System for identifying brand risks and ensuring compliance with personal rights through AI agents in real time
Patent Information
- Application Number
- DE202025103055
- Authority / Receiving Office
- DE · DE
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2025-06-02
- Publication Date
- 2025-07-31
- Estimated Expiration
- 2035-06-30
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Abstract
Description
The present invention relates to a system for real-time monitoring compliance with personality policies by AI agents and for detecting brand risks. More particularly, it relates to systems and methods for monitoring, analyzing, and ensuring that AI agents comply with predefined personality policies in interacting with users. The invention is further concerned with real time detection and mitigation of brand risks resulting from non-compliant or improper AI responses.As AI agents and virtual assistants are increasingly being deployed in customer-oriented functions in various industries, their communication style and behavior greatly affect user perception and brand identity. Inconsistencies in tone case, personality, or context understanding, however, may result in AI interactions deviating from a company's brand personality. This discrepancy may lead to confusion, user unsatisfaction, or loss of trust in the make, particularly when the personality features exhibited by the AI are perceived as unseen, roboty, or annoying.Moreover, current AI monitoring systems often focus on functional accuracy or mood analysis, but fail to evaluate the lower level of personality conformance. These systems typically lack the ability to detect subtilous deviations in personality features, tonefall changes, or behaviors that conflict with brand-compliant personalityes. This gap makes it difficult for companies to ensure consistent, proprietary AI interactions on a large scale, particularly in real-time environments such as customer support, marketing chatbotes, and voice assistants.To overcome these challenges, there is an urgent need for a real-time system capable of continuously evaluating the behavior of AI agents based on predefined personality models and brand safety parameters. Such a system should recognize Persönlichkeitsinkongruenzen and report potential brand risks immediately so companies can take corrective action immediately. The present invention fulfills this need by introducing a comprehensive real-time compliance and risk detection system tailored to the personality of AI agents and brand standards.The object of the present disclosure is to overcome one or more problems of the prior art or at least provide a useful alternative.An object of the present disclosure is to ensure consistent brand personality throughout all AI agent communications.Another object of the present disclosure is to detect and mitigate replacement and regulatory risks in real time.Another object of the present disclosure is to enhance the trust of users by emotionally and tonally appropriate responses.Another object of the present disclosure is to support adaptive learning for continuously improving compliance accuracy.Another object of the present disclosure is to enable centralized monitoring and reporting via an intuitive dashboard.Another object of the present disclosure is to offer multimodal input compatibility for broad deployment scenarios.Another object of the present disclosure is to automate interventions and response corrections to prevent damage to trademarks.Another object of the present disclosure is to enable efficient scaling across multiple platforms and AI agents through cloud integration.Other objects and advantages of the present disclosure will become apparent from the following description, which is not intended to limit the scope of the present disclosure.The present invention relates generally to a real-time system for monitoring personality conformance of AI agents and detecting brand risks, which is operative to monitor communication of AI agents for compliance with personality features defined by the brand. It ensures that AI agents behave in the interaction with users in accordance with the sound case and the organization's behavioral policies.One embodiment of the present invention is the key feature of the system, its personality model definition module, that allows companies to create detailed personality profiles. These profiles serve as reference models to evaluate AI-generated responses with respect to tonefall, empathia, vocabulary, and structure.Another embodiment of the invention is the system that uses a real-time interaction detection module to intercept live communications from AI agents. This module supports text, audio and multimodal formats and provides continuous monitoring of all low latency AI user exchanges.Another embodiment of the invention is a personality scoring engine that employs NLP and machine learning to detect deviations from the expected persona. It marks tone shifts, improper styles, or inconsistent behaviors that could affect the trust of the users.Another embodiment of the invention is the brand risk detection module that supplements personality analysis by identifying high risk content such as malicious speech, rule violations, or malicious mis-information. It ensures that the AI remains brand-proof and reputation-proof.Another embodiment of the invention is a feedback and adaptive learning module that continuously improves the accuracy of the system by learning from marked conversations and human checks. This allows the system to adapt to emerging speech standards and brand policies over time.Another embodiment of the invention is a centralized report and dashboard module that visualizes compliance performance and displays real-time alerts, marked risks, personality scores, and historical trends. It supports decision making by brand and compliance teams.Another embodiment of the invention is the intervention and clearance control module that enables real-time corrections including withdrawal of responses, notification of moderators, or suspension of agents. This ensures immediate damage limitation before replacement damage occurs.The present invention relates to the real-time personality compliance and brand risk detection system for AI agents, comprising a modular architecture configured to monitor, evaluate, and ensure that they maintain brand-consistent personality features while detecting potential risks in real-time interactions. The system is divided into several functional modules that cooperate in a coordinated manner to provide a comprehensive conformance and risk assessment.Module for defining personality model:With this module, companies can define and configure a series of brand-specific personality features and behavioral policies for their AI agents. These may include voicefall, word dialing, sentence structure, emotional sound, humor, and empathia. The module supports importing speech rules, psychological models (e.g., OCEAN, MBTI), or custom personalias. It serves as a basic design against which all AI responses are compared.Module for Acquisition of Real-Time Interactions:This module intercepts and logs all incoming and outgoing communications between the AI agent and the end user. It supports text, audio, or