Uzbekistan is simultaneously expanding digital government, open-data obligations, electronic procurement, corruption-risk assessment and artificial-intelligence capacity. These reforms create an opportunity to move from periodic, complaint-driven control towards continuous prevention. They also create a new governance problem: an opaque risk-scoring system can reproduce poor data, conceal institutional discretion, stigmatise innocent persons and relocate corruption from frontline officials to model design, data access and vendor procurement. This article develops TRACE-UZ, a country-adapted framework for using artificial intelligence in public oversight without delegating legal judgment to an algorithm. The framework was constructed through doctrinal and policy analysis of Uzbekistan’s anti-corruption, openness, procurement, audit and AI instruments, read alongside the OECD’s fifth-round monitoring report, the United Nations Convention against Corruption, UNESCO’s Recommendation on the Ethics of Artificial Intelligence and comparative procurement-analytics literature. TRACE-UZ contains five mutually dependent layers: Transparent data foundations; Risk analytics; Accountable human review; Civic contestability; and Evaluation and institutional learning. It connects machine-readable procurement and budget data with rules, anomaly detection, network analysis and natural-language processing, while requiring reason codes, human verification, protected reporting, appeal channels, public performance reporting and independent audit. The article proposes a phased implementation roadmap, an institutional allocation of responsibilities and a measurement architecture that separates operational accuracy from public-value outcomes. Its central claim is that artificial intelligence can strengthen integrity only when embedded in a public oversight loop: data produce risk signals; authorised humans investigate; affected persons can contest; civil society can scrutinise system performance; and verified outcomes improve both institutions and models. AI should triage risk, not determine guilt.
No takes yet. Share an insight, caveat, or question.
Aziz G. Mihliev (2026) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: