Amazon

In a short narrative, please describe your technology/product or solution.

At Polytron, we have developed a special-purpose camera (PATENT-PROTECTED) for digital twin to operate in REAL-TIME (LIVE 3D™), creating immersive, interactive real-time digital twin.

We merge various video feeds from

Polytron.AI⁠

cameras using an advanced fusion technique to create a unified 3D scene reconstruction, thus facilitating the creation of a real-time, immersive LIVE 3D experience.

Stitching video textures into 3D virtual tours involves the process of integrating video content onto 3D models to create immersive experiences. The use of 3D models in virtual tours allows for a more realistic and compelling presentation of properties, products, or environments, enhancing the overall user experience, and conveying a more visceral sense of “being there” while navigating in 3D Tour.This represents a groundbreaking advancement, unmatched by any current virtual tour technology available.

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An example of a LIVE 3D Interactive Scene is demonstrated as follows.

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With the Polytron LIVE 3D™ Camera, the era of limiting virtual tours to pre-scanned, static 2D imagery is over. We present to you a dynamic canvas of the world as it unfolds, enabling you to immerse yourself and navigate in real-time within an accurately modeled 3D environment. Our groundbreaking technology intricately stitches live video feeds directly onto the surfaces of a geometrically precise 3D mesh model, transforming them into video textures that animate the scene with real-world dynamics. This innovation isn't merely a new lens through which to view the world — it's a completely new way to experience and interact with it. Step into the vanguard of virtual exploration with us, where each tour becomes a LIVE, interactive event, and every moment unfolds a fresh discovery, brought to life within the spatial fidelity of a meticulously crafted 3D scene.

As you navigate the 3D space, whether indoor or outdoor, you will be presented with a real-time view of the surroundings. This immersive technology allows users to interact with the environment virtually, providing a comprehensive understanding of the location.

Why should Amazon build the product?

With the Polytron LIVE 3D™ Camera, the era of limiting virtual tours to pre-scanned, static 2D imagery is over. We present to you a dynamic canvas of the world as it unfolds, enabling you to immerse yourself and navigate in real-time within an accurately modeled 3D environment. Our groundbreaking technology intricately stitches live video feeds directly onto the surfaces of a geometrically precise 3D mesh model, transforming them into video textures that animate the scene with real-world dynamics. This innovation isn't merely a new lens through which to view the world — it's a completely new way to experience and interact with it. Step into the vanguard of virtual exploration with us, where each tour becomes a LIVE, interactive event, and every moment unfolds a fresh discovery, brought to life within the spatial fidelity of a meticulously crafted 3D scene.

And this unique patented LIVE 3D Web-based Virtual Tour can also be applicable to security and surveillance, as demonstrated below. We deployed an AUTONOMOUS AI Virtual Patrol Guard

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The advent of autonomous software agents designed to perform security and patrolling tasks in virtual spaces is significantly transforming the security and surveillance landscape. Here are some key ways in which these VIRTUAL SECURITY GUARDS are making an impact:

Continuous Monitoring: Unlike human security personnel who require breaks and shifts, an autonomous software agent can operate around the clock without fatigue. This continuous monitoring ensures that facilities, employee safety, equipments, floor management, servers, and other valuable assets, are under constant surveillance, reducing the window of opportunity for security breaches.

Scalability: Software agents can be deployed at scale across multiple virtual environments simultaneously, at any FOXCONN sites worldwide. It's a software solution, no deployment of humans needed. This scalability allows FOXCONN to enhance their security measures without the need to hire additional personnel, making it a cost-effective solution for expanding surveillance coverage.

Real-Time Threat Detection: These agents can detect anomalies and potential threats in real time. Using machine learning and pattern recognition, they can identify unusual activities that may signify a security breach, such as un-authorised access attempts or suspicious behaviours. Immediate detection allows for quicker responses, potentially mitigating damages.

Automated Response: Beyond just monitoring and detection, our autonomous agents are equipped with the capability to respond to threats automatically. For instance, they can isolate infected areas, revoke access privileges, or initiate backup protocols without human intervention, thus speeding up the response time and reducing human error.

Data Analysis and Forensics: Autonomous software agents can also collect and analyze data on security incidents, providing insights that can be used to strengthen future security measures and enhance employee training, raising awareness. This CONTINUOUS learning process allows them to adapt to new threats and improve their detection algorithms over time.

Cost Efficiency: By automating routine surveillance tasks, FOXCONN can reduce the manpower required for monitoring virtual spaces, thereby decreasing operational costs. Additionally, the reduction in security breaches can lead to significant savings in potential losses and recovery costs.

Integration with Physical Security: In a complex and hybrid environments such as Foxconn Factories where physical and virtual security are both critical, autonomous agents can integrate with physical security systems (IOTs, Sensors, Conventional CCTV etc) to provide a comprehensive security overview. For example, a breach in virtual security could trigger physical alerts, ensuring a coordinated response across both domains.

These autonomous agents represent a shift from reactive to proactive security measures in virtual spaces. By leveraging advanced technologies such as AI and machine learning, they not only enhance the effectiveness of security operations but also help in adapting to the increasingly sophisticated landscape of cyber threats and the growing importance of AI. This evolution is critical as businesses and institutions become more dependent on digital infrastructures and as the nature and scope of threats continue to evolve.

It is a whole new world. AI Agent-based Autonomous Virtual Patrol is multi-modal, i.e. they understand text, images, and videos like a human comprehends different forms of intelligence. It will be omni-present, from the cloud to your mobile device, desktop, and edge devices like your 360-degree camera.

AMAZON