multi-modal interaction streams and ensures that the data is captured in real time without latency. This live feed is then processed for further personality and risk assessment, maintaining a continuous flow of data for dynamic monitoring.Engine for Evaluating PersönlichkeitskonformitätThis kernel engine uses natural language processing (NLP) and machine learning techniques to compare AI responses to the predefined personality models. It analyzes linguistic cues, tone, mood, and interaction patterns to determine if the response matches the expected person. Each deviation is evaluated by its severity and responses outside the acceptable thresholds are marked for verification.Module for Detection of Risk of Marks:This module scans AI outputs for indicators of brand risks such as malicious speech, rule violations, mis-information, discriminative utterances, or inappropriate humor. It uses predefined risk characteristics, algorithms for detecting AI distortions and context understanding to evaluate potentially brand-damaging content. High risk output data triggers alerts or automatic intervention protocols.Module for Feedback and Adaptive Learning:This module includes continuous learning by collecting feedback from compliance employees, users, or QA testers. If false alarms or undetected violations are identified, the system learns from these cases to refine its evaluation models. Over time, this provides better compliance with the trademark standards and improved detection accuracy.Module for Report Generation and Dashboard:The system includes a central dashboard that provides real-time insight into the performance of the AI agents, personality compliance values, and brand risk incidents. It supports filtering by agent, time, location or risk level. The module also generates compliance audit reports, trend analyses, and incident heat maps to aid strategic decision making and internal checks.Intervention and Government Control Module:This module allows corrective action in real time, such as changing or retracting AI responses, notifying human precursors, or stopping the AI agent. It also allows automated moderation based on predefined rules. In addition, it supports government workflows where compliance teams can grant or reject marked conversations, thus ensuring a human in the loop framework for sensitive environments.The invention is explained again below with reference to the figure. The following shows: FIG. 1 : shows a real-time system for recognition of personality conformance and brand risks by AI agents (100).Figure 1 illustrates a real-time system for recognition of personality conformance and brand risks by AI agents (100). The operation of the real-time system for AI agent personality conformance and brand risk detection begins with the detection of live interactions between AI and users by the interaction detection module, which seamlessly intercepts all communication data in real-time. This data is immediately passed to the personality compliance scoring engine where advanced NLP and behavioral analysis algorithms analyze each AI-generated response for compliance with the predefined personality profile stored in the personality model definition module. At the same time, the brand risk detection module scans the same response to brand-destructive content, including malicious speech, mis-information, security, or voice case discourse, or discourse discontinuances. Deviations from the expected personality features or risk signals are marked and evaluated depending on severity, whereupon real-time warnings or corrective measures are triggered via the intervention and clearance control module. This module may automatically change responses, notify human moderators, or temporarily suspend operation of the AI depending on the severity of the violation. All marked interactions and scores are logged and visualized via the report and dashboard module, which provides detailed analyses, trends, and compliance audits for business teams. Moreover, the feedback and adaptive learning module continuously refines the system by involving human feedback, updating the behavioral models of the AI, and improving the accuracy of compliance and risk scores over time.
Claims
A real-time system for detecting personality conformance and brand risks by AI agents (100), comprising: a. a module for defining personality models configured to create and store one or more brand-specific personality profiles including tonefall, speech style, vocabulary, and behavioral parameters; b. a module for detecting real-time interactions configured to intercept, record, and process communication between AI agents and users over one or more channels in real-time; c. a personality conformance assessment engine configured to analyze responses of AI agents using natural language processing algorithms to detect deviations from the predefined personality profiles; d. a brand risk detection module configured to review outputs of AI agents for content representing replacement or regulatory risks, including malicious, erratic, or nonconformant speech; e. a feedback and adaptive learning module operable to involve feedback from human review to retraining compliance and risk detection models; A report and dashboard module for displaying compliance scores, tagged interactions, trend analytics, and audit protocols; and g. an intervention and clearance control module configured to perform automated or manual risk mitigation actions, such as changing responses, notifying advances, or interrupting the interaction with the AI agent.The system (100) of claim 1, wherein the personality model definition module supports importing standardized psychological frameworks including OCEAN or MBTI to control creation of personality profiles.The system (100) of claim 1, wherein the real-time interaction detection module supports multi-modal data including voice, text, and chatbot protocols.The system (100) of claim 1, wherein the personality conformance assessment engine uses pre-trained and fine-tuned machine learning models to assess mood, tonefall, and sentence structure.The system (100) of claim 1, wherein the brand risk detection module is trained to detect contextual brand threats from dynamic keyword lists and mood thresholds.The system (100) of claim 1, wherein the feedback and adaptive learning module uses both supervised learning and reinforcement learning approaches to improve future compliance accuracy.The system (100) of claim 1, wherein the report and dashboard module enables filtering risk incidents according to operators, department, timeframes, and severity.The system (100) of claim 1, wherein the intervention and clearance control module comprises configurable rule-based automation for immediate response correction or escalating.The system (100) of claim 1, further comprising a security and audit logging component configured to maintain tamper proof protocols of the flagged content and the engagement history for auditing compliance with regulations.The system (100) of claim 1, wherein all modules are integrated into a cloud-native architecture that is horizontally scalable to support concurrent monitoring of multiple AI agents on different platforms.
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