Governance in AI Agents Surveys and Experiments
DOI:
https://doi.org/10.62647/Keywords:
Autonomous AI agents, Agent governance, Human-in-the-loop (HITL), Risk management, Ethical AI, Policy enforcement, Decision transparency, Compliance monitoring, Behavioral oversight, Sandboxed simulationAbstract
The agent governance is an increasingly important domain of inquiry. Its main objective is to establish powerful checks and balances to make sure that autonomous AI agents act as planned, they comply with ethical standards, and they are in line with human and organizational interests. The field is faced with numerous complex problems: how to control these agents, how to monitor the behavior of the agents, how to ensure protection, and how to define their place in a larger social phenomenon. The people use numerous tools-strict rules, ongoing monitoring, and risk awareness to detect issues like bias or the non-adherence of the expected performance of the agents. What is the challenge? The abilities of the agents are advancing at a speed which is beyond the evolution of the current governance systems. To fill gaps in theory and the lack of sound empirical evidence, we are developing an extensive system architecture that makes governance take an active part in all stages of the AI lifecycle, and each evaluated using clear and specific criteria. The engine of our methodology includes a real-time compliance check with the ability to test in a sandbox and a bidirectional data flow, which facilitates the implementation of it on a large scale. We include multi-agent coordination, considering human and organization aspects, including organizational culture and stakeholder interest, and creating feedback loops, which start at creation and continue until system retirement. In this way we complete the gap between theory and practically viable solutions and offer the actionable solutions suitable to practice in a number of areas.
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Copyright (c) 2026 Abhas Bali, Neeraj Nair, N Sumukesh, Sivakumar B, Saswat Singh (Author)

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.











