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Long-Transduction exposes long-horizon agent failures

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Long-Transduction exposes long-horizon agent failures
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// 1h agoRESEARCH PAPER

Long-Transduction exposes long-horizon agent failures

NVIDIA researchers introduce Long-Transduction, a controlled diagnostic for testing whether models can repeatedly read, mutate, and output state-dependent results across long contexts. Across open-weight models, performance fell 62.8% as context expanded from 4K to 128K, with additional losses from input-format variation and task complexity.

// ANALYSIS

Long context is not the same as reliable long-horizon execution, and this benchmark makes that gap painfully measurable.

  • –Tests arithmetic, UUID sorting, variable lookup, and table transformation across 1,440 controlled documents
  • –Stable IDs and checkpointed subtasks substantially reduce failures caused by position tracking and output drift
  • –At 128K, even the strongest tested model completed only 17.1% of documents without an error
  • –Models often preserve task structure while copying the wrong information, suggesting retrieval alignment—not basic reasoning—is the core failure
  • –Its synthetic design limits real-world conclusions, but exposes exactly the bookkeeping weaknesses agent workflows must engineer around
// TAGS
long-transductionevaluationbenchmarklong-contextagentcontext-engineeringresearch

DISCOVERED

1h ago

2026-10-02

PUBLISHED

1h ago

2026-10-02

RELEVANCE

9/ 10

AUTHOR

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