Blueprints of Agency: Compositional Machines and the New Architecture of Intelligence
A mechanism-first reading of how LLM agents assemble, test, refine, and partially learn machine designs inside a physics simulator.
A mechanism-first reading of how LLM agents assemble, test, refine, and partially learn machine designs inside a physics simulator.
LabOS shows how AI co-scientists become operationally useful only when reasoning, perception, human guidance, and selective robotics are joined into one laboratory feedback loop.
A mechanism-first reading of Lateral Tree-of-Thoughts, where the real business lesson is disciplined inference routing rather than simply spending more tokens.
Dr. Bench shows why enterprise AI evaluation must move from checking answers to auditing research workflows, source quality, topical discipline, and cost.
AIReg-Bench shows that frontier LLMs can approximate expert EU AI Act compliance judgments, but the real business value is measured triage rather than automated legal sign-off.
PTA-GRPO shows why planning only helps LLM reasoning when the plan itself becomes a measurable training target.
A mechanism-first look at GuruAgents, where the real business lesson is not LLM alpha, but the codification of investment judgement into auditable portfolio workflows.
A business-focused reading of Blind Goal-Directedness: why computer-use agents need trajectory-level judgement, not just better task completion.
LOGicalThought shows why high-assurance AI needs inspectable rule construction, not just longer prompts and better vibes.
A mechanism-first look at why wide scaling, behavior narratives, and comparative judging may matter more for computer-use agents than another heroic single rollout.