Understanding information flow in transformer-based language models is crucial for mechanistic interpretability. We introduce a visualization tool that extracts and represents attention patterns across model components, revealing how tokens influence each other during processing. Our tool automatically identifies and color-codes functional attention head types based on established taxonomies from recent research on indirect object identification (Wang et al., 2022), factual recall (Chughtai et al., 2024), and factual association retrieval (Geva et al., 2023). This interactive approach enables researchers to trace information propagation through transformer architectures, providing deeper insights into how these models implement reasoning and knowledge retrieval capabilities.

The rapid adoption of AI in critical industries like healthcare and legal services has highlighted the urgent need for robust risk mitigation mechanisms. While domain-specific AI agents offer efficiency, they often lack transparency and accountability, raising concerns about safety, reliability, and compliance. The stakes are high, as AI failures in these sectors can lead to catastrophic outcomes, including loss of life, legal repercussions, and significant financial and reputational damage. Current solutions, such as regulatory frameworks and quality assurance protocols, provide only partial protection against the multifaceted risks associated with AI deployment. This situation underscores the necessity for an innovative approach that combines comprehensive risk assessment with financial safeguards to ensure the responsible and secure implementation of AI technologies across high-stakes industries.

As advanced state-of-the-art models like OpenAI's o-1 series, the upcoming o-3 family, Gemini 2.0 Flash Thinking and DeepSeek display increasingly sophisticated chain-of-thought (CoT) capabilities, our safety evaluations have not yet caught up. We propose building a platform that allows us to gather systematic evaluations of AI reasoning processes to create comprehensive safety benchmarks. Our Chain of Thought Evaluation Platform (CoTEP) will help establish standards for assessing AI reasoning and ensure development of more robust, trustworthy AI systems through industry and government collaboration.

The AI Risk Management Assurance Network (AIRMAN) addresses a critical gap in AI safety: the disconnect between existing AI assurance technologies and standardized safety documentation practices. While the market shows high demand for both quality/conformity tools and observability/monitoring systems, currently used solutions operate in silos, offsetting risks of intellectual property leaks and antitrust action at the expense of risk management robustness and transparency. This fragmentation not only weakens safety practices but also exposes organizations to significant liability risks when operating without clear documentation standards and evidence of reasonable duty of care.

Our solution creates an open-source standards framework that enables collaboration and knowledge-sharing between frontier AI safety teams while protecting intellectual property and addressing antitrust concerns. By operating as an OASIS Open Project, we can provide legal protection for industry cooperation on developing integrated standards for risk management and monitoring.

The AIRMAN is unique in three ways: First, it creates a neutral, dedicated platform where competitors can collaborate on safety standards. Second, it provides technical integration layers that enable interoperability between different types of assurance tools. Third, it offers practical implementation support through templates, training programs, and mentorship systems.

The commercial viability of our solution is evidenced by strong willingness-to-pay across all major stakeholder groups for quality and conformity tools. By reducing duplication of effort in standards development and enabling economies of scale in implementation, we create clear value for participants while advancing the critical goal of AI safety.

As artificial general intelligence (AGI) systems near deployment readiness, they pose unprecedented challenges in ensuring safe, secure, and aligned operations. Without robust safety measures, AGI can pose significant risks, including misalignment with human values, malicious misuse, adversarial attacks, and data breaches.

Regain information autonomy by bringing people closer to the source of truth.