New paperActionRAG: graph memory for LLM agents

Reasoning, evaluation
and learning

Our research spans multi-step reasoning, long-horizon planning and reinforcement learning, with evaluation grounded in verified outcomes

Results on public benchmarks

DABstep

Hugging Face and Adyen · 450 multi-step tasks on real financial data

93.78%

Overall accuracy · 94.44% on the hard set

Leaderboard as of July 2026
  1. Actioneer v0.593.78%
  2. Nvidia KGMON89.56%
  3. Microsoft 365 Copilot68%
  4. Sphinx AI65.56%
  5. Google DS-Star52%

KramaBench

78.8%

  1. Actioneer78.8%
  2. Claude Code66.3%

DA Bench

UC Berkeley and PromptQL

72%

  1. Actioneer72%
  2. Next-ranked system65.5%

Publications

ACML 2026

ActionRAG: Evidence-Refining Graph Diffusion for Long-Term Memory in LLM Agents

Navyansh Mahla, Sashank Vandrangi · Actioneer

A graph memory for long-running LLM agents. ActionRAG indexes cautiously, keeping provenance and reconciling conflicting facts as it writes, then refines evidence at query time with local graph diffusion across two retrieval channels.

MemoryAgentBench average
55.1±0.9 · HippoRAG-v2 scores 49.7
Median retrieval latency
95.5 ms414 ms at p99
Cost per query
≤ $0.00116Across the reported columns
Deterministic MemoryAgentBench columnsActionRAGHippoRAG-v2
ColumnComparisonActionRAGHippoRAG-v2
SH-DocQA77.076.0
MH-DocQA63.066.0
EventQA77.167.6
MCC82.061.4
Recom18.210.2
Detective QA46.757.7
FC-SH61.354.0
FC-MH15.55.0

Scores as reported in the paper, which finds ActionRAG highest among retrieval-based memory agents on six of the eight columns.

Research agenda

  1. Know

    Caller classification

    Telling a customer apart from an AI assistant or a synthetic voice within the first seconds of an 8 kHz phone call, across the languages we support

  2. Act

    Planning over weeks

    Planning calls and messages over weeks using data from core banking, policy and pharmacy systems. DABstep measures the multi-step data reasoning this depends on

  3. Measure

    Deterministic and calibrated reward signals

    Scoring calls deterministically where a rule can be checked, and calibrating model judges against human QA reviewers where it can’t

  4. Learn

    Reinforcement learning on verified events

    Post-training open-weight models on verified events such as repaid instalments and collected refills, with each update gated on compliance evaluations

Benchmark an agent on your own rubric

Score calls and the account events that followed them, then explore where post-training could improve resolution rates