A Zero-Trust Approach to Autonomic Swarm Security, Resilience, and Safety

A research paper co-authored with TII's Secure Systems Research Centre, drawing the distinction between autonomic and autonomous systems and arguing that zero-trust principles, originally developed for enterprise network security, can be adapted to govern multi-agent swarm systems where individual agents may be compromised, resource-constrained, or operating with incomplete information.

The autonomic-versus-autonomous distinction matters. The agentic AI conversation is currently circling back toward it, often without realizing the term already has a working history in IBM's autonomic computing initiative and in network self-management research. This paper plants a flag in that older lineage and connects it forward to swarm robotics and distributed AI applications.

Read at TII: https://files-prod.tii.ae/static/publications/IO-230049-TII-SSRS-v2.2.pdf

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How AIX might be ushering in a new AI control paradigm, with interesting agentic safety implications

How AIX might be ushering in a new AI control paradigm, with interesting agentic safety implications

Unpacking how recent progress in scaling active inference is already demonstrating real improvements for distributed control systems in energy management, quantum computing, and autonomous fleet management. Early days, but it could impact the future of more capable, safer autonomous and agentic systems. https://diginomica.com/how-aix-might-be-ushering-new-ai-control-paradigm-interesting-agentic-safety-inplications

By George Lawton