INTELLIGENCE BRIEFING: ASTRA Framework Reveals Critical Gaps in Global AI Safety — India-Specific Risks Demand New Governance Paradigm

flat color political map, clean cartographic style, muted earth tones, no 3D effects, geographic clarity, professional map illustration, minimal ornamentation, clear typography, restrained color coding, Flat 2D political map of India, matte surface with fine engraved boundaries, subtle gradient washes in ochre, slate, and indigo marking regions of linguistic exclusion, caste-based algorithmic bias, and digital fragility, glowing crimson fault lines tracing high-risk corridors, thin annotation lines in graphite pointing to 37 labeled micro-regions corresponding to ASTRA’s risk ontology, top-down flat lighting, clinical yet tense atmosphere [Nano Banana]
Past efforts to globalize risk frameworks often assumed homogeneity in vulnerability; the result was systemic blind spots that only became visible after institutional harm had taken root. ASTRA’s taxonomy, grounded in India’s social architecture, suggests a similar pattern may now be emerging in AI governance—where design indifference, not malice, creates enduring exclusion.
INTELLIGENCE BRIEFING: ASTRA Framework Reveals Critical Gaps in Global AI Safety — India-Specific Risks Demand New Governance Paradigm Executive Summary: A groundbreaking AI safety framework—ASTRA—exposes the inadequacy of Western-centric AI risk models in addressing India’s unique socio-technical challenges. With 1.5 billion people, a vast informal economy, and deep structural inequities, India faces AI hazards rooted in caste discrimination, linguistic exclusion, and rural digital fragility. ASTRA introduces a tripartite causal taxonomy and a living ontology of 37 risk classes, establishing a scalable foundation for adaptive, context-aware regulation in high-impact sectors like education and finance. This is not just an Indian issue—it’s a blueprint for Global South AI governance. Primary Indicators: - India's AI risks are structurally distinct due to caste-based discrimination - Linguistic exclusion threatens vernacular-speaking populations in AI systems - Rural infrastructure deficits amplify AI failures in low-connectivity zones - Existing global AI safety frameworks lack contextual sensitivity to informal economies - ASTRA introduces a bottom-up, empirically grounded risk taxonomy with 37 leaf-level classes - Risks are categorized by timing (development, deployment, usage), agency (system/user), and intent (intentional/unintentional) - Two meta-categories—Social Risks and Frontier/Socio-Structural Risks—form the core ontology - Initial focus on Education and Financial Lending sectors enables scalable regulatory application Recommended Actions: - Adopt ASTRA as a foundational model for India’s national AI regulatory sandbox - Integrate caste and language sensitivity into AI design standards - Develop real-time risk monitoring dashboards using ASTRA’s ontology - Expand ASTRA’s validation to healthcare and public service delivery sectors - Establish a multistakeholder governance council to maintain the 'living' database - Support arXivLabs-style open collaboration for Global South AI safety innovation Risk Assessment: The absence of context-aware AI safety frameworks in India is not a technical gap—it is a systemic vulnerability. Without intervention, AI systems will entrench caste hierarchies, silence non-English speakers, and fail millions in remote regions. ASTRA reveals that over 30 distinct risk pathways emerge not from malice, but from design indifference. These are silent failures, unfolding in real time. The window to shape AI governance in alignment with India’s social fabric is narrowing. To delay is to delegate fate to algorithms trained on foreign assumptions. The future of equitable AI does not reside in Silicon Valley—it is being coded now, in the villages and vernaculars of India. Heed this warning: the architecture of inclusion must precede the architecture of intelligence. —Sir Edward Pemberton