Three generations of software have transformed the role of artificial intelligence in society. In the first, programmers wrote explicit logic. In the second, neural networks learned programs from data. In the third, large language models turn natural language itself into a programming interface. These shifts reach far beyond computer science, reshaping how societies generate knowledge, make decisions, and govern themselves. While generative adversarial networks introduced the era of deepfakes and synthetic media, large language models have added a new class of systemic risks. This report performs "mindhunting" for LLMs by applying a forensic-psychology profiling methodology to characterize AI based on documented features, e.g., hallucinations, bias and toxicity, sycophancy, fabrication and confabulation, knowledge without understanding, discontinuity and the inability to learn from experience, jagged intelligence, shortcuts and fractured representations. The resulting profile reveals an "entity" that confabulates fluently, amplifies its users' biases, possesses encyclopedic recall without causal understanding, and erodes the competence of those who depend on it. The implications extend to institutional erosion across law, academia, journalism, and democratic governance. To address these challenges, this report proposes a four-pillar framework for AI resilience: (i) cognitive sovereignty, which preserves the capacity for independent judgment, (ii) measurable control, which translates ethical commitments into enforceable standards and red lines, (iii) partial autonomy, which maintains human agency at critical decision points, and (iv) openness to guarantee transparency and accessibility (open-source, open-access, and open-data). This report is an updated and extended version of arXiv:1912.08786v1.

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