SYSTEMS AND METHODS FOR AUTONOMOUS TELEMETRY ORCHESTRATION

Smart overview of the Invention

The patent application discusses a system designed for autonomous telemetry orchestration, which involves using IoT devices to initiate and attempt transactions. The system generates unique session tokens and verifies session details through an orchestration engine by analyzing parameters such as IP address, device ID, location, operating system, and mobile number. It assesses transactions using a calculated score compared against a predefined threshold, halting suspicious transactions and issuing alerts if necessary. The system employs machine learning to adjust assessment models based on historical data and uses blockchain technology for session token management.

Technological Field

The application addresses the challenges associated with autonomous telemetry orchestration, particularly focusing on the increasing malfeasance through IoT devices. It highlights the impact of deep fake technology on security and customer trust in IoT-based transactions. The proposed solutions aim to rectify these issues using advanced technology and innovative approaches.

Key Features

The system features a telemetry orchestration engine that uses cognitive AI to analyze various data points such as geolocation, device ID, and secure authentication. Key functionalities include:

• Verification of customer location against IoT device location.
• Inspection of device IDs for unique identity verification.
• Deep analysis of IP addresses to identify potential threats.
• Implementation of robust authentication protocols.
• Secure encrypted communication via SSL.
• Restriction to one NFT per session per IoT device.
• Generation of a calculated score to evaluate transaction safety.

Benefits and Applications

The combination of these features enhances the system's ability to prevent issues, thereby building trust among customers using IoT devices for transactions. The system's adaptability through machine learning and secure token management via blockchain ensures its effectiveness and non-obviousness, making it a valuable solution for modern transaction security challenges.

Detailed Description

The detailed description of the patent emphasizes flexibility in implementation and potential for various embodiments. It outlines the terms and definitions used, such as "entity," "user," "user interface," and "authentication credentials," to clarify the system's operational context. The description also explains the concept of "operatively coupled" components and the broad scope of "interactions" within the system, ensuring a comprehensive understanding of the invention's capabilities and potential applications.