Skill Issue or System Design? How LLMs Actually Follow Instructions
A practical reading of why LLM instruction-following looks less like one universal compliance switch and more like coordination among task-specific skills.
A practical reading of why LLM instruction-following looks less like one universal compliance switch and more like coordination among task-specific skills.
A clearer look at why dynamic data weighting may matter less as a magic shortcut than as a new control layer for LLM training economics.
MemMachine shows why useful AI-agent memory is less about compressing chat history and more about preserving auditable episodes, retrieving them well, and knowing when retrieval should become a reasoning process.
ANX shows why enterprise agents may need protocol-level interaction design more than larger prompts, richer tool schemas, or screen-mimicking automation.
A mechanism-first reading of QED-Nano shows why small theorem-proving models need more than long thinking: they need curated proof data, rubric rewards, scaffold-aware RL, and disciplined test-time compute.
A research-backed look at why AI assistance can improve immediate task performance while weakening later independent performance, persistence, and capability formation.
A mechanism-first reading of why formal AI safety verification hits an information-theoretic ceiling, and why serious assurance must move toward instance-level certificates.
A mechanism-first reading of AI Trust OS, showing why enterprise AI governance is moving from human attestation to telemetry-backed control evidence.
A practical diagnostic framework for separating real adaptive-model learning from dataset shifts, forgotten knowledge, and convenient evaluation luck.
A mechanism-first reading of AgentHazard, and why enterprise AI safety has to move from prompt refusal to trajectory-level execution governance.