This project is an implementation/extension of the Alternus Vera Research Project supervised by Dr. Ali Arsanjani. It focuses on the AI4Good mission of identifying and mitigating digital misinformation and disinformation through advanced techniques such as Veracity Vectors and Truthness Tensors.
For more details on the core methodology, visit Alternus Vera or theLiarMP4 Repository.
The liarMP4 project investigates the efficacy of Generative AI (GenAI) systems in detecting "contextual malformation" in video content, as opposed to traditional Predictive AI (PredAI) which focuses on metadata and engagement velocity.
While traditional content moderation relies on scalar probabilities derived from tabular data (account age, keyword triggers), this research proposes a Fractal Chain-of-Thought methodology. This approach utilizes Multimodal Large Language Models to analyze the semantic dissonance between visual evidence, audio waveforms, and textual claims.
The system generates Veracity Vectors, multi-dimensional scores representing Visual Integrity, Audio Integrity, and Cross-Modal Alignment—outputting data in a strict Token-Oriented Object Notation (TOON) schema.
The liarMP4 factuality pipeline is orchestrated using a highly scalable Multi-Agentic Architecture designed natively around Google's Agent Development Kit (ADK) and the A2A JSON-RPC Protocol.
This allows us to decouple complex multimodal reasoning into specialized agents capable of cross-communicating:
By standardizing on the A2A protocol, the system dynamically shifts configuration parameters (Prompt Personas, Reasoning Methods, Base Models) during live execution. This empowers our automated "Hill Climbing" Verification system—where human-verified Ground Truth records are continuously re-queued through the agents to benchmark and mathematically optimize the most accurate agentic configurations.
This project is containerized to ensure reproducibility.
Clone the repository:
git clone https://github.com/DevKlim/LiarMP4.git
cd LiarMP4/liarMP4
Build and run the containerized environment:
docker-compose up --build
The system will initialize the backend services, mount the A2A endpoints, and expose the UI for the analysis pipeline.
Project Attribution: This work was developed as part of the Alternus Vera Research Project, focusing on AI4Good: Misinformation & Disinformation Detection, Ranking, and Mitigation. This project was conducted under the supervision of Dr. Ali Arsanjani.
Project Website:alternusvera.com Core Codebase:GitHub: DevKlim/LiarMP4
If you use this work academically or integrate it into your systems, please consider citing the core Alternus Vera project:
@misc{arsanjani_alternusvera,
author = {Arsanjani, Ali and others},
title = {Alternus Vera: A Research Project for LiarMP4 Detecting Contextual Malformation with Fractal Chain of Thought},
year = {2024},
publisher = {Alternus Vera Research Group},
url = {https://alternusvera.com},
note = {Core codebase: https://github.com/DevKlim/LiarMP4}
}
This research project is open-source. Please refer to the LICENSE file in the repository for specific terms regarding usage and distribution.
This project is an implementation/extension of the Alternus Vera Research Project supervised by Dr. Ali Arsanjani. It focuses on the AI4Good mission of identifying and mitigating digital misinformation and disinformation through advanced techniques such as Veracity Vectors and Truthness Tensors.
For more details on the core methodology, visit Alternus Vera or theLiarMP4 Repository.
The liarMP4 project investigates the efficacy of Generative AI (GenAI) systems in detecting "contextual malformation" in video content, as opposed to traditional Predictive AI (PredAI) which focuses on metadata and engagement velocity.
While traditional content moderation relies on scalar probabilities derived from tabular data (account age, keyword triggers), this research proposes a Fractal Chain-of-Thought methodology. This approach utilizes Multimodal Large Language Models to analyze the semantic dissonance between visual evidence, audio waveforms, and textual claims.
The system generates Veracity Vectors, multi-dimensional scores representing Visual Integrity, Audio Integrity, and Cross-Modal Alignment—outputting data in a strict Token-Oriented Object Notation (TOON) schema.
The liarMP4 factuality pipeline is orchestrated using a highly scalable Multi-Agentic Architecture designed natively around Google's Agent Development Kit (ADK) and the A2A JSON-RPC Protocol.
This allows us to decouple complex multimodal reasoning into specialized agents capable of cross-communicating:
By standardizing on the A2A protocol, the system dynamically shifts configuration parameters (Prompt Personas, Reasoning Methods, Base Models) during live execution. This empowers our automated "Hill Climbing" Verification system—where human-verified Ground Truth records are continuously re-queued through the agents to benchmark and mathematically optimize the most accurate agentic configurations.
This project is containerized to ensure reproducibility.
Clone the repository:
git clone https://github.com/DevKlim/LiarMP4.git
cd LiarMP4/liarMP4
Build and run the containerized environment:
docker-compose up --build
The system will initialize the backend services, mount the A2A endpoints, and expose the UI for the analysis pipeline.
Project Attribution: This work was developed as part of the Alternus Vera Research Project, focusing on AI4Good: Misinformation & Disinformation Detection, Ranking, and Mitigation. This project was conducted under the supervision of Dr. Ali Arsanjani.
Project Website:alternusvera.com Core Codebase:GitHub: DevKlim/LiarMP4
If you use this work academically or integrate it into your systems, please consider citing the core Alternus Vera project:
@misc{arsanjani_alternusvera,
author = {Arsanjani, Ali and others},
title = {Alternus Vera: A Research Project for LiarMP4 Detecting Contextual Malformation with Fractal Chain of Thought},
year = {2024},
publisher = {Alternus Vera Research Group},
url = {https://alternusvera.com},
note = {Core codebase: https://github.com/DevKlim/LiarMP4}
}
This research project is open-source. Please refer to the LICENSE file in the repository for specific terms regarding usage and distribution.