UnityShots: Memory-Driven Multi-Shot Audio-Video Generation with Boundary-Aware Gating
Summary
UnityShots is a memory-driven multi-shot audio-video generation system that maintains consistent subject appearance and audio across video cuts using fixed-size long-term and short-term memory slots with boundary-conditioned gates and discrete cut-type priors. It outperforms open-source baselines on cross-shot coherence metrics and matches closed-source systems.
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Paper page - UnityShots: Memory-Driven Multi-Shot Audio-Video Generation with Boundary-Aware Gating
Source: https://huggingface.co/papers/2606.21661
Abstract
UnityShots is a memory-driven audio-video generation system that maintains consistent subject appearance and audio across video cuts using fixed-size long-term and short-term memory slots with boundary-conditioned gates and discrete cut-type priors.
Generating a coherent multi-shot video requires structured cross-shot memory. Subject appearance, scene context, and speaker identity must persist across cuts. Existing approaches either train end-to-end over fixed-length sequences and cannot scale, generate shot-by-shot with memory banks that grow linearly, or orchestrate pretrained generators under an LLM planner without a multi-shot-aware backbone. We present UnityShots, a memory-drivenmulti-shot audio-video generationsystem built onLTX-2.3, trained on annotated cinematic and music-video shots. The video stream maintains two fixed-size slots, along-term memory(LTM) slot anchored to the opening shot and ashort-term memory(STM) slot holding the immediately preceding tail, both updated at every cut by aboundary-conditioned gatethat fusesvisual cut probabilityandbeat-tracker signals. The audio stream injects areference speaker tokenat every shot to preserve vocal timbre without a sliding audio bank. Adiscrete cut-type prior, learned throughAdaLN, becomes an inference-time control knob over transition strength. We release a benchmark of 200 multi-cultural multi-shot sequences spanning six ethnic regions and ten or more languages, with per-shot reference identities, reference audio, and per-boundary transition labels. Evaluated across I2V, T2V, and R2V conditioning modes, UnityShots leads open-source baselines on everycross-shot coherencemetric and matches the strongest closed-source system on the multi-shot axes.
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