Apodex-1.0: Verification as an Intrinsic Team Behavior
How a unified runtime hosts research, coding, and proof workloads while a team structure pushes beyond the reliability ceiling of a single agent.
9 FIELD NOTES
Paper-driven field notes on agents, evaluation, and self-improving harnesses. Read for the mechanism, not the leaderboard.
From context search and workflow evolution to joint optimization of weights and harnesses: what does recursive self-improvement actually optimize?
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How a unified runtime hosts research, coding, and proof workloads while a team structure pushes beyond the reliability ceiling of a single agent.
Why scalar scores are insufficient, and how structured criteria connect evaluation, reward modeling, and inference-time control.
A unified recipe for task synthesis, context compression, and asynchronous RL across models from 2B to 35B.
Rubrics move from post-hoc grading to generating criteria, checking actions, and triggering retries at ReAct branch points.
Local checks audit each step while global checks audit the evidence chain, turning more interactions into a more reliable research process.
Verification at data synthesis, trajectory construction, and test-time scaling blocks error propagation throughout the system.
Search-augmented dynamic rules and discriminative filtering keep reward signals useful for open-ended long-form research.
Interactive depth becomes an independent scaling dimension, exposing how long ReAct trajectories translate tool use into capability.
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