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Agents · Evaluation

ARE

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ARE
The curator’s take

Metal SuperIntelligence Labs presents a research platform and benchmark for building and stress-testing agent systems in realistic, time-driven environments. The paper introduces a modular simulator (ARE) and a mobile-style benchmark (Gaia2) that emphasize asynchronous events, verification of write actions, and multi-agent coordination in noisy, dynamic settings.

Key points
01

Platform highlights: ARE models environments as apps, events, notifications, and scenarios, with time that keeps moving even while the agent thinks. A DAG scheduler governs dependencies, and agents interact via tools and an async notification queue.

02

Gaia2 benchmark: 1,120 verifiable scenarios in a smartphone-like environment with 101 tools across apps such as Email, Chats, Calendar, Shopping. Scenarios target six capabilities: Search, Execution, Adaptability, Time, Ambiguity, and Agent-to-Agent.

03

Verifier design: evaluation compares an agent’s sequence of write actions to oracle write actions, mixing hard checks for arguments like IDs with soft LLM judging for content. It validates causality and timing, and runs turn-by-turn for multi-turn scenarios.

04

Key results and tradeoffs: no single model dominates across capabilities, and budget scaling curves plateau. The chart on page 1 shows pass@1 vs max budget.

05

Time and collaboration: timing pressure exposes an inverse scaling effect where heavy-reasoning policies score well elsewhere but miss time-critical windows; instant mode narrows this gap. Agent-to-Agent settings help lighter models through sub-goal delegation, with mixed gains for strongest systems. A GUI supports event-graph inspection, trace replay, and zero-code scenario authoring.

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