modular engine scales from single rooms to entire buildings, vehicles, or city-wide infrastructure through networked sensor layers.

Minimal. Embedded sensors and software are designed for long-term, low-maintenance operation with remote updates where applicable.

It includes the foundational patent plus numerous continuations and continuation-in-part applications covering extensions to new materials, surfaces, textiles, vehicles, medical diagnostics, threat detection across all possible categories, access control, border applications, telephony and related communications, digital safety, and more.

SCANU was invented by Phyllis Jager, Barry Terach, Mark Cuban, and team zuMedia Inc., with additional contributions recognized in the patent filings.

In response to rising gun violence, medical need, scam calls, and the limitations of traditional overt security systems that disrupt daily life.

Yes. The AI engine supports updates to threat models, allowing adaptation to emerging risks without replacing hardware.

No. While threat detection is central, the analytical platform supports safety monitoring, access control, and other intelligent surface applications.

Unlike bulky, active scanners that require queues and disrupt flow, SCANU is passive, invisible, and provides continuous coverage without user interaction.

Yes. It is designed to complement or enhance cameras, alarms, and access control platforms through silent alerts and data sharing.

Its ability to embed intelligence directly into everyday materials while maintaining high accuracy and discretion sets it apart from visible or reactive security solutions.

Families, schools, businesses, first responders, property managers, governments, transportation providers, and anyone seeking discreet, always-on protection.

To make intelligent, passive protection ubiquitous by turning the surfaces and systems we already use into a comprehensive, invisible safety layer — delivering universal peace of mind across physical and digital environments.