Compound AI and multi-agent systems: choose the architecture the work needs
Distinguish compound systems, controlled workflows and multi-agent coordination. A worked timing example and practical acceptance tests for enterprise architecture.
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Arguments, architectures, and practical questions about AI in organizations. Explore the writing by topic, or search for a specific question.
83 articles
Distinguish compound systems, controlled workflows and multi-agent coordination. A worked timing example and practical acceptance tests for enterprise architecture.
Keep policy versions, effective dates, permissions and approvals aligned from retrieval to action. A worked example and test plan for enterprise AI version drift.
Design AI around an owned decision and a confirmed outcome. Use a practical decision canvas, workflow example and measured expansion gates.
Understand MCP's current architecture, version compatibility, discovery and authorization, then design a controlled enterprise integration with clear action boundaries.
Neuro-symbolic AI connects learned representations with explicit structures such as rules, graphs, or planners, but the term covers multiple designs. This guide compares representative approaches and applications while examining what…
Scope an AI red-team exercise, test prompts and tool permissions, inspect destination outcomes, protect evidence, and verify fixes without mistaking a refusal for a security boundary.
Separate context, retrieval, and model adaptation, then test persistent AI memory for provenance, corrections, permissions, deletion, and useful continuity.
Evaluate AI coding assistants through bounded tasks, repository permissions, independent tests, review effort, and delivery outcomes rather than generated-code volume.
A practical guide to AI telemetry, evaluation, privacy and incident response, with a worked investigation and checks for selecting an observability platform.
Evaluate a small language model against the task, deployment constraints and cost of an accepted result, with current examples and a practical selection process.
Liquid Neural Networks (LNNs) are transforming the landscape of edge AI, offering lightweight, adaptive alternatives to traditional deep learning models. Inspired by biological neural dynamics, LNNs operate with continuous-time updates,…
Examine the evidence behind living intelligence, and evaluate where sensing, AI, and biology belong in the same system.