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The paradigm of Artificial Intelligence has shifted from monolithic, prompt-response models to dynamic, multi-agent autonomous systems. This "Agentic Transition" introduces a non-linear, geometric risk profile where errors cascade and amplify through interconnected agent workflows. Landmark research from Google and MIT reveals critical limitations to naive scaling: a "45% Threshold" where adding more agents to a task degrades performance if the baseline agent is already moderately competent, and a "Telephone Game" Effect where uncoordinated agent swarms amplify errors by a factor of 17.2x.

To manage these risks, a fundamental evolution from ad-hoc "prompt engineering" to the disciplined practice of Agentic Engineering is required. This involves structured methodologies like the SPARC framework (Specification, Pseudocode, Architecture, Refinement, Completion) to ensure verifiable system behavior. For safety-critical applications, the 4/δ Convergence Bound offers a mathematical guarantee for the predictability of LLM-verifier systems, allowing for precise resource budgeting. Governance must also mature, implementing architectural controls like "Circuit Breakers" as mandated by NIST SP 800-228, and adopting a Zero-Trust security model to manage Non-Human Identities and defend against vulnerabilities like "Excessive Agency." The safe and effective deployment of Agentic AI hinges not on model size, but on engineering rigor, formal verification, and robust governance.